Family 2064+01 IBM eServer zSeries 900
IBM United States Sales Manual
Revised: August 11, 2009.
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| Product Life Cycle Dates |
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| Type Model | Announced | Available | Marketing Withdrawn | Service Discontinued |
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| 2064-1C1 | 2000/10/03 | 2000/12/18 | 2006/06/30 | - |
| 2064-1C2 | 2000/10/03 | 2000/12/18 | 2006/06/30 | - |
| 2064-1C3 | 2000/10/03 | 2000/12/18 | 2006/06/30 | - |
| 2064-1C4 | 2000/10/03 | 2000/12/18 | 2006/06/30 | - |
| 2064-1C5 | 2000/10/03 | 2000/12/18 | 2006/06/30 | - |
| 2064-1C6 | 2000/10/03 | 2000/12/18 | 2006/06/30 | - |
| 2064-1C7 | 2000/10/03 | 2000/12/18 | 2006/06/30 | - |
| 2064-1C8 | 2000/10/03 | 2000/12/18 | 2006/06/30 | - |
| 2064-1C9 | 2000/10/03 | 2000/12/18 | 2006/06/30 | - |
| 2064-100 | 2000/10/03 | 2001/03/30 | 2006/06/30 | - |
| 2064-101 | 2000/10/03 | 2000/12/18 | 2006/06/30 | - |
| 2064-102 | 2000/10/03 | 2000/12/18 | 2006/06/30 | - |
| 2064-103 | 2000/10/03 | 2000/12/18 | 2006/06/30 | - |
| 2064-104 | 2000/10/03 | 2000/12/18 | 2006/06/30 | - |
| 2064-105 | 2000/10/03 | 2000/12/18 | 2006/06/30 | - |
| 2064-106 | 2000/10/03 | 2000/12/18 | 2006/06/30 | - |
| 2064-107 | 2000/10/03 | 2000/12/18 | 2006/06/30 | - |
| 2064-108 | 2000/10/03 | 2000/12/18 | 2006/06/30 | - |
| 2064-109 | 2000/10/03 | 2000/12/18 | 2006/06/30 | - |
| 2064-110 | 2000/10/03 | 2000/12/18 | 2006/06/30 | - |
| 2064-111 | 2000/10/03 | 2000/12/18 | 2006/06/30 | - |
| 2064-112 | 2000/10/03 | 2000/12/18 | 2006/06/30 | - |
| 2064-113 | 2000/10/03 | 2000/12/18 | 2006/06/30 | - |
| 2064-114 | 2000/10/03 | 2000/12/18 | 2006/06/30 | - |
| 2064-115 | 2000/10/03 | 2000/12/18 | 2006/06/30 | - |
| 2064-116 | 2000/10/03 | 2000/12/18 | 2006/06/30 | - |
| 2064-2C1 | 2002/04/30 | 2002/05/15 | 2006/06/30 | - |
| 2064-2C2 | 2002/04/30 | 2002/05/15 | 2006/06/30 | - |
| 2064-2C3 | 2002/04/30 | 2002/05/15 | 2006/06/30 | - |
| 2064-2C4 | 2002/04/30 | 2002/05/15 | 2006/06/30 | - |
| 2064-2C5 | 2002/04/30 | 2002/05/15 | 2006/06/30 | - |
| 2064-2C6 | 2002/04/30 | 2002/05/15 | 2006/06/30 | - |
| 2064-2C7 | 2002/04/30 | 2002/05/15 | 2006/06/30 | - |
| 2064-2C8 | 2002/04/30 | 2002/05/15 | 2006/06/30 | - |
| 2064-2C9 | 2002/04/30 | 2002/05/15 | 2006/06/30 | - |
| 2064-210 | 2002/04/30 | 2002/05/15 | 2006/06/30 | - |
| 2064-211 | 2002/04/30 | 2002/05/15 | 2006/06/30 | - |
| 2064-212 | 2002/04/30 | 2002/05/15 | 2006/06/30 | - |
| 2064-213 | 2002/04/30 | 2002/05/15 | 2006/06/30 | - |
| 2064-214 | 2002/04/30 | 2002/05/15 | 2006/06/30 | - |
| 2064-215 | 2002/04/30 | 2002/05/15 | 2006/06/30 | - |
| 2064-216 | 2002/04/30 | 2002/05/15 | 2006/06/30 | - |
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| Abstract |
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The 2064 IBM eServer zSeries 900, the first enterprise e-business server of the IBM eServer brand, provides new tools for managing workload and new application flexibility to meet the challenges of the next generation of e-business.
As an advanced technology platform with innovative technology, The IBM eServer zSeries 900 is designed for high-performance data and transaction serving that is optimized to handle the volatility typical of the changing e-business climate--extremely high transaction rates and the requirement to manage ever larger databases.
The zSeries family of servers offers 42 air-cooled models, including the IBM eServer zSeries Coupling Facility Model 100 -- IBM's stand-alone coupling facility. All of these models include the latest generation of IBM's integrated Modular Cooling Unit (MCU) in conjunction with IBM's industry-leading copper interconnection technology.
Model Abstract 2064-100
The IBM 2064 Model 100 zSeries 900 Coupling Facility is the industry's most powerful coupling facility. It has 12 Processor Units, no Central Processors, two Standard System Assist Processors, no Optional SAPs, from one to nine Optional Internal Coupling Facilities, from nine to one Spare Processor Units and no engine available for Capacity Upgrade on Demand, Capacity Backup, and Customer Initiated Upgrade.
Model Abstract 2064-101
The IBM 2064 Model 101 zSeries 900 has 12 Processor Units, one Central Processor, two Standard System Assist Processors, zero to three Optional SAPs, zero to eight Optional Internal Coupling Facilities, zero to eight Optional Integrated Facilities for LINUX features, from nine to one Spare Processor Units, and eight to zero available engines for Capacity Upgrade on Demand, Capacity Backup, and Customer Initiated Upgrade.
Model Abstract 2064-102
The IBM 2064 Model 102 zSeries 900 has 12 Processor Units, two Central Processors, two Standard System Assist Processors, zero to three Optional SAPs, zero to seven Optional Internal Coupling Facilities, zero to seven Optional Integrated Facilities for LINUX features, from eight to one Spare Processor Units and seven to zero available engines available for Capacity Upgrade on Demand, Capacity Backup, and Customer Initiated Upgrade.
Model Abstract 2064-103
The IBM 2064 Model 103 zSeries 900 has 12 Processor Units, three Central Processors, two Standard System Assist Processors, zero to three Optional SAPs, zero to six Optional Internal Coupling Facilities, zero to six Optional Integrated Facilities for LINUX features, from seven to one Spare Processor Units and six to zero engines available for Capacity Upgrade on Demand, Capacity Backup, and Customer Initiated Upgrade.
Model Abstract 2064-104
The IBM 2064 Model 104 zSeries 900 has 12 Processor Units, four Central Processors, two Standard System Assist Processors, zero to three Optional SAPs, zero to five Optional Internal Coupling Facilities, zero to five Optional Integrated Facilities for LINUX features, from six to one Spare Processor Units, and five to zero engines available for Capacity Upgrade on Demand, Capacity Backup, and Customer Initiated Upgrade.
Model Abstract 2064-105
The IBM 2064 Model 105 zSeries 900 has 12 Processor Units, five Central Processors, two Standard System Assist Processors, zero to three Optional SAPs, zero to four Optional Internal Coupling Facilities, zero to four Optional Integrated Facilities for LINUX features, from five to one Spare Processor Units, and four to zero engines available for Capacity Upgrade on Demand, Capacity Backup, and Customer Initiated Upgrade.
Model Abstract 2064-106
The IBM 2064 Model 106 zSeries 900 has 12 Processor Units, six Central Processors, two Standard System Assist Processors, zero to three Optional SAPs, zero to three Optional Internal Coupling Facilities, zero to three Optional Integrated Facilities for LINUX features, from four to one Spare Processor Units, and three to zero engines available for Capacity Upgrade on Demand, Capacity Backup, and Customer Initiated Upgrade.
Model Abstract 2064-107
The IBM 2064 Model 107 zSeries 900 has 12 Processor Units, seven Central Processors, two Standard System Assist Processors, zero to two Optional SAPs, zero to two Optional Internal Coupling Facilities, zero to two Optional Integrated Facilities for LINUX features, from three to one Spare Processor Units, and two to zero engines available for Capacity Upgrade on Demand, Capacity Backup, and Customer Initiated Upgrade.
Model Abstract 2064-108
The IBM 2064 Model 108 zSeries 900 has 12 Processor Units, eight Central Processors, two Standard System Assist Processors, zero to one Optional SAPs, zero to one Optional Internal Coupling Facilities, zero to one Optional Integrated Facilities for LINUX features, from two to one Spare Processor Units, and one to zero engine available for Capacity Upgrade on Demand, Capacity Backup, and Customer Initiated Upgrade.
Model Abstract 2064-109
The IBM 2064 Model 109 zSeries 900 has 12 Processor Units, nine Central Processors, two Standard System Assist Processors, no Optional Internal Coupling Facility, no Optional SAPs, no Optional Integrated Facility for LINUX feature, one Spare Processor Units, and no engine available for Capacity Upgrade on Demand, Capacity Backup, and Customer Initiated Upgrade.
Model Abstract 2064-1C1
The IBM 2064 Model 1C1 zSeries 900 has 20 Processor Units, one Central Processor, three Standard System Assist Processors, zero to five Optional SAPs, zero to 15 Optional Internal Coupling Facilities, zero to 15 Optional Integrated Facilities for LINUX features, from 16 to one Spare Processor Units, and from 15 to zero engines available for Capacity Upgrade on Demand, Capacity Backup, and Customer Initiated Upgrade.
Model Abstract 2064-1C2
The IBM 2064 Model 1C2 zSeries 900 has 20 Processor Units, two Central Processors, three Standard System Assist Processors, zero to five Optional SAPs, zero to 14 Optional Internal Coupling Facilities, zero to 14 Optional Integrated Facilities for LINUX features, from 15 to one Spare Processor Units, and 14 to zero engines available for Capacity Upgrade on Demand, Capacity Backup, and Customer Initiated Upgrade.
Model Abstract 2064-1C3
The IBM 2064 Model 1C3 zSeries 900 has 20 Processor Units, three Central Processors, three Standard System Assist Processors, zero to five Optional SAPs, zero to 13 Optional Internal Coupling Facilities, zero to 13 Optional Integrated Facilities for LINUX features, from 14 to one Spare Processor Units, and 13 to zero engines available for Capacity Upgrade on Demand, Capacity Backup, and Customer Initiated Upgrade.
Model Abstract 2064-1C4
The IBM 2064 Model 1C4 zSeries 900 has 20 Processor Units, four Central Processors, three Standard System Assist Processors, zero to five Optional SAPs, zero to 12 Optional Internal Coupling Facilities, zero to 12 Optional Integrated Facilities for LINUX features, from 13 to one Spare Processor Units, and 12 to zero engines available for Capacity Upgrade on Demand, Capacity Backup, and Customer Initiated Upgrade.
Model Abstract 2064-1C5
The IBM 2064 Model 1C5 zSeries 900 has 20 Processor Units, five Central Processors, three Standard System Assist Processors, zero to five Optional SAPs, zero to 11 Optional Internal Coupling Facilities, zero to 11 Optional Integrated Facilities for LINUX features, from 12 to one Spare Processor Units, and 11 to zero engines available for Capacity Upgrade on Demand, Capacity Backup, and Customer Initiated Upgrade.
Model Abstract 2064-1C6
The IBM 2064 Model 1C6 zSeries 900 has 20 Processor Units, six Central Processors, three Standard System Assist Processors, zero to five Optional SAPs, zero to ten Optional Internal Coupling Facilities, zero to ten Optional Integrated Facilities for LINUX features, from 11 to one Spare Processor Units, and ten to zero engines available for Capacity Upgrade on Demand and Capacity Backup. This model is Special Bid only.
Model Abstract 2064-1C7
The IBM 2064 Model 1C7 zSeries 900 has 20 Processor Units, seven Central Processors, three Standard System Assist Processors, zero to five Optional SAPs, zero to nine Optional Internal Coupling Facilities, zero to nine Optional Integrated Facilities for LINUX features, from 10 to one Spare Processor Units, and nine to zero engines available for Capacity Upgrade on Demand, Capacity Backup, and Customer Initiated Upgrade.
Model Abstract 2064-1C8
The IBM 2064 Model 1C8 zSeries 900 has 20 Processor Units, eight Central Processors, three Standard System Assist Processors, zero to five Optional SAPs, zero to eight Optional Internal Coupling Facilities, zero to eight Optional Integrated Facilities for LINUX features, from nine to one Spare Processor Units, and eight to zero engines available for Capacity Upgrade on Demand, Capacity Backup, and Customer Initiated Upgrade.
Model Abstract 2064-1C9
The IBM 2064 Model 1C9 zSeries 900 has 20 Processor Units, nine Central Processors, three Standard System Assist Processors, zero to five Optional SAPs, zero to seven Optional Internal Coupling Facilities, zero to seven Optional Integrated Facilities for LINUX features, from eight to one Spare Processor Units, and seven to zero engines available for Capacity Upgrade on Demand ,Capacity Backup, and Customer Initiated Upgrade
Model Abstract 2064-110
The IBM 2064 Model 110 zSeries 900 has 20 Processor Units, ten Central Processors, three Standard System Assist Processors, zero to five Optional SAPs, zero to six Optional Internal Coupling Facilities, zero to six Optional Integrated Facilities for LINUX features, from seven to one Spare Processor Unit, and six to zero engines available for Capacity Upgrade on Demand, Capacity Backup, and Customer Initiated Upgrade.
Model Abstract 2064-111
The IBM 2064 Model 111 zSeries 900 has 20 Processor Units, 11 Central Processors, three Standard System Assist Processors, zero to five Optional SAPs, zero to five Optional Internal Coupling Facilities, from zero to five Optional Integrated Facilities for LINUX features, from six to one Spare Processor Units, and five to zero engines available for Capacity Upgrade on Demand, Capacity Backup, and Customer Initiated Upgrade.
Model Abstract 2064-112
The IBM 2064 Model 112 zSeries 900 has 20 Processor Units, 12 Central Processors, three Standard System Assist Processors, zero to four Optional SAPs, zero to four Optional Internal Coupling Facilities, zero to four Optional Integrated Facilities for LINUX features, from five to one Spare Processor Units, and four to zero engines available for Capacity Upgrade on Demand, Capacity Backup, and Customer Initiated Upgrade.
Model Abstract 2064-113
The IBM 2064 Model 113 zSeries 900 has 20 Processor Units, 13 Central Processors, three Standard System Assist Processors, zero to three Optional SAPs, zero to three Optional Internal Coupling Facilities, zero to three Optional Integrated Facilities for LINUX features, from four to one Spare Processor Units, and three to zero engines available for Capacity Upgrade on Demand, Capacity Backup, and Customer Initiated Upgrade.
Model Abstract 2064-114
The IBM 2064 Model 114 zSeries 900 has 20 Processor Units, 14 Central Processors, three Standard System Assist Processors, zero to two Optional SAPs, zero to two Optional Internal Coupling Facilities, zero to two Optional Integrated Facilities for LINUX features, from three to one Spare Processor Units, and two to zero engines available for Capacity Upgrade on Demand and Capacity Backup.
Model Abstract 2064-115
The IBM 2064 Model 115 zSeries 900 has 20 Processor Units, 15 Central Processors, three Standard System Assist Processors, zero to one Optional SAPs, zero to one Optional Internal Coupling Facilities, zero to one Optional Integrated Facilities for LINUX features, from two to one Spare Processor Units, and one to zero engine available for Capacity Upgrade on Demand and Capacity Backup.
Model Abstract 2064-116
The IBM 2064 Model 116 zSeries 900 has 20 Processor Units, 16 Central Processors, three Standard System Assist Processors, no Optional SAPs, no Optional Internal Coupling Facilities, no Optional Integrated Facilities for LINUX features, one Spare Processor Unit, and no engine available for Capacity Upgrade on Demand, Capacity Backup, and Customer Initiated Upgrade.
Model Abstract 2064-2C1
The IBM 2064 Model 2C1 zSeries 900 has 20 Processor Units, one Central Processor, three Standard System Assist Processors, zero to five Optional SAPs, zero to 15 Optional Internal Coupling Facilities, zero to 15 Optional Integrated Facilities for LINUX features, from 16 to one Spare Processor Units, and from 15 to zero engines available for Capacity Upgrade on Demand, Capacity Backup, and Customer Initiated Upgrade.
Model Abstract 2064-2C2
The IBM 2064 Model 2C2 zSeries 900 has 20 processor units, two central Processors, three Standard System Assist Processors, zero to five Optional SAPs, zero to 14 Optional Internal Coupling Facilities, zero to 14 Optional Integrated Facilities for LINUX features, from 15 to one Spare Processor Units, and 14 to zero engines available for Capacity Upgrade on Demand, Capacity Backup, and Customer Initiated Upgrade.
Model Abstract 2064-2C3
The IBM 2064 Model 2C3 zSeries 900 has 20 processor units, three Central Processors, three Standard System Assist Processors, zero to five Optional SAPs, zero to 13 Optional Internal Coupling Facilities, zero to 13 Optional Integrated Facilities for LINUX features, from 14 to one Spare Processor Units, and 13 to zero engines available for Capacity Upgrade on Demand, Capacity Backup, and Customer Initiated Upgrade.
Model Abstract 2064-2C4
The IBM 2064 Model 2C4 zSeries 900 has 20 processor units, four Central Processors, three Standard System Assist Processors, zero to five Optional SAPs, zero to 12 Optional Internal Coupling Facilities, zero to 12 Optional Integrated Facilities for LINUX features, from 13 to one Spare Processor Units, and 12 to zero engines available for Capacity Upgrade on Demand, Capacity Backup, and Customer Initiated Upgrade.
Model Abstract 2064-2C5
The IBM 2064 Model 2C5 zSeries 900 has 20 processor units, five Central Processors, three Standard System Assist Processors, zero to five Optional SAPs, zero to 11 Optional Internal Coupling Facilities, zero to 11 Optional Integrated Facilities for LINUX features, from 12 to one Spare Processor Units, and 11 to zero engines available for Capacity Upgrade on Demand, Capacity Backup, and Customer Initiated Upgrade.
Model Abstract 2064-2C6
The IBM 2064 Model 2C6 zSeries 900 has 20 Processor Units, six Central Processors, three Standard System Assist Processors, zero to five Optional SAPs, zero to ten Optional Internal Coupling Facilities, zero to ten Optional Integrated Facilities for LINUX features, from 11 to one Spare Processor Units, and ten to zero engines available for Capacity Upgrade on Demand, Capacity Backup, and Customer Initiated Upgrade.
Model Abstract 2064-2C7
The IBM 2064 Model 2C7 zSeries 900 has 20 Processor Units, seven Central Processors, three Standard System Assist Processors, zero to five Optional SAPs, zero to nine Optional Internal Coupling Facilities, zero to nine Optional Integrated Facilities for LINUX features, from 10 to one Spare Processor Units, and nine to zero engines available for Capacity Upgrade on Demand, Capacity Backup, and Customer Initiated Upgrade.
Model Abstract 2064-2C8
The IBM 2064 Model 2C8 zSeries 900 has 20 Processor Units, eight Central Processors, three Standard System Assist Processors, zero to five Optional SAPs, zero to eight Optional Internal Coupling Facilities, zero to eight Optional Integrated Facilities for LINUX features, from nine to one Spare Processor Units, and eight to zero engines available for Capacity Upgrade on Demand, Capacity Backup, and Customer Initiated Upgrade.
Model Abstract 2064-2C9
The IBM 2064 Model 2C9 zSeries 900 has 20 Processor Units, nine Central Processors, three Standard System Assist Processors, zero to five Optional SAPs, zero to seven Optional Internal Coupling Facilities, zero to seven Optional Integrated Facilities for LINUX features, from eight to one Spare Processor Units, and seven to zero engines available for Capacity Upgrade on Demand, Capacity Backup, and Customer Initiated Upgrade.
Model Abstract 2064-210
The IBM 2064 Model 210 zSeries 900 has 20 Processor Units, ten Central Processors, three Standard System Assist Processors, zero to five Optional SAPs, zero to six Optional Internal Coupling Facilities, zero to six Optional Integrated Facilities for LINUX features, from seven to one Spare Processor Unit, and six to zero engines available for Capacity Upgrade on Demand, Capacity Backup, and Customer Initiated Upgrade.
Model Abstract 2064-211
The IBM 2064 Model 211 zSeries 900 has 20 Processor Units, 11 Central Processors, three Standard System Assist Processors, zero to five Optional SAPs, zero to five Optional Internal Coupling Facilities, from zero to five Optional Integrated Facilities for LINUX features, from six to one Spare Processor Units, and five to zero engines available for Capacity Upgrade on Demand, Capacity Backup, and Customer Initiated Upgrade.
Model Abstract 2064-212
The IBM 2064 Model 212 zSeries 900 has 20 Processor Units, 12 Central Processors, three Standard System Assist Processors, zero to four Optional SAPs, zero to four Optional Internal Coupling Facilities, zero to four Optional Integrated Facilities for LINUX features, from five to one Spare Processor Units, and four to zero engines available for Capacity Upgrade on Demand, Capacity Backup, and Customer Initiated Upgrade.
Model Abstract 2064-213
The IBM 2064 Model 213 zSeries 900 has 20 Processor Units, 13 Central Processors, three Standard System Assist Processors, zero to three Optional SAPs, zero to three Optional Internal Coupling Facilities, zero to three Optional Integrated Facilities for LINUX features, from four to one Spare Processor Units, and three to zero engines available for Capacity Upgrade on Demand, Capacity Backup, and Customer Initiated Upgrade.
Model Abstract 2064-214
The IBM 2064 Model 214 zSeries 900 has 20 Processor Units, 14 Central Processors, three Standard System Assist Processors, zero to two Optional SAPs, zero to two Optional Internal Coupling Facilities, zero to two Optional Integrated Facilities for LINUX features, from three to one Spare Processor Units, and two to zero engines available for Capacity Upgrade on Demand, Capacity Backup, and Customer Initiated Upgrade.
Model Abstract 2064-215
The IBM 2064 Model 215 zSeries 900 has 20 Processor Units, 15 Central Processors, three Standard System Assist Processors, zero to one Optional SAPs, zero to one Optional Internal Coupling Facilities, zero to one Optional Integrated Facilities for LINUX features, from two to one Spare Processor Units, and one to zero engine available for Capacity Upgrade on Demand, Capacity Backup, and Customer Initiated Upgrade.
Model Abstract 2064-216
The IBM 2064 Model 216 zSeries 900 has 20 Processor Units, 16 Central
Processors, three Standard System Assist Processors, no Optional SAPs, no
Optional Internal Coupling Facilities, no Optional Integrated Facilities
for LINUX features, one Spare Processor Unit, and no engine available for
Capacity Upgrade on Demand, Capacity Backup, and Customer Initiated
Upgrade.
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| Highlights |
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IBM eServer zSeries 900 family:
- Has numerous upgrade options from the S/390 9672 Generation 5 and 6 servers.
- S/390 operations are fully compatible with IBM's z/Architecture.
- Based upon 64-bit real architecture.
- z/Architecture, combined with new hardware, offers up to 640-processors in a 32 way Sysplex (512 performing workloads and up to 128 performing system and backup functions).
- World-class, exciting LINUX operating mode support options are also offered.
- A new Coupling Facility, the z900 model 100 is also available.
- S/390 ESA applications are also fully compatible with z/Architecture, ensuring the continuing viability of S/390 information assets and S/390 technology.
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| Description |
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Performance for your e-business Advantage
IBM's zSeries 900 introduces a new standard of performance for all applications with its substantially increased processor and SMP capabilities in key applications.
As CMOS technology has evolved to support additional processing power, it has also grown to drive more engines. The z900 not only supports increased processing power, but its 64-bit design point effectively eliminates systems overhead caused by excessive paging. 64 bit architecture support allows efficient scaling as applications continue to drive the requirement to manage ever larger databases. The z900 I/O subsystem has been redesigned to minimize potential I/O constraints by increasing I/O bus bandwidth from 8 to 24 Gbytes/sec. This advantage supports connection to high speed storage and communications networking devices. The z900's design for greater bandwidth, together with FICON and associated DASD provide greater and faster data movement in and out of the server. Mindful of increasing Parallel Sysplex throughput demands, the z900 coupling links have been improved to support bandwidth requirements up to 100 MB/sec. for shorter distance ICB links, and, up to 200 Mbytes/sec. for ISC links. New coupling links in the architecture allow customers to continue their advantage of IBM's industry-leading clustering solution, Parallel Sysplex. The combined balanced system result increases performance across a broad spectrum.
When compared to a 9672-ZZ7, the zSeries Model 116 is expected to achieve new levels of performance as described below:
- Savings in batch elapsed time of up to 17% for the CPU component of
an individual batch job. A batch stream can see up to 60% throughput
improvement with a potential for further savings via implementation of
FICON, compression, and Enterprise Storage Server (Shark) DASD.
- Due to the increase in the hardware capacity, additional processing power can be used to reduce the CPU component of the batch job. Combined with the support of larger data movement, this allows for improved turnaround time in CPU constrained batch jobs.
- Increased Support of up to 55% additional LINUX images
- The z/Architecture not only supports traditional work but also allows Linux work to execute within the same server. The number of LINUX images that can be supported for productive work is significantly more than previously available, due to the balanced system approach. This increased head room allows for outstanding levels of server consolidation for LINUX within the z/Architecture yet still providing the performance necessary to support all work types.
- Increased Support of up to 50% more SAP throughput or up to 50% more
Lotus Notes Users.
- z900's additional balanced system capacity supports increases in SAP throughput or additional Lotus Notes users with its additional processing power as well as its ability to accommodate more SAP work or Notes users within a single operating system image through the 64-bit capable storage hierarchy.
- Increased Support of up to 45% more throughput in web-based initiated transactions. IBM's z900 with its z/Architecture not only enables additional transactions to be executed but with the combination of z/OS (WorkLoad Manager) and balanced hardware it is well suited to contain and manage the spikes generated by web transactions.
- Hardware data compression on the z900 has been enhanced to provide significant performance gains over IBM 9672 G6 processors. Depending upon the length of the records: a 3 to 4 times improvement has been demonstrated for compression and a 2 to 3 times improvement has been demonstrated for expansion. For both expansion and compression, the longer the record length, the higher the performance gain. With expansion, records with lower compression ratios have higher performance gains.
Preliminary Performance Estimates with OS/390 Version 2 Release 10
Compared to the 9672 Generation 6 servers, the z900 servers offer the following performance advantage:
Expected performance relative to the 9672-ZZ7: 2064-116 1.5 - 1.6 2064-115 1.45 - 1.55 2064-114 1.4 - 1.5 2064-113 1.3 - 1.4
Relative to the corresponding 9672 G6 models, the expected performance of the following z900 servers is as follows:
2064-112 1.25 - 1.3 times 9672-ZZ7 2064-111 1.25 - 1.3 times 9672-ZY7 2064-110 1.25 - 1.3 times 9672-ZX7 2064-109 1.25 - 1.35 times 9672-X97 2064-108 1.3 - 1.4 times 9672-X87 2064-107 1.3 - 1.4 times 9672-X77 2064-106 1.3 - 1.4 times 9672-X67 2064-105 1.3 - 1.4 times 9672 X57 2064-104 1.3 - 1.4 times 9672 X47 2064-103 1.3 - 1.4 times 9672 X37 2064-102 1.3 - 1.4 times 9672 X27 2064-101 1.35 - 1.45 times 9672 X17
In general, z900 Models 1C1 to 1C9 provide a capacity increase approximately 20% to 30% over the corresponding 9672 Z17 through Z97. The above performance estimates are Internal Throughput Rate Ratios (ITRR) based on measurements and projections using standard IBM benchmarks in a controlled environment. The actual throughput that any user will experience will vary depending upon considerations such as the amount of multiprogramming in the user's job stream, the I/O configuration, and the workload processed. Therefore, no assurance can be given that an individual user will achieve throughput improvements equivalent to the performance ratios stated here. For more detailed performance information please consult the Large Systems Performance Reference (LSPR). Customers interested in LSPR should contact their IBM Representative.
New Models Offer High Performance for your e-business Advantage
The increased processor power of the IBM &ES. z900 sets a new standard of performance for all applications.
The IBM zSeries 900 models 2C1 to 2C9 and 210 to 216 achieve 15% to 22% improved performance when compared to the current 2064 Models 1C1 to 1C9 and 110 to 116.
Model Performance Ratio
2C1/1C1 1.20-1.22
2C2/1C2 1.20-1.22
2C3/1C3 1.20-1.21
2C4/1C4 1.19-1.21
2C5/1C5 1.19-1.21
2C6/1C6 1.19-1.21
2C7/1C7 1.18-1.21
2C8/1C8 1.18-1.21
2C9/1C9 1.18-1.21
210/110 1.17-1.20
211/111 1.17-1.20
212/112 1.16-1.20
213/113 1.16-1.20
214/114 1.16-1.20
215/115 1.15-1.20
216/116 1.15-1.20
The above performance estimates are Internal Throughput Rate Ratios (ITRR) based on measurements and projections using standard IBM benchmarks in a controlled environment and are subject to change without notice. The actual throughput that any user will experience will vary depending upon considerations such as the amount of multiprogramming in the user's job stream, the I/O configuration, and the workload processed. Therefore, no assurance can be given that an individual user will achieve throughput improvements equivalent to the performance ratios stated here. Such performance estimates are provided "AS IS" and no warranties or guarantees are expressed or implied by IBM.
For more detailed performance information, including Large System Performance Reference (LSPR) information, please contact your IBM representative.
Architected for Freedom
64-bit Architecture
The z/Architecture is the largest architecture change since the invention of IBM's S/360 in the early 1960s. z/Architecture allows z900 servers to achieve unprecedented scale in memory addressing. Not only are full 64-bit addresses exploited, but the access register architecture allows each of a possible 2K data spaces a full 64-bit addressing range. Full LPAR and VM support for 64-bit guest operating systems is integrated. The combination of multiple 64-bit guests and multiple 64-bit data spaces allows the architecture to satisfy conceivable main memory growth for the coming decade and beyond. z/Architecture allows independent exploitation of 64-bit real and 64-bit virtual storage. Addressing is trimodal to accommodate 24-, 31-, and 64-bit addressing coexistence.
All general registers are expanded from 32 to 64 bits. Full upward compatibility is designed-in. Newer 64-bit programs can invoke older S/390 programs without changing program linkage. A set of modal instructions utilizes 64-or 32-bit integers, or a mix of 32-and 64-bit integers. Mode-independent "G" instructions handle 64-bit integers.
Clustering Architecture--The Intelligent Resource Director
Several architecture features are provided that enable the z/OS Work Load Manager (WLM) to interact with the I/O Supervisor and with the channel subsystem in order to provide more efficient use of the system's resources. These new facilities allow the central processors, channels, and associated DASD I/O resources to be managed by z/OS WLM on a policy basis for the LPARs within the cluster. They provide z/OS WLM with the ability to dynamically interact with PR/SM in order to control the use of CPU and channel path resources within the Intelligent Resource Director (TM). Additionally, they allow z/OS WLM to prioritize the execution of queued I/O operations at the channel subsystem.
LPAR CPU Management
This new architecture facility provides z/OS WLM with the ability to dynamically alter the logical partitions (LP) weights for each of the logical partitions within the LPAR cluster, thereby influencing PR/SM to insure that each logical partition receives the percentage of shared CPU resources necessary to meet its workload goals. zSeries IRD LPAR CPU management function is enhanced to allow a non-z/OS partition like VM or Linux to be given a goal and business importance through the WLM policy.
Dynamic Channel Path Management (DCM)
These new interfaces allow z/OS WLM to dynamically reconfigure channel path resources within the cluster in order to insure that business critical application's I/O processing requirements, necessary to meet its work load goals, are not being delayed due to the unavailability or over utilization of channel path resources.
Channel Subsystem Priority Queuing
This new facility provides z/OS's WLM with the ability to prioritize and thereby influence the channel subsystem's execution of queued I/O requests. The benefit is to ensure that the most important I/O across all LPARs will be handled before less important I/O requests that are waiting to use some channel.
Performance
The performance design of the z/Architecture enables the entire server to support a new standard of performance for all applications by expanding upon the balanced system approach. As CMOS technology has been enhanced to support not only additional processing power, but also more engines, the IBM eServer zSeries 900 was designed to support the increase in processing power. The I/O subsystem supports greater bandwidth through the use of FICON and associated DASD, thus providing for larger and quicker data movement into the server. Support of larger amounts of data within the server required improved management of storage configurations made available through combination of the software operating system and hardware support of 64-bit for real and virtual storage. New coupling links in the architecture allow customers to continue to exploit the advantage of the leading clustering solution in the industry, Parallel Sysplex. The combined balanced system effect allows for dramatic increases in performance across a broad spectrum of applications.
Subchannel Constraint Relief
As customers see their I/O configurations grow, and in order to meet the high storage and high availability demands of their workloads, they must define more and more devices and subchannels to their system. Moreover, customers that exploit the Parallel Access Volumes (PAV) or Peer-to-Peer Remote Copy features, including the PPRC Dynamic Address Switching (P/DAS) capability, of the IBM Enterprise Storage Server may require additional subchannel growth for improved performance and continuous availability.
z900 has increased the number of subchannels supported to 512K HSA subchannels (this is the maximum for all LPs) and up to 63K in basic mode and for each Logical Partition (LP) in LPAR mode.
Speed Deployment of e-business Solutions
The z900 enables up to a 640-processor cluster. A new 20 Processor Unit (PU) Multichip Module (MCM) is the technology cornerstone for the z900, from a 1-way processor (one Central Processor (CP), and its two standard System Assist Processors (SAPs)), up to a full 16-way server (16 CPs, 3 SAPs, and 1 spare PU) with the capability to respond to any demands for growth capacity in your new world of enterprise e-business. With a potential for up to 32 z900s in a Parallel Sysplex, installations can realize up to 640-processors in a 32-way Sysplex, 512 performing customer workloads and up to 128 performing system and backup functions. While present installations may need to employ a conglomerate of servers to support their IT mission, the z900 offers the new paradigm of the multisystem server The z900 models offer unparalleled flexibility to the enterprise to speed deployment of e-business solutions.
As a Discrete Server
The z900 can be a totally independent server, secure with IBM's best-of-breed security options and self-systems management. The z900 incorporates all of the z/Architecture's new 64-bit architecture, as well as traditional partitioning and guest support capabilities.
As a Cluster of Servers
With thousands of transactions, all accessing one copy of the data, using IBM's industry-leading clustering architecture, the z900 is unmatched for capacity and availability. Also, consider the integration of hybrid applications with many instances of database extracts and replica files that all need connecting. Here as well, the z900 is the tool of choice for the job.
As Virtual Images
Plan for hundreds of Linux machines running stand-alone e-business applications, using IBM's Virtual Image Facility for Linux on your IBM eServer zSeries 900.
Using IBM's Discrete Server Technology with z900 and z/OS, customers may take advantage a new pricing model called Workload License Charges (WLC). This pricing model better addresses today's explosive growth of new workloads, driven largely by new e-business applications. WLC is designed to support the variability of e-business applications and makes the platform more affordable for growth. With WLC and a new z/OS function called IBM License Manager, customers:
- will pay for eligible software based on defined workload requirements; not necessarily the full capacity of the server.
- can buy additional hardware (for a future growth allowance) with no increase to their software bill.
- are provided the flexibility to manage e-business workload spikes.
- will benefit from improved price performance as workloads grow.
Technology Excellence--The Best Engineering
The zSeries server--the first IBM Enterprise class system with 64-bit architecture
This server is optimized for commercial workloads (IMS, TSO,CICS, DB2 & Batch) and UNIX-based applications executing under z/OS, plus Linux. Reliability has been further enhanced over G6 servers, with additional concurrent repair capabilities, duplication of CP units, recovery/refresh, and dynamic CP sparing. Sixteen Central Processors (CPs) plus clustering solutions support robust scalability and 15 logical partitions (LPARs).
The z900 engineering
The Multichip Module (MCM) for z900 contains up to 35 chips (30 are CMOS 8S Bulk technology). The MCM includes 20 microprocessors, more than 2.5 billion transistors, 0.18 micron copper interconnections, 85,000 C4 joints, and 4,224 I/Os, making it the world's densest chip module. This approximately five-inch-square ceramic substrate consists of 101 layers of glass ceramic and 6 layers of thin film wired with 1 kilometer of wire. Power consumption is 1 Kilowatt.
The z900's Central Processor (CP) chip is comprised of CMOS 8S bulk technology with copper interconnections and 47 million transistors. This 17.9 X 9.9 mm chip is faster than its S/390 G6 predecessor. The micro-architecture is single scalar with in-order execution. The 64-bit architecture is supported by 138 new opcodes, 16 x 64 GPRS, and translation. The split I/D L1 cache provides greater bandwidth. It also includes 1/2 MB L1 (2X G6). The CP is a 7 stage pipeline. BTB is 4 times larger than G6 (1K x 2 vs. 2K x 4 entries), is multiported, and has significant branch performance benefit. Decimal performance improvements have been made through a 64-bit, versus a 32-bit adder along with hardware BCD Divide. Non-destructive 64-bit shifts have been designed in, to aid increased performance.
The System Controller Element (SCE) incorporates an Integrated System Coherent function, a second-level cache, and a crossbar switch. The store-thru L1/store-in L2 design allows backup protection for critical processor data. The memory bandwidth (GB/s) is 4 buses x 16B x bus frequency. The full coherent memory access time is 150ns (150 CP cycles). L2 cache size is 32 MB (compared to G6's 16 MB design) and consists of 234 million transistors incorporated in a bi-nodal design. An Elastic Interface (EI) to memory and within memory has been added for bandwidth while maintaining performance.
The z900 memory card has a capacity of 4 GB, 8 GB, or 16 GB per card and each system contains either 2 or 4 memory cards. The functional features include a two quad word, 140/128-bit ECC code bus interface to the storage controller, a data bandwidth of 70 GB/s, thirty-two sparing vectors to circumvent failed SDRAMs in the field, and a built-in self-test engine. The typical maximum power is 300 watts per card. The Store Protect Key has triple redundancy using SDRAMs (no SRAMs). Industry-standard PC133 single data rate 128 MB or 256 MB density DRAMs are in use. The Synchronous Memory Interface (SMI) uses a common design across multiple server applications, as well as dynamic phase alignment and data de-skewing. The Memory Storage Controller (MSC) utilizes copper technology for its 1.7 million transistors. The RFAHW has a new Self-Timed Interface (STI) design and new Coupling Link design.
Capacity Upgrade on Demand - Now a third generation of success, with increased capability
Improving on IBM's G6 Capacity Upgrade on Demand capability, the z900s offer more flexible concurrent upgrades. Customers should consider the 1CX, or "C" models when positioning themselves for growth. If an installation projects that their present capacity would be satisfied by a z900 model smaller than 110, but envisions growth to a 110 or larger, C models allow for concurrent upgrade capability. By planning ahead with the C models, your installation can react instantaneously to increased capacity demands. CUoD now provides more flexible growth of I/O connectivity. Installations may nondisruptively install ESCON, OSA-Express 155 ATM, Gb Ethernet, Fast Ethernet, and PCI Cryptographic Coprocessors. Although Plan-Ahead is not required for the FIBB and CHA function, total cage capacity requirements should still be continuously assessed. Just buy the I/O cards you need, when you need them. No loss of function.
Installations that require the Compatibility I/O cage with FIBB and CHA cards, (feature #2022) supporting" parallel channels, OSA-2 Token Ring, and FDDI will need to continue Plan-Ahead strategies.
Concurrent Memory Upgrade allows for a memory upgrade without changing hardware or experiencing an outage, provided there is enough spare memory already existing on the memory cards.
- Minimum memory offering of 5 GB would be upgradable to 8 GB concurrently.
- 9 GB or more would be upgraded to 16 GB concurrently.
- 18 GB or more would be upgraded to 32 GB concurrently.
- 40 GB or more would be upgraded to 64 GB concurrently.
The 2064 z900 family consists of Models 101 to 109 supported by a 12 PU MCM, and Models 110 to 116, Models 1C1 to 1C9, Models 210 to 216, and Models 2C1 to 2C9 supported by a 20 PU MCM. Depending on available PUs, Models 101 to 108 can concurrently upgrade to the Model 109. Depending on availability of PUs, Models 1C1 to 115 can upgrade to the Model 116, and Models 2C1 to 215 can upgrade to the Model 216. When selecting a z900, additional consideration should be given to capacity growth projections. Customers with current performance requirements satisfied by Models 101 to 109, but which expect growth to a 10-way or larger within a short time, may wish to consider the special bid "C" models. The "C" models are built with the 20 PU MCM, and depending on available PUs, Models 1C1 to 1C9 are concurrently upgradeable to the Model 116. By planning ahead for Capacity Upgrade on Demand, your installation can react instantaneously to increases in capacity demands.
Customer Initiated Upgrade (CIU), is the capability for the zSeries customer to initiate a zSeries processor and/or z900 memory upgrade via the Web using IBM Resource Link. It is designed to allow a customer to download and automatically apply the upgrade using the Remote Support Facility functions on the hardware.
Connectivity Excellence--Continuing the Balanced System
End to End Data Accessibility at the Right Bandwidth
An improved I/O subsystem has been implemented that increases the throughput of the system and also significantly reduces configuration management complexity and cost. The highlights of these improvements are:
- I/O throughput improved 3X over G5/G6:
- G5/G6 = 8 Gbytes/sec, vs. z900 = 24 Gbytes/sec; the G5/G6 has 24 STIs at an operating rate of 333 MB/sec, compared to the z900 which has 24 STIs operating at 1 GB/sec.
- Denser packaging that increases FICON Channel capability by almost
3X:
- G5/G6 = 36 FICON Channels/system, vs. z900 = 96 FICON Channels/system
Enable industry-leading, ultra-high-speed networking with the network, or without the need for the network. Integrate traditional and Web workloads to maximize the effectiveness of your e-business deployment.
Between servers
- An independent asynchronous I/O architecture with industry-leading network capabilities
Within the Server
- Cross-server communication at memory speed between similar or among different types of discrete servers zSeries Connectivity-- z900 ServerNet The cross-system connectivity of z900 functions with or without a network. This includes OSA support and HiperSockets.
OSA-Express Features
An enhanced design with double the port density is being introduced with the I/O cage in the z900. The new dual-port features occupy a single I/O slot, and utilize one CHPID for each port, two CHPIDs per feature. No CHPIDs are blocked. The new Open Systems Adapter-Express (OSA-Express) Gigabit Ethernet, Fast Ethernet, and 155 ATM features deliver a balanced system solution to maximize throughput and minimize host interrupts to help satisfy your business goals. The OSA-Express features currently available on the S/390 Parallel Enterprise G5 and G6 Servers are not available on the IBM eServer zSeries 900.
In addition to doubling the port density, the new OSA-Express Gigabit Ethernet feature has an enhanced design that includes a new higher performing 66 MHz, 64-bit PCI infrastructure which can significantly improve performance for interactive workloads (request/response, connection request/response). Results will vary, depending upon customer environment and application requirements. The OSA-Express Fast Ethernet and 155 ATM features are capable of achieving line speed with their 33 MHz, 32-bit PCI infrastructure. The z800 and z900 are planned to be the last zSeries servers to offer an ATM feature. A multiprotocol switch or router with the appropriate network interface (e.g. Fast Ethernet, Gigabit Ethernet, Token Ring) can be used to provide connectivity between the server and an ATM network.
The software requirement for the OSA-Express features is dependent upon operating mode. Refer to the document, "Open Systems Adapter-Express Customer's Guide and Reference" (SA22-7476) for the details.
As of 03/30/01, FICON channel attachment options to the z900 will include direct device attachment, as well as via bridge cards.
HiperSockets
HiperSockets function, as also noted in an z/OS Statement of Direction provide "Network in the Box" functionality that allows high-speed any-to-any connectivity among OS images within a zSeries server without requiring any physical cabling. This "Network in the Box" concept minimizes network latency and maximizes bandwidth capabilities between z/VM, Linux and z/OS images (or among combinations of these) to enable optimized e-business and ERP solutions within a single server. Up to 4 separate "Cluster LANs" can be configured within a server thereby allowing OS images to be grouped according to the function they provide. These groupings are independent of sysplex affiliation.
Improved performance is estimated to be up to 4 times faster than the currently available OSA-Express Gigabit LPAR to LPAR latency, depending upon the workload characteristics. The z900 does a direct move from one LPAR's memory to another's memory using QDIO, with no faster way of performing the I/O operation, from a hardware latency perspective.
New I/O Cage Design
The z900 has a new I/O cage that provides 28 I/O slots, compared to the G5/G6 style cage (with 22 slots). The new ESCON, FICON, OSA-Express, and PCICC cards will use the new cage. (OSA-2 and Parallel channel cards are accommodated in a compatibility mode I/O cage.) All I/O channels and their support cards may be hot-plugged in the new cage. (FIBB and CHA Cards to be installed in the compatibility mode cage cannot be installed hot-pluggable; Parallel, FDDI and Token-Ring are hot-pluggable if a slot in the cage is available). Installation of an I/O cage remains a disruptive MES.
I/O Capacity
I/O cards for the new cage are redesigned to offer more channels per card and (in some cases) better performance: ESCON; 16 ports per card--15 available for system use. 1 port on each card is available for a spare in the event of another port failing. The z900 provides up to 88 Parallel Channels (new build, up to 96 on upgrade or with an RPQ). ISC: The ISC card now contains 2 links allowing for up to 4 links per slot for a total of 32. OSA-Express: 2 channels per feature (Gb Ethernet, 155 ATM, Fast Ethernet) for a total of 24. Up to 12 OSA-2 FDDI and/or Token Ring (with the Compatibility mode I/O cage only). PCICC: Provides 2 crypto engines per card for a total of 16 PCI Cryptographic Coprocessors. FICON: Provides 2 channels per card for a maximum of 48 cards and a total of 96 FICON channels.
Parallel Channel Support After the z900
IBM's Parallel Channel technology was introduced in the mid-60's and served Large Scale Computing Enterprises as the sole channel architecture until 1990, when Enterprise System Connection (ESCON) Architecture was announced. At that time, substantial investment in parallel channel devices, such as printers, display controllers, and tapes, were protected by parallel to ESCON converters that enabled installations to avail themselves of the improved ESCON channel characteristics such as distance, bandwidth, and elimination of bus and tag cable bulk. IBM's FICON architecture announced in 1998 has been welcomed by the industry to provide significant bandwidth, distance, and architectural relief, when compared to either parallel channel or ESCON channel capability. Installations that have begun to exploit FICON technology may still use parallel channel attachments and connect their parallel devices via ESCON channels and parallel converters. Requirements demanded by leading edge e-business growth initiatives are increasingly running into parallel channel architecture limitations. For example, parallel channels cannot be shared by LPAR partitions, cannot be dynamically switched, cannot always be hot plugged, and do not provide a competitive data transfer rate. I/O connectivity features have been introduced that do address the demands of e-business solutions and include ESCON, FICON, OSA-2, and OSA-Express.
The z900 will be the last family of servers to provide a hardware parallel channel card feature.
I/O--CHPIDs Assignment
The ability to assign channel paths IDs independent of the installed physical position that channel cards have within the I/O cage is a Customer Engineer-only function on the z900 Support Element that allows the active channels to be assigned CHPID numbers chosen by the customer. All 256 CHPID numbers may be assigned; no more 'blocked CHPIDs'.
New Availability Mapping Tool
A Web-based tool is available through IBM's Resource Link to enable an installation to remap CHPID assignments after the server is ordered, but before it is installed. If the customer wants to remap CHPID numbers at install time, this tool must be used to create a diskette to be provided to the install team. The tool can also optionally aid an installation in choosing channels for control units that best exploit the reliability, availability, and serviceability characteristics of the system.
New Inter-System Channel (ISC-3), Integrated Cluster Bus (ICB-3), and Internal Coupling Channel (IC-3) Designs
In order to ensure Parallel Sysplex environments continue to scale with today's efficiency, as z900 server performance grows, the z900 coupling link design has been improved. In addition, to optimize z900 performance, either between other z900 servers or among S/390 Parallel Enterprise Servers, 2 modes of ISC-3 operation (defined using HCD/IOCP) and 2 modes of ICB-3 operation are now available: Peer Mode and Compatibility Mode.
- Peer Mode supports coupling between z900 servers and provides both sender and receiver capability on the same link. Peer links provide up to 7 buffers (or buffer sets) (compared to 2 buffers with G5/G6). With these design improvements, the new Peer Mode ISC-3, ICB-3 and IC-3 connections perform about twice the relative speed of former ISC, ICB and IC links. Z900 supports a combined maximum of up to 32 coupling links, comprised of up to 16 ICB-3 links and/or up to 32 ISC-3 links. When coupling within a 2064 server, the Internal Coupling channel can be shared among several LPARs and one ICF. The Model 100 supports up to 24 ICB-3 links in Peer mode.
- Compatibility Mode supports coupling between z900s and S/390 Parallel Sysplex Servers. In this environment ISC-3 and ICB-3 links must be defined in Compatibility Mode. This mode allows the ISC-3 and ICB-3 links to behave like their respective predecessors. z900s support a maximum of 32 ISC-3 links. Up to 8 ICB-3 links may be ordered on a z900 server (up to 16 ICB-3 features may be ordered on the Model 100 Coupling Facility).
ISC-3 links allow coupling over a distance of 10 km. An RPQ is available for a 20 km distance (with a maximum performance of up to 100 MB/sec).
The following table summarizes z900 Coupling Link Connectivity options between 2064 and 9672 servers as well as coupling facilities.
Supported(1) || 2064 z900 | 2064 z900 | 2064 z900 | 2064 z900 Coupling Fac. || ISC-3 | ISC-3 | ICB-2 | ICB-3 Connectivity ||(Compatibility |(Peer Mode)|(Compatibility |(Peer Mode) Options || Mode) | | Mode) | ==================================================================== 9672/74- G3, ||(YES) |NA |NA |NA C04: ISC #0014||Available | | | Compat. Mode ||03/31/01 | | | ____________________________________________________________________ 9672/74-G3,G4,||YES |NA |NA |NA C04, C05, G5, || | | | R06: ISC Hi- || | | | Perlink #0016 || | | | Compat. Mode || | | | ____________________________________________________________________ 9672 G5,G6,R06||YES |NA |NA |NA ISC HiPerlink || | | | #0216: || | | | Compat. mode || | | | ____________________________________________________________________ 9672/74 G5,G6,||NA |NA |YES |NA R06: ICB #0992|| | | | Compat. mode || | | | ____________________________________________________________________ 2064 z900 100 ||YES(2) |NA |NA |NA or ICF: ISC-3 || | | | #0217 || | | | Compat. mode || | | | ____________________________________________________________________ 2064 z900 100 ||NA |(YES) |NA |NA or ICF: ISC-3 || |Available | | #0217; || |03/31/01 | | Peer mode || | | | ____________________________________________________________________ 2064 z900 100 ||NA |NA |YES(2) |NA or ICF: ICB || | | | #0992 Compat. || | | | mode || | | | ___________________________________________________________________ 2064 z900 100 ||NA |NA |NA |(YES) or ICF: || | | |Available ICB #0993 || | | |03/31/01 Peer mode || | | | ___________________________________________________________________
Note: (1) Connectivity to the z900 is not supported for pre-G3 models of 9672.
Note: (2) This solution is only recommended prior to implementation of Peer mode which will be available 03/31/01.
64-bit Architecture (with z/OS)
64-bit architecture eliminates bottlenecks associated with lack of addressable memory by making the addressing capability nearly unlimited (up to a theoretical 18 Exabytes. This limit compares to the prior capability of 2 Gbytes in S/390 systems). As an application's server capacity requirements grow, the requirement for greater addressability increases as well. As addressability begins to be constrained, the lack of real storage increases overhead and ultimately constrains system growth. This situation exacerbates critical situations in which explosive systems growth has been a result of successful e-business implementation.
IBM's z900 64-bit architecture:
- Enables optimal use of memory resources.
- Provides for migration flexibility.
- Uses a single level of operating system for both S/390 and z900s, servers, across the entire enterprise.
- Allows nondisruptive testing and migration and provides for ease of transition for systems support staff
- Ensures maximum transparency to the operating system and complete transparency to system applications
Transparency
No application programming interfaces are changed incompatibly. Any difference in the architectural environment is absorbed by the operating system. Even low level authorized services remain compatible. Authorized programs that deal with real storage addresses must be examined to determine if any change is required.
64-bit Addressing: Memory Constraint Relief
The z900 provides up to 64 GB memory (twice as much as the largest 9672 Parallel Enterprise Server, Model G6) and enables significant paging overhead reduction. 64-bit real addressing gives immediate constraint relief to customers with real memory bottlenecks today. This provides benefit to DB2, Domino, TSO, and other UNIX-based applications.
Integrated Cryptography with z900 Servers
Up to 2000 SSL transactions per second -- raising the industry's cryptography performance bar
Balanced utilization of all hardware cryptographic engines is the key to the performance achievements of z900 servers. z/OS transparently routes requests for cryptographic services to an appropriate, available engine and in the case of SSL transactions, cryptographic requests are load-balanced across all available engines, taking maximum advantage of z900 scalability. With 8 PCICC features installed and up to 2 CMOS Cryptographic Coprocessors active, z900 servers with z/OS can support up to 2000 SSL transactions per second. This is double the throughput attainment of S/390 G6 servers. To get an idea of the magnitude of this throughput, it takes 39 S/390 G6 engines running SSL clients to develop this rate of SSL requests over an intranet network.
Of course, performance is just part of the story. z900 cryptographic functions include the full range of cryptographic operations needed for e-business, e-commerce, and financial institution applications. In addition, custom cryptographic functions can be added to the already rich set of functions that the PCI Cryptographic features and z900's integrated cryptographic coprocessor offer.
e-business applications are increasingly reliant on cryptographic techniques to provide the confidentiality and authentication required in this demanding environment. SSL (Secure Sockets Layer) technology is a key technology for conducting secure e-commerce using Web servers, and it is in use at a rapidly increasing number of Web servers, demanding new levels of performance that only hardware cryptographic technology can provide. zSeries servers include both standard cryptographic hardware and optional cryptographic features to give you flexibility and growth capability. From inventing Data Encryption Standard (DES) in the 1970's, to delivering the only integrated cryptographic hardware in a server to achieve the US Government's highest FIPS 140-1 Level 4 rating for secure cryptographic hardware, IBM has a long history of leadership in hardware cryptographic solutions. Never more so than in today's environment has cryptographic capabilities been as important to businesses, worldwide.
z900's servers' standard cryptographic hardware, the CMOS Cryptographic Coprocessor, is an enhanced "next" generation of the S/390 CMOS Cryptographic Coprocessor. The z900's CMOS Cryptographic Coprocessors design is single-chip module with faster technology and is now mounted on the processor board. The chips can be individually serviced, obviating any need to replace a larger module; any rare service instance and potential down time has been drastically reduced. The new logic technology increases the cycle speed of the coprocessors, providing an improved performance base for z900 cryptographic hardware. All 2064 servers include up to 2 CMOS Cryptographic Coprocessors as standard.
z900 servers also support the optional PCI Cryptographic Coprocessor (PCICC) feature to supplement the standard CMOS Cryptographic Coprocessors, with added functions and performance. Each PCICC feature includes a pair of PCI Cryptographic Coprocessors, or the equivalent of 2 S/390 G5/G6 PCICC features. z900 servers allow for 8 PCICC features to be installed, for a total of 16 PCI Cryptographic Coprocessors. The IBM PCI Cryptographic Accelerator (PCICA--priced feature # 0862) unique crypto card designed to implement SSL encryption.
The IBM PCI Cryptographic Accelerator (PCICA) is a very fast cryptographic processor designed to provide leading edge performance of the complex RSA crypto operations used in the SSL (Secure Sockets Layer) protocol. SSL is an essential and widely used protocol in secure e-business applications. The new PCICA feature is designed to address the high performance SSL needs of e-business applications, and has a design point different from the existing zSeries CMOS Cryptographic Coprocessor and zSeries PCI Cryptographic Coprocessor Feature. The Accelerator is designed specifically for maximum speed SSL acceleration rather than for specialized financial applications or for secure long-term storage of keys and secrets. As a result, it does not need the tamper design of the zSeries CMOS Cryptographic Coprocessor and zSeries PCICC Feature.
Each zSeries PCI Cryptographic Accelerator Feature contains two cryptographic accelerator cards and can support up to 2100 SSL handshakes/sec. However, the maximum number of SSL handshakes/sec that can be supported on a z900 server by any combination of CMOS crypto, PCICC crypto, and PCICA crypto is limited by the amount of CPU cycles available to perform the software portion of the SSL handshake. Current performance measurements with z/OS Version 1 Release 2 suggests that on a Model 216 z900, the maximum rate attainable is over 4300 SSL handshakes per second.
The z900's complete story includes integrated security that scales to its performance, and also matches its availability and flexibility - the essential support elements to e-business success.
z900 Support for LINUX
The S/390 Virtual Image Facility for LINUX (VIF) offers a complete server environment for multiple Linux systems on a single z900 server. VIF is an easy-to-use, high-performance supervisor that operates within a logical partition or in basic mode and provides the capability to create a significant number of Linux images. VIF creates and manages Linux images quickly and easily, provides the ability to share resources, and provides an internal network that can be used for high-speed communication among Linux images.
The S/390 Integrated Facility for LINUX previously announced for 9672 Parallel Enterprise Servers, G5 and G6, is also available on z900. This feature provides the ability for an independent processing capacity for Linux applications. An installation may purchase additional processing capacity, exclusively for Linux workloads, with no effect on the z900 model designation. No additional IBM operating system or middleware charges will be incurred due to the additional capacity unless the software is actually running in that additional capacity. The hardware feature is isolated from general use, is dedicated for Linux use only, and cannot run other IBM operating systems.
z900's HiperSockets' capability is different from other Linux-capable platforms in its ability to integrate Linux with z/OS using high-speed sockets; this permits a "network within the server"--communication between logical partitions running z/OS and Linux for zSeries
New Fibre Channel Protocol function in support of Linux environments
There is limited availability support of Fibre Channel (FC) and Small Computer System Interface (SCSI) devices on the IBM eServer zSeries FIbre CONnection (FICON) features in Linux environments. This limited availability will begin on June 15, 2002. For information on participation in this limited availability program, please see:
www.ibm.com/servers/resourcelink
General availability will be later in the year in conjunction with the latest Linux distributions from SuSE, TurboLinux and RedHat.
This support, termed - Fibre Channel Protocol (FCP), allows LINUX running on a zSeries system to access select industry standard SCSI control block-based Input/Output (I/O) devices. For Disk applications, these FCP storage devices utilize Fixed Block rather than Extended Count Key Data (ECKD) format.
A new Channel Path Identifier (CHPID) type, FCP, is being introduced for the FICON feature card. The FCP CHPID type is supported on the FICON express features 2319 and 2320 on both the z/800 and z/900, and on existing FICON features 2315 and 2318 on the z/900. z/VM Version 4 Release 3 is required to support FCP for LINUX guests.
Sharing of CHPIDs is allowed between multiple LINUX images. However, this initial FCP offering is limited to serial Logical Unit Number (LUN) access, that is, multiple Linux operating systems cannot share the same LUN over the same physical CHPID.
FCP support is offered for channels with devices connected via a single switch, or multiiple switch fabric. Parallel SCSI devices can be attached with the use of the IBM 2108 Fibre Channel-to-SCSI bridge.
FCP supports the following mix of subchannels and ports
- A maximum of 240 Linux instances per CHPID
- A maximum of 512 physical destination ports per CHPID
- A maximum of 2048 logical destination ports per CHPID
- A maximum of 4096 LUNs per CHPID
The supported topologies for the FCP function include:
- Fibre channel through a single switch or multiple switches to an FCP device
- Fibre channel through a single switch or multiple switches to a single Fibre Channel-to-SCSI bridge
The new Fibre Channel Protocol (FCP) function may facilitate the consolidation of UNIX server farms onto zSeries, thus protecting investments in SCSI-based storage.
This new FCP function further enhances participation of zSeries in the Storage Area Network (SAN) environment with support of SCSI over Fibre Channel.
TKE 5.0 workstation to enhance security and convenience:
The Trusted Key Entry (TKE) workstation (#0859) and the TKE 5.0 level of Licensed Internal Code (#0855) are optional features on the z9-109. The TKE 5.0 LIC is loaded on the TKE workstation prior to shipment. The TKE workstation offers security-rich local and remote key management, providing authorized persons a method of operational and master key entry, identification, exchange, separation, and update. The TKE workstation supports connectivity to an Ethernet Local Area Network (LAN) operating at 10, 100, or 1000 Mbps. Up to three TKE workstations can be ordered.
Refer also to the Special Features section. Support for an optional Smart Card Reader attached to the TKE 5.0 workstation allows for the use of smart cards that contain an embedded microprocessor and associated memory for data storage. Access to and the use of confidential data on the smart cards is protected by a user-defined Personal Identification Number (PIN).
Products Supported
IBM has tested specific switches, bridges and devices and is providing the following URL link which lists the IBM supported devices:
- www.ibm.com/servers/eserver/zseries/connectivity
For vendor devices which identify support of FCP, contact the specific vendor for further information regarding applicability to your configuration.
Leading Independent Software Vendors (ISVs) such as BMC Software, Candle, Compuware, SAGA Software, and Software AG support IBM's software charges policy for the IBM Integrated Facility for Linux.
IBM zSeries Satisfaction Guarantee
The following guarantee applies in applicable countries.
If You, the original user of an IBM zSeries machine, or zSeries model upgrade are dissatisfied with its quality or reliability, IBM will replace your equipment with the same machine model or model upgrade, when requested in writing by you within one year of its initial installation date. The replaced equipment must be transferred to IBM with clear title, free of liens and encumbrances, and in unaltered condition. This guarantee applies only in the country of purchase, does not apply to replacement equipment and does not cover damage caused by alterations, misuse, accident, unsuitable physical of operating environment, improper maintenance, or improper installation by a third party.
IBM may change the terms of this guarantee at any time. However, any change would not be retroactive.
The z900 and IBM's Enterprise Storage Server (ESS)
The IBM eServer zSeries 900 complements the IBM Enterprise Storage Server (ESS) in three ways:
- First, the number of subchannels supported by the machine has been significantly increased to 512K HSA subchannels (this is the maximum for all LPs) and 63K for basic mode and for each LP in LPAR mode. This allows customers to easily exploit ESS functions such as Parallel Access Volumes (PAV), Peer-to-peer Remote Copy (PPRC) and PPRC Dynamic Address Switching (P/DAS) for improved performance and continuous availability.
- Second, the Control Unit I/O Priority Queueing function is well complemented by the Channel Subsystem I/O Priority Queueing now provided in the z900. I/O requests that have been queued in priority order in the software, are now also sent in priority order to the control unit, where ESS also exploits the I/O priority to help insure the I/O is executed with a priority that will meet the business requirements specified by the customer.
- Finally, the ESS complements the z900's Dynamic Channel Path Management (DCM) function by providing critical information that allows the software to automatically configure channel paths with the maximum possible availability characteristics.
All together, an outstanding pair that delivers a winning hand to IBM
customers.
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IBM Design Center for e-transaction processing
The IBM Design Center for e-transaction processing are unique cross-IBM teams and facilities created to assist leading companies design and prototype advanced e-business IT infrastructure, leveraging IBM eServer, software and services. The centers help companies to integrate critical business processes and make technology choices for robust and scalable IT infrastructure which will enable success with their new e-business workload requirements.
What is e-transaction processing?
e-transaction processing is the technology infrastructure that enables the transformation and integration of end-to-end business processes using Internet technologies. It inherently demands architectures that provide secure, highly available computing environments, capable of handling dramatic rises in transaction volumes and complexity.
e-transaction processing is not a product or an offering. It is an evolving e-business requirement aimed at producing tangible business returns, maximizing competitive advantage, and providing the highest levels of customer satisfaction. e-transaction processing exploits new technologies that recognize the heterogeneous nature of any e-business and provides the means of tying together existing, cross-platform components.
What is happening in the industry?
Many companies are discovering that the transition from traditional business or On-Line Transaction Processing (OLTP) to advanced e-business or e-transaction processing is more difficult than it originally appeared. As they move beyond simple Web publishing, they're finding that individual "point" solutions don't provide the business integration or the qualities of service required for e-transaction processing. And they're learning that developing an e-transaction processing infrastructure requires a level of expertise that few companies possess.
Customers need to enable all of their IT transactions to complete securely with 24-by-7 availability from end-to-end in real time, without intervention. e-transaction processing holds the key, as the enabling technology that affords companies the flexibility to create systems that can handle both the increasing volume and the increasing sophistication of e-business transactions in a secure, highly available environment.
How can the Design Center help?
Responding to these problems, IBM created the Design Centers for e-transaction processing to focus on working with customers to architect, design and prototype e-business solutions able to handle the complexities inherent with e-transaction processing. The Design Centers provide a unique environment where customers will work with some of IBM's top design talent in a partnership to create these solutions. They complement other existing IBM e-business support, such as, IBM Global Services offerings and Centers for IBM e-business innovation, Advanced Technical Support Centers and the Global e-business Integration Center.
The IBM Design Center for e-transaction processing supports customers seeking to create complex e-commerce solutions that may require some invention. The center can provide direct access to IBM staff (experts in servers, software, networks and services) to consult with customers on the design of the applications and the supporting IT infrastructure that provide the qualities of service necessary for e-transaction processing. The primary objective of the center is to help customers who are committed to the vision of advanced e-commerce realize their goal. Additional objectives are to demonstrate IBM's ability to deliver the integrated thinking, integrated solutions, e-business; to verify IBM products, solutions and design practices and leverage those results across the IBM e-business support structure; to demonstrate e-transaction processing and the need for processing and the need for such IBM offerings as the Application Framework for e-business, new IBM eServer platforms and IBM middleware; and to demonstrate IBM's commitment to e-business and e-commerce.
What is the Design Center Process?
IBM representatives will nominate customers, who are then taken through a qualification process. Preference will be given to those pursuing advanced e-business implementations that are complex and leading-edge, who have an e-business strategy and need design and prototyping help to speed deployment. Some proposed projects will be re-directed to other IBM resources, some of which may be billable. The process includes: a two day e-business Solution Assessment (e-BSA) at the customer site, to gather information on opportunity, goals, scope, skills and resources required. If the project qualifies, a three to five day Design Workshop at the Center is then held to review available best practices, evaluate how the strategic objectives map to the customer's schedule and consider alternatives for practical deployment, all resulting in an agreed upon viable solution architecture and prototyping plan. During the prototyping phase (typically two to eight weeks) the objectives are to demonstrate the end-to-end solution and build up the customer's solution development skills to enable them as an end-to-end solution team. This will be done by hands-on experience through building the various prototype model components with IBM and connecting them into a sample solution. The prototype is a proof-of-concept of that solution.
With IBM's leading e-business support structure, including the IBM Design Centers for e-transaction processing, IBM is committed to creating open solutions for companies at all positions along the road to e-transaction processing. For more information on architecting e-transaction processing solutions and experiences at the Design Center, please visit the IBM Design Center for e-transaction processing Web site at:
- http://www.ibm.com/servers/design_center
Open Systems Adapter: Update
Network Connectivity
The Open Systems Adapter-Express (OSA-Express) family of features, Gigabit Ethernet (1 Gbps), Fast Ethernet (10/100 Mbps), 155 ATM (155 Mbps), and Token Ring (4/16/100 Mbps) continue to provide a direct connection between the server and the Local Area Network (LAN), in a heterogeneous environment. Each feature provides two ports of connectivity to the LAN or ATM network.
All of the OSA-Express features can be configured to utilize Queued Direct Input/Output (QDIO), a highly efficient data transfer architecture that breaks the barriers associated with the Channel Control Word (CCW) architecture. QDIO supports TCP/IP environments only. If &sna. connectivity is desired, Enterprise Extender should be considered.
An OSA-Express Fast Ethernet, ATM, and Token Ring features can also be configured to support non-QDIO environments, either TCP/IP passthru (LCS - LAN Channel Station) or Systems Network Architecture/Advanced Peer-to-Peer Networking/High Performance Routing (SNA/APPN/HPR) environments (LSA - Link Services Architecture).
The software requirements for the OSA-Express features is dependent upon the operating mode. Refer to the software requirements section of this announcement, or to the "Open Systems Adapter-Express Customer's Guide and Reference", SA22-7476.
Networking Enhancements: OSA-Express Enhancements
IPv6 Support for z/OS and Linux Internet Protocol Version 6 (IPv6) support is being offered for the OSA-Express Gigabit Ethernet and OSA-Express Fast Ethernet features when configured in QDIO (Queued Direct Input/Output) mode. IPv6 is the protocol designed by the Internet Engineering Task Force (IETF) to replace Internet Protocol Version 4 (IPv4).
Since there is a growing shortage of IP addresses, which are needed by all new machines added to the Internet, IPv6 is being introduced to expand the IP address space from 32 bits to 128 bits, enabling a far greater number of unique IP addresses.
For z/OS, further details are planned to be made available in Third Quarter, 2002. For Linux, refer to:
- www.ibm.com/developerworks for further information.
Full VLAN Support for Linux: Virtual Local Area Network (VLAN) support is being offered for all of the OSA-Express features when configured in QDIO mode. This support is applicable to the Linux environment. Null VLAN tagging support is provided today.
The IEEE standard 802.1Q describes the operation of Virtual Bridged Local Area Networks. A Virtual Local Area Network (VLAN) is defined to be a subset of the active topology of a Local Area Network. OSA will allow the setting of multiple unique VLAN ids per QDIO data device. OSA will allow both tagged and untagged frames to flow from an OSA port. The number of VLANs supported is specific to the operating system; refer to operating system documentation for the number of VLANs supported.
VLANs facilitate easy administration of logical groups of stations that can communicate as if they were on the same LAN. They also facilitate easier administration of moves, adds, and changes in members of these groups.
VLANs are also designed to provide a degree of low-level security by restricting direct contact with a server to only the set of stations that comprise the VLAN. With zSeries, where multiple stacks may exist potentially sharing one or more OSA-Express features, VLAN support is designed to provide a degree of isolation not currently possible.
For this Linux support refer to:
- www.ibm.com/developerworks for further information.
SNMP Management: Direct SNMP Query Support for z/OS and Linux: Simple Network Management Protocol (SNMP) is used for inter- network management and is the basis for network management offerings. The query function is supported using the SNMP "get" command. It is being offered for all of the OSA-Express features when configured in QDIO mode. This support removes the prerequisite, Open Systems Adapter Support Facility (OSA/SF). OSA/SF is no longer required to manage SNMP data for the OSA-Express features. A new SNMP subagent exists on an OSA-Express feature which is part of a direct path between the Linux and z/OS master agents (TCP/IP stacks) and an OSA-Express Management Information Base (MIB).
The OSA-Express features support an SNMP agent by providing data for use by an SNMP management application, such as Tivoli NetView. This data is organized into MIB tables defined in the TCP/IP Enterprise Specific MIB, as well as standard RFCs. The data is supported by the SNMP TCP/IP subagent.
For z/OS, further details will be made available in Third Quarter, 2002. For Linux, refer to:
- www.ibm.com/developerworks for further information.
TCP/IP Broadcast Support for z/OS, z/VM, and Linux: Broadcast support is being enhanced to include support for all of the OSA-Express features when configured in QDIO mode, and supporting the Routing Information Protocol (RIP) Version 1. Broadcast is currently supported for all of the OSA-Express features when carrying TCP/IP traffic and configured in the non-QDIO mode (LAN Channel Station - LCS mode).
A broadcast simultaneously transmits data to more than one destination - messages transmitted to all stations in a network (e.g. warning message from a system operator). The broadcast frames can be propagated through an OSA-Express feature to all TCP/IP applications which require broadcast support, including applications using RIP V1.
For z/OS, further details are planned to be made available in Third Quarter, 2002. For Linux, refer to:
- www.ibm.com/developerworks for further information.
ARP Cache Management - Query and Purge ARP: These Address Resolution Protocol (ARP) enhancements are being offered for all of the OSA-Express features when configured in QDIO mode.
The OSA-Express feature maintains a cache of recently acquired IP-to-physical address mappings (bindings). When the "binding" is not found in the ARP cache a broadcast (ARP request - how can I reach you?) to find an address mapping is sent to all hosts on the same physical network. By maintaining a cache, communications costs are reduced, ARP does not have to be used repeatedly, and the OSA-Express feature does not have to keep a permanent record of bindings.
The functions identified below (query ARP and purge ARP) give network managers more control.
Query ARP Table for IPv4 for Linux: Query ARP Table is being offered for all of the OSA-Express features when configured in QDIO mode when using Internet Protocol Version 4 (IPv4). The TCP/IP stack already has an awareness of Internet Protocol Version 6 (IPv6) addresses.
For this Linux support refer to:
- www.ibm.com/developerworks for further information.
Purge ARP entries in cache for IPv4 for z/OS and Linux: You now have a setup option to purge the ARP cache. Purge all support is being offered for all of the OSA-Express features when configured in QDIO mode when using IPv4. The TCP/IP stack already has an awareness of IPv6 addresses.
For z/OS, further details are planned to be made available in Third Quarter, 2002. For Linux, refer to:
- www.ibm.com/developerworks for further information.
The following new OSA functions announced for the z900 servers include certain functions that are also new for G5 and G6 servers operating in conjunction with OS/390 Version 2 Release 10.
Queued Direct Input/Output (QDIO)
The OSA-Express Gigabit Ethernet, Fast Ethernet, and 155 ATM (Ethernet LAN Emulation) features support Queued Direct Input/Output (QDIO), a highly efficient data transfer architecture, that breaks the barriers associated with the Channel Control Word (CCW) architecture. QDIO increases data rates, by reducing CPU cycle consumption and system overhead per data transfer, and improves throughput using host system memory queues and a signaling protocol to directly exchange data between an OSA-Express microprocessor and Communications Server.
TCP/IP Addressing
With multiple IP stacks, multiple LPARs, and Virtual Internet Protocol Addressing (VIPA), the maximum number of IP addresses allowed in an OSA Address Table (OAT) can easily be exceeded. Therefore, for the OSA-Express features, the maximum number of IP addresses has been increased to 512 IP addresses per port, from the previous maximum of 16 IP addresses per port.
Each Internet Protocol (IP) device has an entry in the OAT, which manages traffic through an OSA CHPID. The entry defines the data path between a port and a logical partition and unit address. The OSA-2 Token Ring and FDDI features support 8 IP addresses per OAT entry, and a maximum of 16 IP addresses per port. The 16 IP addresses can be distributed over multiple OAT entries. The OSA-Express features, when configured for non-QDIO, support 8 IP addresses per OAT entry, and a maximum of 512 IP addresses per port, for a total of 1024 IP addresses per OSA-Express feature on the z900. The 512 IP addresses can be distributed over multiple OAT entries. The OAT entry is built dynamically when the OSA-Express features are configured for QDIO, and the maximum of 512 IP addresses per port remains, a total of 1024 IP addresses per feature. The 512 IP addresses can be distributed over multiple OAT entries.
New ARP Function
Address Resolution Protocol (ARP) is the Internet Protocol (IP) used to dynamically map IP addresses to physical hardware Media Access Control (MAC) addresses. The ARP function takes care of the translation of the IP address to the MAC address. A component of QDIO is IP Assist (IPA), which includes the ARP function. When the ARP processing was moved to the OSA-Express feature, the ARP data was not returned to Communications Server. To assist with problem determination, the capability to retrieve ARP information was offered at availability of OS/390 Version 2 Release 10. Communications Server supports the ARP IPA commands for all QDIO connections - OSA-Express Gigabit Ethernet, Fast Ethernet, and 155 ATM Ethernet LAN Emulation. This allows NETSTAT, SNMP, and an API interface to collect statistics regarding the ARP cache.
Extension to the SNMP Support
Simple Network Management Protocol (SNMP) is the Internet management protocol standard, and the basis for network management software offerings. A Management Information Base (MIB) extension is now being offered for OSA-Express Gigabit Ethernet and Fast Ethernet QDIO connections, and for OSA-Express 155 ATM whether the connection is QDIO (Ethernet LAN Emulation only) or non-QDIO.
Now the raw SNMP information can be passed from the OSA-Express features to Communications Server, which can then build the appropriate SNMP information. This function was offered at availability of OS/390 Version 2 Release 10. Refer to the OS/390 V2R10 IP User's Guide, GC31-8514, for more information.
SNA/APPN/HPR Enhanced Connectivity
In the SNA environment, OSA-Express Fast Ethernet and 155 ATM (LAN Emulation, either Ethernet or Token Ring) previously supported 2047 Physical Units (PUs) per port - equivalent to the OSA-2 features.
For the OSA-Express features, the number of supported PUs has been increased to 4096 PUs per physical port, for a total of 8192 PUs per feature on the z900. Since an ATM feature has a number of different resource limits, here is a summary of the limits.
155 ATM LAN Emulation (LANE), Ethernet or Token Ring
- Each ATM physical port supports up to two ELANs (Emulated LANs) - logical ports, either Ethernet or Token Ring
- Each ELAN supports up to 4096 PUs, with a maximum of 4096 PUs per physical port
- Each ELAN supports up to 4096 simultaneous connections, Switched Virtual Circuits (SVCs), with a maximum of 4096 per physical port
- Each ELAN will cache up to 2000 simultaneous MAC (Media Access Control) addresses
The network setup will determine which of the above limits is reached first. Actual connectivity may vary based upon user workloads.
Open Systems Adapter Support Facility
The Open Systems Adapter Support Facility (OSA/SF) is an application for customizing and managing the OSA features. OSA/SF is used to change port parameters, to obtain status about a feature, to provide direct management to a feature or port defined to an LPAR, to gather operational information, and to assist in problem determination. OSA/SF is required to set up and customize the OSA-2 features if anything other than the default TCP/IP address is desired. OSA/SF may or may not be required for the OSA-Express features, depending upon on the media type, and how the OSA-Express feature is defined in the Hardware Configuration Definition (HCD).
Refer to the following documents for more details:
- z/OS OSA/SF User's Guide (SC28-1855)
- z/VM OSA/SF User's Guide (SC28-1992)
- VSE/ESA OSA/SF User's Guide (SC28-1946)
OSA-Express Gigabit Ethernet, LX and SX Features
The long wavelength feature #2364 has two independent ports and supports attachment to a 1 Gbps Ethernet Local Area Network (LAN) using a long wavelength (LX) optical transceiver supporting a 9/125-micrometer single-mode fiber optic cable terminated with a SC Duplex connector, and accommodating at reduced distance a 50/125-micrometer or 62.5/125-micrometer multimode fiber optic cable terminated with an SC Duplex connector.
The short wavelength feature #2365 has two independent ports and supports attachment to a one gigabit per second (Gbps) Ethernet LAN using a short wavelength (SX) optical transceiver and supporting a 50/125-micrometer or 62.5/125-micrometer multimode fiber optic cable terminated with a SC Duplex connector.
The GbE features support full-duplex transmission only, with separate read and write paths. This has the potential to reduce or eliminate bandwidth bottlenecks for data-intensive applications.
The OSA-Express Gigabit Ethernet features support Transmission Control Protocol/Internet Protocol (TCP/IP) application traffic and supports QDIO only. For SNA (Systems Network Architecture) applications, Enterprise Extender, first supported by OS/390 Version 2 Release 6, can be used to extend APPN (R) (Advanced Peer to Peer Networking) High Performance Routing (HPR) to IP networks with a connection between an SNA end point and an SNA application. Enterprise Extender enables high end user session availability, and improved control with SNA priority queueing, while providing an end-to-end IP connection from remote sites directly into the host system.
The GbE features support a Maximum Transmission Unit (MTU) size from 1492 bytes up to 9000 bytes (jumbo frames). With jumbo frames, fewer frames are processed, and throughput is increased.
Gigabit Ethernet supports the following standards:
- IEEE 802.3z Gigabit Ethernet Standard
- IEEE 802.3 CSMA/CD Protocols
- IEEE 802.2 LAN MAC Protocols
- DIX Version 2 Ethernet (RFC 894)
Both DIX Version 2 Ethernet and IEEE 802.3 are supported for non-jumbo frames. OSA-Express GbE supports up to a 9000 byte jumbo frame size using DIX Version 2 Ethernet (RFC 894) in a non-IEEE 802.1Q VLAN Tagging encapsulation environment.
Refer to the "Open Systems Adapter-Express Customer's Guide and Reference" (SA22-7476) for more detail.
OSA-Express Fast Ethernet
The OSA-Express Fast Ethernet feature #2366 has two independent ports. Each port supports attachment to a 10 Megabits per second (Mbps) Ethernet Local Area Network (LAN) or a 100 Mbps Ethernet LAN using an EIA/TIA category 5 unshielded twisted pair (UTP) cable terminated with an 8-pin RJ-45 connector. The LAN can be a half-duplex shared media LAN, or a full-duplex switched LAN. Each port automatically adjusts to 10 Mbps or 100 Mbps. The duplexing mode (half or full) can default to auto- negotiation or be set explicitly. The setting of the OSA-Express Fast Ethernet feature must match the setting of the switch.
The Fast Ethernet feature supports Transmission Control Protocol/Internet Protocol (TCP/IP) and Systems Network Architecture/Advanced Peer to Peer Networking/High Performance Routing (SNA/APPN/HPR). Both TCP/IP and SNA traffic can be running concurrently on each port if configured for non-QDIO. If configured for QDIO, only TCP/IP traffic is supported. Enterprise Extender is used to carry SNA traffic over the TCP/IP network.
The HPDT MPC mode is no longer available. For IP connectivity, migrate to either the QDIO mode or the non-QDIO mode (LAN Channel Station - LCS).
Refer to the "Open Systems Adapter-Express Customer's Guide and Reference" (SA22-7476) for more detail.
OSA-Express 155 ATM, Single Mode and Multimode Features
There are two OSA-Express 155 Asynchronous Transfer Mode (ATM) features supporting attachment to a 155 Mbps ATM network. The 155 ATM SM (single-mode) feature #2362 has two independent ports, and supports a 9/125-micrometer single-mode fiber optic cable terminated with a SC Duplex connector. The 155 ATM MM (multimode) feature #2363 has two independent ports and supports a 62.5/125-micrometer multimode fiber optic cable terminated with an SC Duplex connector. The OSA-Express 155 ATM features support the following standards:
- ATM Forum User-to-Network Interface Specifications Version 3.0 and 3.1 with signaling protocol Q.2931 for Ethernet and Token Ring emulated LANs.
- LAN Emulation over ATM 1.0.
- Ethernet complies with IEEE 802.2 LAN MAC Protocols, IEEE 802.3 CSMA/CD Protocols, and Ethernet V.2 Protocols (not supported by SNA/APPN).
- Token Ring complies with IEEE 802.2 LAN MAC Protocols, and IEEE 802.5 MAC Protocols.
The OSA-Express 155 ATM features support two modes of operation, ATM LAN Emulation mode (Ethernet or Token Ring) or ATM native mode. When supporting Ethernet LAN Emulation, the ATM feature can use a QDIO connection. Each mode is mutually exclusive (the feature can be configured for only one mode at a time, ATM LAN Emulation mode or ATM native mode).
- The ATM Forum-compliant LAN Emulation mode supports TCP/IP and SNA/APPN/HPR running simultaneously if desired. It can be Ethernet LAN Emulation - QDIO carrying IP traffic or non-QDIO carrying IP and/or SNA traffic, or it can be Token Ring LAN Emulation, non-QDIO only, carrying IP and/or SNA traffic. The LAN Emulation (LANE) service enables the reuse of the communications applications that were written to support Ethernet or Token Ring. The client workstations can retain the Ethernet or Token Ring interface, and the wiring can remain unchanged. The workstations connect to the ATM network and communicate as if they were connected to an Ethernet or Token Ring LAN. Two emulated LANs (ELANs) or LAN Emulation Clients (LECs) can be defined per physical port and each can be Ethernet or Token Ring. A maximum of 4096 Physical Units (PUs) per physical port is supported. Refer to "SNA/APPN/HPR Enhanced Connectivity" for more details on the resource limits of an ATM feature.
- The native ATM mode supports TCP/IP (classical IP - RFC 1577, RFC 2225) and APPN running simultaneously if desired. The OSA-Express 155 ATM features support best effort virtual circuits and reserved bandwidth virtual circuits (APPN only). Best effort and reserved bandwidth traffic can operate concurrently. Best effort circuits can use the ATM network when reserved bandwidth circuits are not being fully utilized, optimizing link capacity. When configured for non-QDIO, which can be native ATM (either classical IP - RFC 1577, RFC 2225, or APPN), Ethernet LAN Emulation, or Token Ring LAN Emulation, the Open Systems Adapter Support Facility (OSA/SF) is required to set up and customize the OSA-Express 155 ATM features. If configured for QDIO (155 ATM Ethernet LAN Emulation), OSA/SF is still required for the definition of the emulated/logical ports.
Refer to the "Open Systems Adapter-Express Customer's Guide and Reference" (SA22-7476) for more detail.
Open Systems Adapter 2 Support
The Open Systems Adapter 2 (OSA-2) Token Ring and Fiber Distributed Data Interface (FDDI) features will continue to be supported on the z900, and are available for new builds and for upgrades. The OSA-2 Token Ring and FDDI features can be used only in the Compatibility I/O cage. The OSA-2 Token Ring and FDDI features continue to require the Open Systems Adapter Support Facility (OSA/SF) when configuring and customizing the features, and updating the supported software.
OSA-2 Token Ring
After October 31, 2001, Feature code #5201 will no longer be orderable. The OSA-2 Token Ring feature #5201 has two physical ports which support attachment to a 4 or 16 Mbps Token Ring LAN using a shielded twisted pair (STP) or unshielded twisted pair (UTP) interface terminated with an 8-pin RJ-45 connector.
At initialization, each port auto-senses and conforms to the speed of the Token Ring (4 or 16 Mbps) and determines whether communication is half-or full-duplex. If no carrier is sensed on the ring, the feature enters the ring at the speed of the last successful entry. The OSA-2 Token Ring feature conforms to the IEEE 802.5 (ISO/IEC 8802.5) standard.
The OSA-2 Token Ring feature supports Transmission Control Protocol/Internet Protocol (TCP/IP) and Systems Network Architecture/Advanced Peer to Peer Networking/High Performance Routing (SNA/APPN/HPR). Both can be running concurrently on each port.
Refer to "Planning for the Open Systems Adapter-2" (GA22-7477) for more detail.
OSA-Express Token Ring Feature:
A new Token Ring feature, OSA-Express Token Ring, is being introduced to replace the currently available OSA-2 Token Ring feature. Like the OSA-2 feature, the new OSA-Express Token Ring feature has two independent ports. While the two ports on the OSA-2 feature share one Channel Path Identifier (CHPID), two CHPIDs are required for the OSA-Express Token Ring feature, one for each port. Each port supports attachment to a 4, 16, or 100 Megabits per second (Mbps) Token Ring LAN using a shielded twisted pair (STP) or unshielded twisted pair (UTP) interface terminated with an 8-pin RJ-45 connector.
The OSA-Express Token Ring feature supports autosensing as well as any of the following settings: 4 Mbps half-or full-duplex, 16 Mbps half-or full-duplex, 100 Mbps full-duplex. Regardless of the choice made, the network switch settings must agree with those of the OSA-Express Token Ring feature. If the LAN speed defaults to autosense, the OSA-Express Token Ring feature will sense the speed of the attached switch and insert into the LAN at the appropriate speed. If the Token Ring feature is the first station on the LAN and the user specifies autosense, it will default to a speed of 16 Mbps and will attempt to open in full-duplex mode. If unsuccessful, it will default to half-duplex mode. The OSA-Express Token Ring feature conforms to the IEEE 802.5 (ISO/IEC 8802.5) standard.
OSA-2 FDDI
The OSA-2 Fiber Distributed Data Interface (FDDI) feature #5202 has one physical port supporting 100 Mbps single-or dual-attachment to an FDDI LAN. The FDDI feature supports a 62.5/125-micrometer fiber optic cable terminated with a SC Duplex connector.
The FDDI LAN must conform to either the American National Standards Institute (ANSI) X3T9.5 specification or the International Standards Organization (ISO) 9314 specification. The OSA-2 FDDI feature conforms to the IEEE 802.2 LAN MAC protocols.
Both TCP/IP and SNA/APPN/HPR traffic are supported and can run concurrently.
Refer to "Planning for the Open Systems Adapter-2" (GA22-7477) for more detail.
z900's Systems Management Excellence
Remote Control via a Web Browser
Occasional monitoring and control of supporting elements connected to a single 2064 Hardware Management Console (HMC) has been enabled by a Web server that is now integrated with current HMCs.
There are two methods of using a Web browser to remotely monitor and/or control an HMC and those systems that it is managing. The first method utilizes the Web browser to remote the mouse, keyboard, and display of the HMC. It is selected via the "Remote entire Hardware Management Console desktop" link from the HMC's home page. Only one user at a time may use this method. This method also performs best when there is a high bandwidth connection between the system running the Web browser and the HMC. The second method, selected via the "Perform Hardware Management Console Application tasks" link on the HMC's home page, can also be used to monitor and/or control defined CPCs, CPC images, and groups from a remote site via a Web browser. This method has low bandwidth requirements and allows multiple users to simultaneously control and monitor the HMC and its managed objects. This method provides a subset of task lists and tasks that are available on the HMC. For more information, refer to "2064 Hardware Management Console Operations Guide" (GC38-0609).
Dual Support Elements
The z900 employs a pair of integrated Support Elements (SEs). One is primary, and the other is a mirrored copy that can assume the role of the primary. The primary SE controls and monitors the operation of the 2064. It sends status hardware messages, and operating system (console integration) messages to the HMCs for consolidation and exception processing. The SE employs a state-of-the-art, direct-manipulation, object-oriented GUI supporting exception-based real-time system status reporting, hardware messages, operating system messages, service support, and full operation of the 2064 system.
The 2064 SE has both an Ethernet connectivity function and a Token Ring connectivity function incorporated as standard (new build). This enables use of an existing Ethernet LAN to provide connectivity between the SE and an HMC. An additional Ethernet connection may optionally be ordered for the z900 (feature #0063) which precludes the SE Token-Ring capability. In addition to providing an end user with graphical interface to operate and manage the system, the SE also provides APIs. The APIs are:
- SNA-based management APIs
- SNMP-based management APIs
The SNA-based management APIs provide the ability to monitor and manage the system from an SNA-based management application, such as IBM NetView. The SNMP-based management APIs provide the ability to get/set the SE's managed object's attributes, issue commands to be performed on a managed object from a remote application, and receive asynchronous event notifications. Each set of APIs provides a mechanism for automated remote management of the system using applications available from IBM or independent system management vendors, or applications written by the customer.
Remote Operations
The 2064 hardware systems management products support remote operations in a variety of ways over a variety of communications connections. In each case, the objective is to enable an operator, or a programmed operator, to monitor or control a remote system in essentially the same manner as if the operator were at the same site as the remote system. Remote operations include the following possibilities, some of which require the optional HMC:
- Hardware Management Console Operation of the z900:
The HMC can manage servers using SNA protocol or TCP/IP protocol flowing over either a Token Ring LAN or an Ethernet LAN. The systems connected by these LANs may be distributed over any geographic extent supported by interconnected LANs. This provides ideal support for consolidating the operation of remote data centers using existing networks. This is the suggested option for continuous remote operation.
- Remote Web Browser Operation of the Hardware Management Console
The HMC may be remotely operated using a Web browser via two methods. The first method utilizes the Web browser to remote the mouse, keyboard, and display of the HMC. It is selected via the "Remote entire Hardware Management Console desktop" link from the HMC's home page. Only one user at a time may use this method. This method also performs best when there is a high bandwidth connection between the system running the Web browser and the HMC. The second method, selected via the "Perform Hardware Management Console Application tasks" link on the HMC's home page, can also be used to monitor and/or control defined CPCs, CPC images, and groups from a remote site via a Web browser. This method has low bandwidth requirements and allows multiple users to simultaneously control and monitor the HMC and its managed objects. Using this method, the user can:
- Monitor the status
- Monitor and handle hardware messages
- Monitor and handle (console integration) operating system messages
- Perform the following tasks: Activate, Deactivate, Load, Reset Normal, Reset Clear, PSW Restart, Customize, Delete Activation Profiles, Customize Support Element Date/Times, Change LPAR Controls, Configure Channel Path OFF/ON, and Reassign Channel Path
To operate the HMC via a Web browser, a personal computer or other system with a Web browser is required as well as TCP/IP connectivity from the HMC to this system via either a Token Ring or an Ethernet LAN. This is intended for occasional remote operation of the systems being managed by the HMC.
- Remote Manual Operation of a Hardware Management Console
The HMC may be remotely operated over SDLC, Ethernet, or Token Ring connections using either SNA or TCP/IP protocols by utilizing the target portion of the integrated Distributed Console Access Facility (DCAF). To use this, a personal computer is required with OS/2, Communication Manager/2 (CM/2), or TCP/IP support, and the controller portion of the DCAF.
- Support Element SNMP-Based Management
The Support Element provides a system management set of APIs by means of the TCP/IP SNMP protocol.
- Hardware Management Console SNMP-Based Management
The HMC provides a system management set of APIs by means of the TCP/IP SNMP protocol.
HWMCA Programming Interfaces
In addition to providing an end user with the ability to view and manipulate managed objects, the HMC also provides APIs. The APIs are:
- User interface transition APIs
- Management APIs
The user interface transition APIs provide a local application with the ability to transfer into the HMC user interface in context. This is exploited by IBM's System Automation for OS/390 Release 2 and above. The management APIs contain the ability to get/set an HMC managed object's attributes, issue commands to be performed on a managed object from a local or remote application, and receive asynchronous event notifications. The management APIs provide a mechanism to IBM, independent system management vendors, and an enterprise, to integrate with the HWMCA.
Customization
The HMC can be tailored to the specific needs of each individual user. The variety of ways that the HMC can be customized include:
- Security
The ability to limit access to the OS/2 desktop and other applications residing on the HMC for individual users.
- Managed Objects
The ability to limit access to managed objects, such as hardware elements, operating system images, and groups for individual users.
- Tasks
The ability to limit access to HMC tasks for individual users.
Parallel Sysplex Update
Parallel Sysplex continues to be the foundation on which many of IBM's future solutions are to be built. The following content describes what's new for Parallel Sysplex with this 2064 announcement:
- New Standalone Coupling Facility: Model 100 with increased capacity, newer links, and upgrade capability
- New Coupling Links: New Integrated Cluster Bus (ICB) feature (ICB-3), New Inter-System Channel (ISC-3) and Internal Coupling Channel (IC3) All support a new enhanced performance mode called "Peer Mode" and Compatibility Mode.
- Intelligent Resource Director includes LPAR CPU Management, Dynamic Channel Path Management and Channel Subsystem Priority Queuing
- Managed System Infrastructure for setup
- Extended Remote Copy support for the Geographically Dispersed Parallel Sysplex
- Intelligent Resource Director: Introduced on the 2064 and z/OS,
IBM's exclusive Intelligent Resource Director (IRD) is made up of three
functions which work together to optimize your business' productivity and
dynamically manage your CPU and I/O resources in today's ever-changing
"dot.com" world:
- LPAR CPU Management
- Channel Subsystem Priority Queuing
- Dynamic Channel Path Management
When fully utilized, this exclusive function combines the strengths of key S/390 and zSeries platform leadership technologies, including z/OS Workload Manager, PR/SM (logical partitioning hardware technology), z900 Channel Subsystem and Parallel Sysplex Clustering technology. With this powerful combination, Intelligent Resource Director, dynamically moves resources to the application across multiple (LPAR Cluster) Images within a single server. This capability of a system to have application importance awareness across multiple images, to response to the needs of your most critical applications, is a quantum leap forward in systems management. It enables the system to dynamically manage CPU and I/O resource and run at a higher utilization while still meeting the business goals of the most important work. This can help reduce the total cost of ownership of the solution while at the same time improve systems management. Put your business-critical application work under the management of IRD and improve your business's image and productivity as IRD moves the resources required to that application dynamically.
The z/OS Workload Manager is extended to work with PR/SM, Channel Subsystem and Parallel Sysplex on z900 servers to accomplish this distinctive single server solution. For optimum benefit, this solution requires WLM goal mode in order to dynamically manage computing and I/O resources across multiple logical partitions on the same z900 based on the business goals of the workload running on these partitions. The scope of this management is the "LPAR Cluster" which is the set of z/OS images in the same parallel sysplex running as logical partitions on the same server.
Prior to IRD, z/OS WLM and PR/SM will manage system resources without any communication with each other. z/OS WLM in goal mode does an excellent job managing workload to user defined goals WITHIN one logical partition. Today, WLM combined with OS/390 subsystems does a good job of managing work across multiple system images in a datasharing parallel sysplex environment. With session and/or transaction balancing within a datasharing sysplex, work can be directed to the servers which have the required capacity. Likewise, today PR/SM does a great job of managing system resource within an LPAR but with no knowledge of application workload goals. With IRD's introduction on the z900, IBM integrated these three technology leadership functions and then enabled them to communicate. Because these enhancements are at a system level it doesn't require any implementation changes to your applications; in fact it does not require datasharing of your databases.
Learn how today's dynamic workload management works so that you can better understand the power of IRD'S integration of these technologies. See Issue 3: http://www.ibm.com/s390/os390/bkserv/hot_topics.htlm.
Although IRD does not require Parallel Sysplex datasharing, it is fully optimized when combined with an esixting Parallel Sysplex that is doing Data Sharing and workload balancing. Additionally IRD is functions extremely well with Parallel Sysplex Resource Sharing, as in the following example:
Today, many customers run multiple system images on a single server; IBM believes this trend will continue as businesses rapidly grow due to business volumes, data center consolidations and isolation, or business mergers and acquisitions. In many instances, the IT organization consolidates by adding another system image to the configuration, without change to the application workload or existing systems. However, a potential negative side-effect of this approach is that it can force the installation to duplicate many of the resources used by each physical system (or in each LPAR image), such as tape drives, consoles, and common data sets. With resource sharing, this negative side effect can be significantly decreased or almost be eliminated by sharing these resources using a coupling facility. Customers exploiting resource sharing define a WLM structure and get into goal mode and with not more effort they can enable IRD. (See "Value of Resource Sharing" white paper on www .ibm.com/s390/pso/) (See WLM Goal Mode Migration Tool www.ibm.com/s390/wlm/) (Refer to MSYS for setup for ease of Management/configuration/implementing of the above example).
Another example: Servers increase in capacity, with multiple processing units per server, users are moving to more logical partitions to overcome server constraints when running a single image on a large server (for example, Domino servers).
Through IRD technology extensions, the Parallel Sysplex will be able to dynamically change system weights, reconfigure channel paths on the fly, prioritize I/O within the I/O channel subsystem, and vary logical processors on and off-line to ensure CPU and I/O resources are distributed based on the goals and business importance of the workloads in the LPAR Cluster. This ability enables the most critical business application of highest importance to get the CPU and I/O resources it needs.
IRD's LPAR CPU management requires z/OS/WLM goal mode, CFCC Level 9 and a new coupling facility structure, which contain critical status information enabling cross-partition management of CPU resources. This coupling facility structure does not require failure isolation and therefore can be placed in an Internal Coupling Facility. For those customers who would prefer to use a standalone coupling facility, may choose from either the R06 or the new Model 100. All three IRD functions are delivered as a part of z/OS and on the z900. Channel System Priority Queuing and Dynamic Channel Path Management (DCM) benefit both the Parallel Sysplex environment and customers running in basic mode, with increased benefit in a multi-image environment (Parallel Sysplex). Although IRD is not required to run as an LPAR Cluster within a larger Parallel Sysplex, the benefits of combining the two are unsurpassed (see "Intelligent Resource Director" white paper on value and configuration options.)
An LPAR Clustering document "z/OS Intelligent Resource Director" (SG24-5952) may be helpful. For further explanation of Resource Sharing, refer to "Parallel Sysplex Resource Sharing" (SG24-5666).
LPAR CPU Management
An LPAR cluster is the subset of the systems in a Parallel Sysplex that are running as logical partitions on the same server. As mentioned earlier, IRD combines PR/SM, z/OS WLM and Parallel Sysplex to enable LPAR CPU management to make dynamic adjustment of processor resources across partitions in the same LPAR cluster. Workload Manager will then manage these sets of logical partitions to provide the processor resources needed for the work to meet its goals based on business importance.
To better understand the value of LPAR CPU management, let's look at the following example: A customer may have several different web servers, one may process order entries, another might process order status inquiries, while a third might provide product details for online shopping. If these three web servers were placed on separate servers, you might find that the demand on the three servers varies widely and unpredictably. Early in the holiday season you may find that the server providing product details is heavily used, and the other two are more lightly used. Later in the season, the server handling orders may be more heavily used. As the holiday approaches, people may begin checking on the status of their orders. You may find that you have sufficient CPU capacity across all your servers, but not necessarily on the specific server you need it nor when you need it. With LPAR today, you may consolidate these on one S/390 processor, each it its own partition. As CPU demand grows, PR/SM distributes the available CPU capacity to where it is needed. With the addition of LPAR CPU Management, z/OS Workload Manager can intelligently direct PR/SM to distribute the CPU to where it is needed for the work to meet its goals based on business importance. Therefore, by moving the resources to the highest importance application at that time, it is more likely that all three servers will achieve their goals, and in the case where unexpected demand is so high that this is not possible, WLM can assure that the work with the highest business importance gets the most resource, at the expense of lower importance work.
Channel Subsystem Priority Queueing
Priority queuing is not a new concept to enterprise operating systems. It has been available within a single OS/390 image for years. I/O priority queuing was recently introduced into the control unit with the IBM Enterprise Storage Server. Channel Subsystem Priority Queuing extends the classic strengths of I/O priority queuing by addressing other challenges that are not currently handled by existing I/O priority schemes. Prior to Channel Subsystem Priority Queuing, if multiple OS/390 images running on the same server tried to access the same I/O devices, the channel had no awareness if requests from one LPAR were all lower priority than requests from another LPAR. Now, with Channel Subsystem Priority Queuing on z900 servers, when I/O requests originate from multiple LPARs, the channel subsystem will honor the I/O priority as established by WLM. WLM ensures that all systems in an LPAR cluster use a consistent I/O Priority assignment in order to ensure that higher priority work is handled first. Channel Subsystem Priority Queueing enhances the I/O queueing function of ESS to ensure the most important I/O access to a device is handled first. Now when an I/O request needs to wait (within a single z/OS image, a CEC's channel, or the control unit), the priority to use in queuing the request is based consistently on the customer's workload goals. This provides optimal management of workloads and resources.
For example, prior to Channel Subsystem Priority Queuing, discretionary work in one partition could dominate channels shared with business-critical work in another partition. With the new function and running in goal mode, Workload Manager sets priorities that will be used to give the business-critical work higher priority access to the channels. This in turn may allow customers (that do not exploit EMIF), to prevent such problems and may lead to reduced overall channel requirements. These new capabilities will help provide optimal workload management. Channel Subsystem Priority Queuing is initially implemented for Parallel OEMI and ESCON channels.
Dynamic Channel Path Management (DCM)
This portion of IRD is a combination of hardware strengths and software flexibility. Channel Paths can now be managed between the processor and the DASD logical control units in the system. Dynamic Channel Path Management enables the system to respond to ever-changing channel requirements by moving channels from lesser used DASD control units to more heavily used control units as needed. In a Multi-image/single server environment with IRD and Workload Manager (OSNP/WLM) in Goal Mode, z/OS/WLM is able to direct Dynamic Channel Path Management to move channels, to help business-critical work achieve its goals by responding to peaks in demand for I/O channel bandwidth to DASD. DCM enables the system to respond to channel requirements as they occur by moving additional channels to logical control units when they are needed. z/OS Workload Manager and IOS together help to manage the I/O bandwidth. You can define managed channels that are not assigned to a specific control unit. As they are needed, these managed channels can move among control units with the help of Workload Manager. I/O Queuing reports are updated to show both the static and managed channels assigned to a logical control unit during a reported interval. DCM can help reduce the requirement for greater than 256 channels. For example, in an environment where an installation normally requires four channels to several control units, but occasionally needs as many as six, system programmers must currently define all six channels to each control unit that may require them. With Dynamic Channel Path Management, the system programmer need only define the four channels to the control units, and indicate that DCM may add an additional two. As the control unit becomes more heavily used, DCM may assign channels from a pool of managed channels, identified by the system programmer, to the control unit. If the work shifts to other control units, DCM will unassign them from lesser Utilized control units and assign them to what are now the more heavily used ones. Dynamic Channel Path Management can also help system availability. In cases where the loss of a path to a managed DASD control unit causes DCM to determine that insufficient channels now exist (no longer meeting goals), DCM may add (or configure) additional paths to the control unit through an alternate path. Although DCM doesn't require it, when used with Workload Manager (WLM) in Goal Mode, WLM is able to direct Dynamic Channel Path Management to move channels to help business critical work achieve its goals. DCM initially supports IBM ESCON switch-connected DASD.
Managed System Infrastructure for Setup
z/OS starts a major ease-of-management initiative with the introduction of a new base technology element. MSYS will provide a new approach for installing and configuring z/OS and products running on z/OS, resulting in major reductions in the time it takes system programmers or administrators to deploy functions provided on z/OS and products running on z/OS. Also, because best practices and industry proven values are built in, availability can be improved with this technology. MSYS will be exploited in z/OS by Parallel Sysplex to allow setting up a Parallel Sysplex much more quickly and easily by defining and implementing the policies, parmlib specifications, and security settings necessary to configure a basic Parallel Sysplex environment. This initial delivery focuses on Resource Sharing configurations, including support for IRD "LPAR Clusters", XCF signaling and global resource serialization Star (GRS STAR). To make the set up of MSYS itself easier, the z/OS LDAP server will provide executable scripts for an easy configuration as an z/OS Management Directory.
The infrastructure as provided in R1 of z/OS is open for further exploitation which offers the opportunity for more productivity improvements and faster deployment of z/OS technology in support of growing e-business requirements. For more detail on this exciting new deliverable see the z/OS Announcement.
GDPS Update: Extended Remote Copy support for the Geographically Dispersed Parallel Sysplex
The IBM Installation Services for Geographically Dispersed Parallel SysplexTM (GDPSTM) have been enhanced to include a new service based on the open IBM Extended Remote Copy (XRC) architecture. This service, GDPS/XRC, is in addition to the already available GDPS/PPRC services, based on the open Peer to Peer Remote Copy (PPRC) architecture.
GDPS/XRC is targeted for enterprises that:
- Need to remote copy data over extended distances (greater than 40 Km) between data centers. This may be required either because there is a need to recover from regional disasters versus metropolitan disasters or because the customer has data centers already available at these extended distances.
- Do not have dark fiber available between data centers. GDPS, based on the synchronous form of remote copy, PPRC, requires dark fiber between sites. GDPS/XRC, on the other hand, can be performed with communication links and channel extender technology.
- Need to maintain the highest levels of performance on their application host system. With XRC, the I/O operation is considered completed as soon as the data is hardened in the primary storage control unit. XRC asynchronously copies data from the primary to the secondary storage control units, thereby not impacting the performance.
- Require a business continuance solution, instead of a continuous availability solution.
- Can tolerate a minimal amount of data loss. The amount of data loss is typically in the order of seconds.
The GDPS/XRC service combines Parallel Sysplex, XRC, and data base technologies to provide efficient workload management, system resource management, and prompt, responsive, disaster recovery for your servers or Parallel Sysplex. Using automation technology to help manage your databases, processors, network resources and storage subsystem mirroring, critical data is mirrored and processing switched to an alternate site in the event of a planned shutdown or failure of the primary site. This service also contains a feature, Remote Copy Management Facility/Extended Remote Copy (RCMF/XRC). RCMF/XRC automation code manages the remote copy configuration and storage subsystem(s), and provides protection against loss of data due to primary site outages. Since XRC maintains data consistency between the primary and alternate storage control units, a manual restart of the systems and applications in the event of a disaster can be performed, allowing customers to meet short recovery time objectives.
z/VM--Exploiting New Technology
z/VM provides a highly flexible test and production environment for enterprises deploying the latest e-business solutions. Increasingly, enterprises need to build multi-system server solutions to meet the demands of their enterprises and IT infrastructure.
z/VM helps enterprises meet those demands with a broad range of support for such operating system environments as z/OS, OS/390, TPF, VSE/ESA, CMS, and Linux for S/390 or Linux for the IBM eServer zSeries 900. This ability to support multiple machine images and architectures enables z/VM to run multiple production and test versions of S/390 or 64-bit operating systems all on the same system. z/VM can simplify the migration from one release to another, can provide a test system anytime one is needed and consolidate several systems onto one physical Machine. z/VM can also be used to enable access to the latest DASD and processor architecture for systems that lack such support.
z/VM offers an ideal platform for consolidating Linux workloads onto a single S/390 or zSeries server. Running Linux as a guest of z/VM enables you to run tens to hundreds of Linux images while benefiting from the reliability, availability and serviceability characteristics of S/390 or z900 servers, as well as allowing you to exploit the exceptional capabilities of z/VM.
Highlights of z/VM, a follow-on product to VM/ESA includes:
- New architecture exploitation enabling 64-bit guest operating systems.
- Real storage constraint relief by eliminating the 2 GB central storage limitation
- Native Flash Copy support for Enterprise Storage Server (ESS) for high-speed data copy.
- Guest support enhancements for 3494 VTS and FICON-attached 3590 A60 Tape Controller.
- Connectivity enhancements for TCP/IP:
- Improved security with the inclusion of a Secure Socket Layer (SSL).
- Transparent data access to remote systems data with an NFS Client.
- Capability and useability improvements to FTP server for Web browsers.
- Reduced load on hosts with support for IP Multicasting.
- Improved performance of OSA Express adapter with QDIO supporting Gigabit Ethernet, Fast Ethernet, and 155 ATM (Ethernet LAN Emulation).
- Support for the DFSMS/MVS Program Management binder and loader functionality to enhance OS/390 and OS/NP application affinity.
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Model Summary Matrix
The following model matrix describes the content of the 26 zSeries models including, by model, the number of:
- Processor Units (PUs)
- Central Processors (CPs)
- Standard System Assist Processors (SAPs std.)
- Optional SAPs (SAPs opt.)
- Optional Internal Coupling Facilities (ICFs)
- Optional Integrated Facility for LINUX features (IFLs)
- Spare PUs
- Available engines for Capacity Upgrade on Demand
- Available engines for Capacity BackUp (CBU)
Each model has a mandatory quantity of CPs, SAPs, and spare PUs assigned. The remainder PUs may be apportioned to optional functions (optional SAPs, ICFs, IFLs, CUoD, CBU).
| Models | PUs | CPs | SAPs Std | SAPs Opt. | ICFs Opt. | IFLs Opt. | Spare PUs | CUoD/CBU/CIU Engines Available |
|---|---|---|---|---|---|---|---|---|
| 100 | 12 | 0 | 2 | 0 | 1 - 9 | 0 | 9 - 1 | (1) |
| 101 | 12 | 1 | 2 | 0 - 3 | 0 - 8 | 0 - 8 | 9 - 1 | 8 - 0 |
| 102 | 12 | 2 | 2 | 0 - 3 | 0 - 7 | 0 - 7 | 8 - 1 | 7 - 0 |
| 103 | 12 | 3 | 2 | 0 - 3 | 0 - 6 | 0 - 6 | 7 - 1 | 6 - 0 |
| 104 | 12 | 4 | 2 | 0 - 3 | 0 - 5 | 0 - 5 | 6 - 1 | 5 - 0 |
| 105 | 12 | 5 | 2 | 0 - 3 | 0 - 4 | 0 - 4 | 5 - 1 | 4 - 0 |
| 106 | 12 | 6 | 2 | 0 - 3 | 0 - 3 | 0 - 3 | 4 - 1 | 3 - 0 |
| 107 | 12 | 7 | 2 | 0 - 2 | 0 - 2 | 0 - 2 | 3 - 1 | 2 - 0 |
| 108 | 12 | 8 | 2 | 0 - 1 | 0 - 1 | 0 - 1 | 2 - 1 | 1 - 0 |
| 109 | 12 | 9 | 2 | 0 | 0 | 0 | 1 | 0 |
| 1C1 | 20 | 1 | 3 | 0 - 5 | 0 - 15 | 0 - 15 | 16 - 1 | 15 - 0 |
| 2C1 | 20 | 1 | 3 | 0 - 5 | 0 - 15 | 0 - 15 | 16 - 1 | 15 - 0 |
| 1C2 | 20 | 2 | 3 | 0 - 5 | 0 - 14 | 0 - 14 | 15 - 1 | 14 - 0 |
| 2C2 | 20 | 2 | 3 | 0 - 5 | 0 - 14 | 0 - 14 | 15 - 1 | 14 - 0 |
| 1C3 | 20 | 3 | 3 | 0 - 5 | 0 - 13 | 0 - 13 | 14 - 1 | 13 - 0 |
| 2C3 | 20 | 3 | 3 | 0 - 5 | 0 - 13 | 0 - 13 | 14 - 1 | 13 - 0 |
| 1C4 | 20 | 4 | 3 | 0 - 5 | 0 - 12 | 0 - 12 | 13 - 1 | 12 - 0 |
| 2C4 | 20 | 4 | 3 | 0 - 5 | 0 - 12 | 0 - 12 | 13 - 1 | 12 - 0 |
| 1C5 | 20 | 5 | 3 | 0 - 5 | 0 - 11 | 0 - 11 | 12 - 1 | 11 - 0 |
| 2C5 | 20 | 5 | 3 | 0 - 5 | 0 - 11 | 0 - 11 | 12 - 1 | 11 - 0 |
| 1C6 | 20 | 6 | 3 | 0 - 5 | 0 - 10 | 0 - 10 | 11 - 1 | 10 - 0 |
| 2C6 | 20 | 6 | 3 | 0 - 5 | 0 - 10 | 0 - 10 | 11 - 1 | 10 - 0 |
| 1C7 | 20 | 7 | 3 | 0 - 5 | 0 - 9 | 0 - 9 | 10 - 1 | 9 - 0 |
| 2C7 | 20 | 7 | 3 | 0 - 5 | 0 - 9 | 0 - 9 | 10 - 1 | 9 - 0 |
| 1C8 | 20 | 8 | 3 | 0 - 5 | 0 - 8 | 0 - 8 | 9 - 1 | 8 - 0 |
| 2C8 | 20 | 8 | 3 | 0 - 5 | 0 - 8 | 0 - 8 | 9 - 1 | 8 - 0 |
| 1C9 | 20 | 9 | 3 | 0 - 5 | 0 - 7 | 0 - 7 | 8 - 1 | 7 - 0 |
| 2C9 | 20 | 9 | 3 | 0 - 5 | 0 - 7 | 0 - 7 | 8 - 1 | 7 - 0 |
| 110 | 20 | 10 | 3 | 0 - 5 | 0 - 6 | 0 - 6 | 7 - 1 | 6 - 0 |
| 210 | 20 | 10 | 3 | 0 - 5 | 0 - 6 | 0 - 6 | 7 - 1 | 6 - 0 |
| 111 | 20 | 11 | 3 | 0 - 5 | 0 - 5 | 0 - 5 | 6 - 1 | 5 - 0 |
| 211 | 20 | 11 | 3 | 0 - 5 | 0 - 5 | 0 - 5 | 6 - 1 | 5 - 0 |
| 112 | 20 | 12 | 3 | 0 - 4 | 0 - 4 | 0 - 4 | 5 - 1 | 4 -0 |
| 212 | 20 | 12 | 3 | 0 - 4 | 0 - 4 | 0 - 4 | 5 - 1 | 4 -0 |
| 113 | 20 | 13 | 3 | 0 - 3 | 0 - 3 | 0 - 3 | 4 - 1 | 3 - 0 |
| 213 | 20 | 13 | 3 | 0 - 3 | 0 - 3 | 0 - 3 | 4 - 1 | 3 - 0 |
| 114 | 20 | 14 | 3 | 0 - 2 | 0 - 2 | 0 - 2 | 3 - 1 | 2 - 0 |
| 214 | 20 | 14 | 3 | 0 - 2 | 0 - 2 | 0 - 2 | 3 - 1 | 2 - 0 |
| 115 | 20 | 15 | 3 | 0 - 1 | 0 - 1 | 0 - 1 | 2 - 1 | 1 - 0 |
| 215 | 20 | 15 | 3 | 0 - 1 | 0 - 1 | 0 - 1 | 2 - 1 | 1 - 0 |
| 116 | 20 | 16 | 3 | 0 | 0 | 0 | 1 | 0 |
| 216 | 20 | 16 | 3 | 0 | 0 | 0 | 1 | 0 |
Note: (1) CUoD and CIU may be used to increase the number of ICFs on the model 100 to a miximum of 10.
Customer Setup (CSU)
None.
Devices Supported
For the appropriate peripheral hardware and device attachments, contact your IBM representative.
IBM devices previously attached to IBM S/370 or S/390 systems are supported for attachment to zSeries 900 Server channels, unless noted. The subject I/O devices must meet OEMI or ESCON architecture requirements to be supported. Prerequisite Engineering Change Levels may be required. For further details, contact IBM service personnel.
Note: IBM cannot confirm the accuracy of performance, compatibility, or any other claims related to non-IBM products. Questions regarding the capabilities of non-IBM products should be addressed to the suppliers of those products.
Model Conversions
Model Conversion From To Processor Description ---- ---- ---------------------- 9672 G5 R06 to 2064 z900, Models 100-116, 1C1-1C9
R06 100 R06 to CF R06 101 R06 to One-Way R06 102 R06 to Two-way R06 103 R06 to Three-way R06 104 R06 to Four-way R06 105 R06 to Five-way R06 106 R06 to Six-way R06 107 R06 to Seven-way R06 108 R06 to Eight-way R06 109 R06 to Nine-way R06 110 R06 to Ten-way R06 111 R06 to Eleven-way R06 112 R06 to Twelve-way R06 113 R06 to Thirteen-way R06 114 R06 to Fourteen-way R06 115 R06 to Fifteen-way R06 116 R06 to Sixteen-way R06 1C1 R06 to One-way R06 1C2 R06 to Two-way R06 1C3 R06 to Three-way R06 1C4 R06 to Four-way R06 1C5 R06 to Five-way R06 1C6 R06 to Six-way R06 1C7 R06 to Seven-way R06 1C8 R06 to Eight-way R06 1C9 R06 to Nine-way R06 210 R06 to Ten-way R06 211 R06 to Eleven-way R06 212 R06 to Twelve-way R06 213 R06 to Thirteen-way R06 214 R06 to Fourteen-way R06 215 R06 to Fifteen-way R06 216 R06 to Sixteen-way R06 2C1 R06 to One-way R06 2C2 R06 to Two-way R06 2C3 R06 to Three-way R06 2C4 R06 to Four-way R06 2C5 R06 to Five-way R06 2C6 R06 to Six-way R06 2C7 R06 to Seven-way R06 2C8 R06 to Eight-way R06 2C9 R06 to Nine-way
9672 G5 to 2064 z900, Models 101-116, 1C1-1C9
From To Processor Description ---- ---- ---------------------- RA6 101 (1) One-way to One-way RA6 102 One-way to Two-way RA6 103 One-way to Three-way RA6 104 One-way to Four-way RA6 105 One-way to Five-way RA6 106 One-way to Six-way RA6 107 One-way to Seven-way RA6 108 One-way to Eight-way RA6 109 One-way to Nine-way RA6 110 One-way to Ten-way RA6 111 One-way to Eleven-way RA6 112 One-way to Twelve-way RA6 113 One-way to Thirteen-way RA6 114 One-way to Fourteen-way RA6 115 One-way to Fifteen-way RA6 116 One-way to Sixteen-way RA6 1C1 (1) One-way to One-way RA6 1C2 One-way to Two-way RA6 1C3 One-way to Three-way RA6 1C4 One-way to Four-way RA6 1C5 One-way to Five-way RA6 1C6 One-way to Six-way RA6 1C7 One-way to Seven-way RA6 1C8 One-way to Eight-way RA6 1C9 One-way to Nine-way RA6 210 One-way to Ten-way RA6 211 One-way to Eleven-way RA6 212 One-way to Twelve-way RA6 213 One-way to Thirteen-way RA6 214 One-way to Fourteen-way RA6 215 One-way to Fifteen-way RA6 216 One-way to Sixteen-way RA6 2C1 One-way to One-way RA6 2C2 One-way to Two-way RA6 2C3 One-way to Three-way RA6 2C4 One-way to Four-way RA6 2C5 One-way to Five-way RA6 2C6 One-way to Six-way RA6 2C7 One-way to Seven-way RA6 2C8 One-way to Eight-way RA6 2C9 One-way to Nine-way R16 101 (1) One-way to One-way R16 102 One-way to Two-way R16 103 One-way to Three-way R16 104 One-way to Four-way R16 105 One-way to Five-way R16 106 One-way to Six-way R16 107 One-way to Seven-way R16 108 One-way to Eight-way R16 109 One-way to Nine-way R16 110 One-way to Ten-way R16 111 One-way to Eleven-way R16 112 One-way to Twelve-way R16 113 One-way to Thirteen-way R16 114 One-way to Fourteen-way R16 115 One-way to Fifteen-way R16 116 One-way to Sixteen-way R16 1C1 (1) One-way to One-way R16 1C2 One-way to Two-way R16 1C3 One-way to Three-way R16 1C4 One-way to Four-way R16 1C5 One-way to Five-way R16 1C6 One-way to Six-way R16 1C7 One-way to Seven-way R16 1C8 One-way to Eight-way R16 1C9 One-way to Nine-way R16 210 One-way to Ten-way R16 211 One-way to Eleven-way R16 212 One-way to Twelve-way R16 213 One-way to Thirteen-way R16 214 One-way to Fourteen-way R16 215 One-way to Fifteen-way R16 216 One-way to Sixteen-way R16 2C1 One-way to One-way R16 2C2 One-way to Two-way R16 2C3 One-way to Three-way R16 2C4 One-way to Four-way R16 2C5 One-way to Five-way R16 2C6 One-way to Six-way R16 2C7 One-way to Seven-way R16 2C8 One-way to Eight-way R16 2C9 One-way to Nine-way T16 101 (1) One-way to One-way T16 102 One-way to Two-way T16 103 One-way to Three-way T16 104 One-way to Four-way T16 105 One-way to Five-way T16 106 One-way to Six-way T16 107 One-way to Seven-way T16 108 One-way to Eight-way T16 109 One-way to Nine-way T16 110 One-way to Ten-way T16 111 One-way to Eleven-way T16 112 One-way to Twelve-way T16 113 One-way to Thirteen-way T16 114 One-way to Fourteen-way T16 115 One-way to Fifteen-way T16 116 One-way to Sixteen-way T16 1C1 (1) One-way to One-way T16 1C2 One-way to Two-way T16 1C3 One-way to Three-way T16 1C4 One-way to Four-way T16 1C5 One-way to Five-way T16 1C6 One-way to Six-way T16 1C7 One-way to Seven-way T16 1C8 One-way to Eight-way T16 1C9 One-way to Nine-way T16 210 One-way to Ten-way T16 211 One-way to Eleven-way T16 212 One-way to Twelve-way T16 213 One-way to Thirteen-way T16 214 One-way to Fourteen-way T16 215 One-way to Fifteen-way T16 216 One-way to Sixteen-way T16 2C1 One-way to One-way T16 2C2 One-way to Two-way T16 2C3 One-way to Three-way T16 2C4 One-way to Four-way T16 2C5 One-way to Five-way T16 2C6 One-way to Six-way T16 2C7 One-way to Seven-way T16 2C8 One-way to Eight-way T16 2C9 One-way to Nine-way Y16 101 (1) One-way to One-way Y16 102 One-way to Two-way Y16 103 One-way to Three-way Y16 104 One-way to Four-way Y16 105 One-way to Five-way Y16 106 One-way to Six-way Y16 107 One-way to Seven-way Y16 108 One-way to Eight-way Y16 109 One-way to Nine-way Y16 110 One-way to Ten-way Y16 111 One-way to Eleven-way Y16 112 One-way to Twelve-way Y16 113 One-way to Thirteen-way Y16 114 One-way to Fourteen-way Y16 115 One-way to Fifteen-way Y16 116 One-way to Sixteen-way Y16 1C1 (1) One-way to One-way Y16 1C2 One-way to Two-way Y16 1C3 One-way to Three-way Y16 1C4 One-way to Four-way Y16 1C5 One-way to Five-way Y16 1C6 One-way to Six-way Y16 1C7 One-way to Seven-way Y16 1C8 One-way to Eight-way Y16 1C9 One-way to Nine-way Y16 210 One-way to Ten-way Y16 211 One-way to Eleven-way Y16 212 One-way to Twelve-way Y16 213 One-way to Thirteen-way Y16 214 One-way to Fourteen-way Y16 215 One-way to Fifteen-way Y16 216 One-way to Sixteen-way Y16 2C1 One-way to One-way Y16 2C2 One-way to Two-way Y16 2C3 One-way to Three-way Y16 2C4 One-way to Four-way Y16 2C5 One-way to Five-way Y16 2C6 One-way to Six-way Y16 2C7 One-way to Seven-way Y16 2C8 One-way to Eight-way Y16 2C9 One-way to Nine-way RB6 101 (1) Two-way to One-way RB6 102 (1) Two-way to Two-way RB6 103 Two-way to Three-way RB6 104 Two-way to Four-way RB6 105 Two-way to Five-way RB6 106 Two-way to Six-way RB6 107 Two-way to Seven-way RB6 108 Two-way to Eight-way RB6 109 Two-way to Nine-way RB6 110 Two-way to Ten-way RB6 111 Two-way to Eleven-way RB6 112 Two-way to Twelve-way RB6 113 Two-way to Thirteen-way RB6 114 Two-way to Fourteen-way RB6 115 Two-way to Fifteen-way RB6 116 Two-way to Sixteen-way RB6 1C1 (1) Two-way to One-way RB6 1C2 (1) Two-way to Two-way RB6 1C3 Two-way to Three-way RB6 1C4 Two-way to Four-way RB6 1C5 Two-way to Five-way RB6 1C6 Two-way to Six-way RB6 1C7 Two-way to Seven-way RB6 1C8 Two-way to Eight-way RB6 1C9 Two-way to Nine-way RB6 210 Two-way to Ten-way RB6 211 Two-way to Eleven-way RB6 212 Two-way to Twelve-way RB6 213 Two-way to Thirteen-way RB6 214 Two-way to Fourteen-way RB6 215 Two-way to Fifteen-way RB6 216 Two-way to Sixteen-way RB6 2C1 Two-way to One-way RB6 2C2 Two-way to Two-way RB6 2C3 Two-way to Three-way RB6 2C4 Two-way to Four-way RB6 2C5 Two-way to Five-way RB6 2C6 Two-way to Six-way RB6 2C7 Two-way to Seven-way RB6 2C8 Two-way to Eight-way RB6 2C9 Two-way to Nine-way R26 101 (1) Two-way to One-way R26 102 (1) Two-way to Two-way R26 103 Two-way to Three-way R26 104 Two-way to Four-way R26 105 Two-way to Five-way R26 106 Two-way to Six-way R26 107 Two-way to Seven-way R26 108 Two-way to Eight-way R26 109 Two-way to Nine-way R26 110 Two-way to Ten-way R26 111 Two-way to Eleven-way R26 112 Two-way to Twelve-way R26 113 Two-way to Thirteen-way R26 114 Two-way to Fourteen-way R26 115 Two-way to Fifteen-way R26 116 Two-way to Sixteen-way R26 1C1 (1) Two-way to One-way R26 1C2 (1) Two-way to Two-way R26 1C3 Two-way to Three-way R26 1C4 Two-way to Four-way R26 1C5 Two-way to Five-way R26 1C6 Two-way to Six-way R26 1C7 Two-way to Seven-way R26 1C8 Two-way to Eight-way R26 1C9 Two-way to Nine-way R26 210 Two-way to Ten-way R26 211 Two-way to Eleven-way R26 212 Two-way to Twelve-way R26 213 Two-way to Thirteen-way R26 214 Two-way to Fourteen-way R26 215 Two-way to Fifteen-way R26 216 Two-way to Sixteen-way R26 2C1 Two-way to One-way R26 2C2 Two-way to Two-way R26 2C3 Two-way to Three-way R26 2C4 Two-way to Four-way R26 2C5 Two-way to Five-way R26 2C6 Two-way to Six-way R26 2C7 Two-way to Seven-way R26 2C8 Two-way to Eight-way R26 2C9 Two-way to Nine-way T26 101 (1) Two-way to One-way T26 102 (1) Two-way to Two-way T26 103 Two-way to Three-way T26 104 Two-way to Four-way T26 105 Two-way to Five-way T26 106 Two-way to Six-way T26 107 Two-way to Seven-way T26 108 Two-way to Eight-way T26 109 Two-way to Nine-way T26 110 Two-way to Ten-way T26 111 Two-way to Eleven-way T26 112 Two-way to Twelve-way T26 113 Two-way to Thirteen-way T26 114 Two-way to Fourteen-way T26 115 Two-way to Fifteen-way T26 116 Two-way to Sixteen-way T26 1C1 (1) Two-way to One-way T26 1C2 (1) Two-way to Two-way T26 1C3 Two-way to Three-way T26 1C4 Two-way to Four-way T26 1C5 Two-way to Five-way T26 1C6 Two-way to Six-way T26 1C7 Two-way to Seven-way T26 1C8 Two-way to Eight-way T26 1C9 Two-way to Nine-way T26 210 Two-way to Ten-way T26 211 Two-way to Eleven-way T26 212 Two-way to Twelve-way T26 213 Two-way to Thirteen-way T26 214 Two-way to Fourteen-way T26 215 Two-way to Fifteen-way T26 216 Two-way to Sixteen-way T26 2C1 Two-way to One-way T26 2C2 Two-way to Two-way T26 2C3 Two-way to Three-way T26 2C4 Two-way to Four-way T26 2C5 Two-way to Five-way T26 2C6 Two-way to Six-way T26 2C7 Two-way to Seven-way T26 2C8 Two-way to Eight-way T26 2C9 Two-way to Nine-way Y26 102 (1) Two-way to Two-way Y26 103 Two-way to Three-way Y26 104 Two-way to Four-way Y26 105 Two-way to Five-way Y26 106 Two-way to Six-way Y26 107 Two-way to Seven-way Y26 108 Two-way to Eight-way Y26 109 Two-way to Nine-way Y26 110 Two-way to Ten-way Y26 111 Two-way to Eleven-way Y26 112 Two-way to Twelve-way Y26 113 Two-way to Thirteen-way Y26 114 Two-way to Fourteen-way Y26 115 Two-way to Fifteen-way Y26 116 Two-way to Sixteen-way Y26 1C2 (1) Two-way to Two-way Y26 1C3 Two-way to Three-way Y26 1C4 Two-way to Four-way Y26 1C5 Two-way to Five-way Y26 1C6 Two-way to Six-way Y26 1C7 Two-way to Seven-way Y26 1C8 Two-way to Eight-way Y26 1C9 Two-way to Nine-way Y26 210 Two-way to Ten-way Y26 211 Two-way to Eleven-way Y26 212 Two-way to Twelve-way Y26 213 Two-way to Thirteen-way Y26 214 Two-way to Fourteen-way Y26 215 Two-way to Fifteen-way Y26 216 Two-way to Sixteen-way Y26 2C2 Two-way to Two-way Y26 2C3 Two-way to Three-way Y26 2C4 Two-way to Four-way Y26 2C5 Two-way to Five-way Y26 2C6 Two-way to Six-way Y26 2C7 Two-way to Seven-way Y26 2C8 Two-way to Eight-way Y26 2C9 Two-way to Nine-way RC6 102 (1) Three-way to Two-way RC6 103 Three-way to Three-way RC6 104 Three-way to Four-way RC6 105 Three-way to Five-way RC6 106 Three-way to Six-way RC6 107 Three-way to Seven-way RC6 108 Three-way to Eight-way RC6 109 Three-way to Nine-way RC6 110 Three-way to Ten-way RC6 111 Three-way to Eleven-way RC6 112 Three-way to Twelve-way RC6 113 Three-way to Thirteen-way RC6 114 Three-way to Fourteen-way RC6 115 Three-way to Fifteen-way RC6 116 Three-way to Sixteen-way RC6 1C2 (1) Three-way to Two-way RC6 1C3 Three-way to Three-way RC6 1C4 Three-way to Four-way RC6 1C5 Three-way to Five-way RC6 1C6 Three-way to Six-way RC6 1C7 Three-way to Seven-way RC6 1C8 Three-way to Eight-way RC6 1C9 Three-way to Nine-way RC6 210 Three-way to Ten-way RC6 211 Three-way to Eleven-way RC6 212 Three-way to Twelve-way RC6 213 Three-way to Thirteen-way RC6 214 Three-way to Fourteen-way RC6 215 Three-way to Fifteen-way RC6 216 Three-way to Sixteen-way RC6 2C2 Three-way to Two-way RC6 2C3 Three-way to Three-way RC6 2C4 Three-way to Four-way RC6 2C5 Three-way to Five-way RC6 2C6 Three-way to Six-way RC6 2C7 Three-way to Seven-way RC6 2C8 Three-way to Eight-way RC6 2C9 Three-way to Nine-way R36 102 (1) Three-way to Two-way R36 103 Three-way to Three-way R36 104 Three-way to Four-way R36 105 Three-way to Five-way R36 106 Three-way to Six-way R36 107 Three-way to Seven-way R36 108 Three-way to Eight-way R36 109 Three-way to Nine-way R36 110 Three-way to Ten-way R36 111 Three-way to Eleven-way R36 112 Three-way to Twelve-way R36 113 Three-way to Thirteen-way R36 114 Three-way to Fourteen-way R36 115 Three-way to Fifteen-way R36 116 Three-way to Sixteen-way R36 1C2 (1) Three-way to Two-way R36 1C3 Three-way to Three-way R36 1C4 Three-way to Four-way R36 1C5 Three-way to Five-way R36 1C6 Three-way to Six-way R36 1C7 Three-way to Seven-way R36 1C8 Three-way to Eight-way R36 1C9 Three-way to Nine-way R36 210 Three-way to Ten-way R36 211 Three-way to Eleven-way R36 212 Three-way to Twelve-way R36 213 Three-way to Thirteen-way R36 214 Three-way to Fourteen-way R36 215 Three-way to Fifteen-way R36 216 Three-way to Sixteen-way R36 2C2 Three-way to Two-way R36 2C3 Three-way to Three-way R36 2C4 Three-way to Four-way R36 2C5 Three-way to Five-way R36 2C6 Three-way to Six-way R36 2C7 Three-way to Seven-way R36 2C8 Three-way to Eight-way R36 2C9 Three-way to Nine-way Y36 102 (1) Three-way to Two-way Y36 103 (1) Three-way to Three-way Y36 104 Three-way to Four-way Y36 105 Three-way to Five-way Y36 106 Three-way to Six-way Y36 107 Three-way to Seven-way Y36 108 Three-way to Eight-way Y36 109 Three-way to Nine-way Y36 110 Three-way to Ten-way Y36 111 Three-way to Eleven-way Y36 112 Three-way to Twelve-way Y36 113 Three-way to Thirteen-way Y36 114 Three-way to Fourteen-way Y36 115 Three-way to Fifteen-way Y36 116 Three-way to Sixteen-way Y36 1C2 (1) Three-way to Two-way Y36 1C3 (1) Three-way to Three-way Y36 1C4 Three-way to Four-way Y36 1C5 Three-way to Five-way Y36 1C6 Three-way to Six-way Y36 1C7 Three-way to Seven-way Y36 1C8 Three-way to Eight-way Y36 1C9 Three-way to Nine-way Y36 210 Three-way to Ten-way Y36 211 Three-way to Eleven-way Y36 212 Three-way to Twelve-way Y36 213 Three-way to Thirteen-way Y36 214 Three-way to Fourteen-way Y36 215 Three-way to Fifteen-way Y36 216 Three-way to Sixteen-way Y36 2C2 Three-way to Two-way Y36 2C3 Three-way to Three-way Y36 2C4 Three-way to Four-way Y36 2C5 Three-way to Five-way Y36 2C6 Three-way to Six-way Y36 2C7 Three-way to Seven-way Y36 2C8 Three-way to Eight-way Y36 2C9 Three-way to Nine-way RD6 102 (1) Four-way to Two-way RD6 103 (1) Four-way to Three-way RD6 104 Four-way to Four-way RD6 105 Four-way to Five-way RD6 106 Four-way to Six-way RD6 107 Four-way to Seven-way RD6 108 Four-way to Eight-way RD6 109 Four-way to Nine-way RD6 110 Four-way to Ten-way RD6 111 Four-way to Eleven-way RD6 112 Four-way to Twelve-way RD6 113 Four-way to Thirteen-way RD6 114 Four-way to Fourteen-way RD6 115 Four-way to Fifteen-way RD6 116 Four-way to Sixteen-way RD6 1C2 (1) Four-way to Two-way RD6 1C3 (1) Four-way to Three-way RD6 1C4 Four-way to Four-way RD6 1C5 Four-way to Five-way RD6 1C6 Four-way to Six-way RD6 1C7 Four-way to Seven-way RD6 1C8 Four-way to Eight-way RD6 1C9 Four-way to Nine-way RD6 210 Four-way to Ten-way RD6 211 Four-way to Eleven-way RD6 212 Four-way to Twelve-way RD6 213 Four-way to Thirteen-way RD6 214 Four-way to Fourteen-way RD6 215 Four-way to Fifteen-way RD6 216 Four-way to Sixteen-way RD6 2C2 Four-way to Two-way RD6 2C3 Four-way to Three-way RD6 2C4 Four-way to Four-way RD6 2C5 Four-way to Five-way RD6 2C6 Four-way to Six-way RD6 2C7 Four-way to Seven-way RD6 2C8 Four-way to Eight-way RD6 2C9 Four-way to Nine-way R46 102 (1) Four-way to Two-way R46 103 (1) Four-way to Three-way R46 104 Four-way to Four-way R46 105 Four-way to Five-way R46 106 Four-way to Six-way R46 107 Four-way to Seven-way R46 108 Four-way to Eight-way R46 109 Four-way to Nine-way R46 110 Four-way to Ten-way R46 111 Four-way to Eleven-way R46 112 Four-way to Twelve-way R46 113 Four-way to Thirteen-way R46 114 Four-way to Fourteen-way R46 115 Four-way to Fifteen-way R46 116 Four-way to Sixteen-way R46 1C2 (1) Four-way to Two-way R46 1C3 (1) Four-way to Three-way R46 1C4 Four-way to Four-way R46 1C5 Four-way to Five-way R46 1C6 Four-way to Six-way R46 1C7 Four-way to Seven-way R46 1C8 Four-way to Eight-way R46 1C9 Four-way to Nine-way R46 210 Four-way to Ten-way R46 211 Four-way to Eleven-way R46 212 Four-way to Twelve-way R46 213 Four-way to Thirteen-way R46 214 Four-way to Fourteen-way R46 215 Four-way to Fifteen-way R46 216 Four-way to Sixteen-way R46 2C2 Four-way to Two-way R46 2C3 Four-way to Three-way R46 2C4 Four-way to Four-way R46 2C5 Four-way to Five-way R46 2C6 Four-way to Six-way R46 2C7 Four-way to Seven-way R46 2C8 Four-way to Eight-way R46 2C9 Four-way to Nine-way Y46 103 (1) Four-way to Three-way Y46 104 Four-way to Four-way Y46 105 Four-way to Five-way Y46 106 Four-way to Six-way Y46 107 Four-way to Seven-way Y46 108 Four-way to Eight-way Y46 109 Four-way to Nine-way Y46 110 Four-way to Ten-way Y46 111 Four-way to Eleven-way Y46 112 Four-way to Twelve-way Y46 113 Four-way to Thirteen-way Y46 114 Four-way to Fourteen-way Y46 115 Four-way to Fifteen-way Y46 116 Four-way to Sixteen-way Y46 1C3 (1) Four-way to Three-way Y46 1C4 Four-way to Four-way Y46 1C5 Four-way to Five-way Y46 1C6 Four-way to Six-way Y46 1C7 Four-way to Seven-way Y46 1C8 Four-way to Eight-way Y46 1C9 Four-way to Nine-way Y46 210 Four-way to Ten-way Y46 211 Four-way to Eleven-way Y46 212 Four-way to Twelve-way Y46 213 Four-way to Thirteen-way Y46 214 Four-way to Fourteen-way Y46 215 Four-way to Fifteen-way Y46 216 Four-way to Sixteen-way Y46 2C3 Four-way to Three-way Y46 2C4 Four-way to Four-way Y46 2C5 Four-way to Five-way Y46 2C6 Four-way to Six-way Y46 2C7 Four-way to Seven-way Y46 2C8 Four-way to Eight-way Y46 2C9 Four-way to Nine-way R56 103 (1) Five-way to Three-way R56 2C2 Four-way to Two-way R56 104 Five-way to Four-way R56 105 Five-way to Five-way R56 106 Five-way to Six-way R56 107 Five-way to Seven-way R56 108 Five-way to Eight-way R56 109 Five-way to Nine-way R56 110 Five-way to Ten-way R56 111 Five-way to Eleven-way R56 112 Five-way to Twelve-way R56 113 Five-way to Thirteen-way R56 114 Five-way to Fourteen-way R56 115 Five-way to Fifteen-way R56 116 Five-way to Sixteen-way R56 1C3 (1) Five-way to Three-way R56 1C4 Five-way to Four-way R56 1C5 Five-way to Five-way R56 1C6 Five-way to Six-way R56 1C7 Five-way to Seven-way R56 1C8 Five-way to Eight-way R56 1C9 Five-way to Nine-way R56 210 Five-way to Ten-way R56 211 Five-way to Eleven-way R56 212 Five-way to Twelve-way R56 213 Five-way to Thirteen-way R56 214 Five-way to Fourteen-way R56 215 Five-way to Fifteen-way R56 216 Five-way to Sixteen-way R56 2C3 Five-way to Three-way R56 2C4 Five-way to Four-way R56 2C5 Five-way to Five-way R56 2C6 Five-way to Six-way R56 2C7 Five-way to Seven-way R56 2C8 Five-way to Eight-way R56 2C9 Five-way to Nine-way Y56 104 (1) Five-way to Four-way Y56 105 Five-way to Five-way Y56 106 Five-way to Six-way Y56 107 Five-way to Seven-way Y56 108 Five-way to Eight-way Y56 109 Five-way to Nine-way Y56 110 Five-way to Ten-way Y56 111 Five-way to Eleven-way Y56 112 Five-way to Twelve-way Y56 113 Five-way to Thirteen-way Y56 114 Five-way to Fourteen-way Y56 115 Five-way to Fifteen-way Y56 116 Five-way to Sixteen-way Y56 1C4 (1) Five-way to Four-way Y56 1C5 Five-way to Five-way Y56 1C6 Five-way to Six-way Y56 1C7 Five-way to Seven-way Y56 1C8 Five-way to Eight-way Y56 1C9 Five-way to Nine-way Y56 210 Five-way to Ten-way Y56 211 Five-way to Eleven-way Y56 212 Five-way to Twelve-way Y56 213 Five-way to Thirteen-way Y56 214 Five-way to Fourteen-way Y56 215 Five-way to Fifteen-way Y56 216 Five-way to Sixteen-way Y56 2C3 Five-way to Three-way Y56 2C4 Five-way to Four-way Y56 2C5 Five-way to Five-way Y56 2C6 Five-way to Six-way Y56 2C7 Five-way to Seven-way Y56 2C8 Five-way to Eight-way Y56 2C9 Five-way to Nine-way R66 103 (1) Six-way to Three-way R66 104 (1) Six-way to Four-way R66 105 Six-way to Five-way R66 106 Six-way to Six-way R66 107 Six-way to Seven-way R66 108 Six-way to Eight-way R66 109 Six-way to Nine-way R66 110 Six-way to Ten-way R66 111 Six-way to Eleven-way R66 112 Six-way to Twelve-way R66 113 Six-way to Thirteen-way R66 114 Six-way to Fourteen-way R66 115 Six-way to Fifteen-way R66 116 Six-way to Sixteen-way R66 1C3 (1) Six-way to Three-way R66 1C4 (1) Six-way to Four-way R66 1C5 Six-way to Five-way R66 1C6 Six-way to Six-way R66 1C7 Six-way to Seven-way R66 1C8 Six-way to Eight-way R66 1C9 Six-way to Nine-way R66 210 Six-way to Ten-way R66 211 Six-way to Eleven-way R66 212 Six-way to Twelve-way R66 213 Six-way to Thirteen-way R66 214 Six-way to Fourteen-way R66 215 Six-way to Fifteen-way R66 216 Six-way to Sixteen-way R66 2C3 Six-way to Three-way R66 2C4 Six-way to Four-way R66 2C5 Six-way to Five-way R66 2C6 Six-way to Six-way R66 2C7 Six-way to Seven-way R66 2C8 Six-way to Eight-way R66 2C9 Six-way to Nine-way Y66 104 (1) Six-way to Four-way Y66 105 (1) Six-way to Five-way Y66 106 Six-way to Six-way Y66 107 Six-way to Seven-way Y66 108 Six-way to Eight-way Y66 109 Six-way to Nine-way Y66 110 Six-way to Ten-way Y66 111 Six-way to Eleven-way Y66 112 Six-way to Twelve-way Y66 113 Six-way to Thirteen-way Y66 114 Six-way to Fourteen-way Y66 115 Six-way to Fifteen-way Y66 116 Six-way to Sixteen-way Y66 1C4 (1) Six-way to Four-way Y66 1C5 (1) Six-way to Five-way Y66 1C6 Six-way to Six-way Y66 1C7 Six-way to Seven-way Y66 1C8 Six-way to Eight-way Y66 1C9 Six-way to Nine-way Y66 210 Six-way to Ten-way Y66 211 Six-way to Eleven-way Y66 212 Six-way to Twelve-way Y66 213 Six-way to Thirteen-way Y66 214 Six-way to Fourteen-way Y66 215 Six-way to Fifteen-way Y66 216 Six-way to Sixteen-way Y66 2C3 Six-way to Three-way Y66 2C4 Six-way to Four-way Y66 2C5 Six-way to Five-way Y66 2C6 Six-way to Six-way Y66 2C7 Six-way to Seven-way Y66 2C8 Six-way to Eight-way Y66 2C9 Six-way to Nine-way R76 104 (1) Seven-way to Four-way R76 105 Seven-way to Five-way R76 106 Seven-way to Six-way R76 107 Seven-way to Seven-way R76 108 Seven-way to Eight-way R76 109 Seven-way to Nine-way R76 110 Seven-way to Ten-way R76 111 Seven-way to Eleven-way R76 112 Seven-way to Twelve-way R76 113 Seven-way to Thirteen-way R76 114 Seven-way to Fourteen-way R76 115 Seven-way to Fifteen-way R76 116 Seven-way to Sixteen-way R76 1C4 (1) Seven-way to Four-way R76 1C5 Seven-way to Five-way R76 1C6 Seven-way to Six-way R76 1C7 Seven-way to Seven-way R76 1C8 Seven-way to Eight-way R76 1C9 Seven-way to Nine-way R76 210 Seven-way to Ten-way R76 211 Seven-way to Eleven-way R76 212 Seven-way to Twelve-way R76 213 Seven-way to Thirteen-way R76 214 Seven-way to Fourteen-way R76 215 Seven-way to Fifteen-way R76 216 Seven-way to Sixteen-way R76 2C3 Seven-way to Three-way R76 2C4 Seven-way to Four-way R76 2C5 Seven-way to Five-way R76 2C6 Seven-way to Six-way R76 2C7 Seven-way to Seven-way R76 2C8 Seven-way to Eight-way R76 2C9 Seven-way to Nine-way Y76 105 (1) Seven-way to Five-way Y76 106 Seven-way to Six-way Y76 107 Seven-way to Seven-way Y76 108 Seven-way to Eight-way Y76 109 Seven-way to Nine-way Y76 110 Seven-way to Ten-way Y76 111 Seven-way to Eleven-way Y76 112 Seven-way to Twelve-way Y76 113 Seven-way to Thirteen-way Y76 114 Seven-way to Fourteen-way Y76 115 Seven-way to Fifteen-way Y76 116 Seven-way to Sixteen-way Y76 1C5 (1) Seven-way to Five-way Y76 1C6 Seven-way to Six-way Y76 1C7 Seven-way to Seven-way Y76 1C8 Seven-way to Eight-way Y76 1C9 Seven-way to Nine-way Y76 210 Seven-way to Ten-way Y76 211 Seven-way to Eleven-way Y76 212 Seven-way to Twelve-way Y76 213 Seven-way to Thirteen-way Y76 214 Seven-way to Fourteen-way Y76 215 Seven-way to Fifteen-way Y76 216 Seven-way to Sixteen-way Y76 2C4 Seven-way to Four-way Y76 2C5 Seven-way to Five-way Y76 2C6 Seven-way to Six-way Y76 2C7 Seven-way to Seven-way Y76 2C8 Seven-way to Eight-way Y76 2C9 Seven-way to Nine-way R86 104 (1) Eight-way to Four-way R86 105 (1) Eight-way to Five-way R86 106 Eight-way to Six-way R86 107 Eight-way to Seven-way R86 108 Eight-way to Eight-way R86 109 Eight-way to Nine-way R86 110 Eight-way to Ten-way R86 111 Eight-way to Eleven-way R86 112 Eight-way to Twelve-way R86 113 Eight-way to Thirteen-way R86 114 Eight-way to Fourteen-way R86 115 Eight-way to Fifteen-way R86 116 Eight-way to Sixteen-way R86 1C4 (1) Eight-way to Four-way R86 1C5 (1) Eight-way to Five-way R86 1C6 Eight-way to Six-way R86 1C7 Eight-way to Seven-way R86 1C8 Eight-way to Eight-way R86 1C9 Eight-way to Nine-way R86 210 Eight-way to Ten-way R86 211 Eight-way to Eleven-way R86 212 Eight-way to Twelve-way R86 213 Eight-way to Thirteen-way R86 214 Eight-way to Fourteen-way R86 215 Eight-way to Fifteen-way R86 216 Eight-way to Sixteen-way R86 2C4 Eight-way to Four-way R86 2C5 Eight-way to Five-way R86 2C6 Eight-way to Six-way R86 2C7 Eight-way to Seven-way R86 2C8 Eight-way to Eight-way R86 2C9 Eight-way to Nine-way Y86 105 (1) Eight-way to Five-way Y86 106 (1) Eight-way to Six-way Y86 107 Eight-way to Seven-way Y86 108 Eight-way to Eight-way Y86 109 Eight-way to Nine-way Y86 110 Eight-way to Ten-way Y86 111 Eight-way to Eleven-way Y86 112 Eight-way to Twelve-way Y86 113 Eight-way to Thirteen-way Y86 114 Eight-way to Fourteen-way Y86 115 Eight-way to Fifteen-way Y86 116 Eight-way to Sixteen-way Y86 1C5 (1) Eight-way to Five-way Y86 1C6 (1) Eight-way to Six-way Y86 1C7 Eight-way to Seven-way Y86 1C8 Eight-way to Eight-way Y86 1C9 Eight-way to Nine-way Y86 210 Eight-way to Ten-way Y86 211 Eight-way to Eleven-way Y86 212 Eight-way to Twelve-way Y86 213 Eight-way to Thirteen-way Y86 214 Eight-way to Fourteen-way Y86 215 Eight-way to Fifteen-way Y86 216 Eight-way to Sixteen-way Y86 2C4 Eight-way to Four-way Y86 2C5 Eight-way to Five-way Y86 2C6 Eight-way to Six-way Y86 2C7 Eight-way to Seven-way Y86 2C8 Eight-way to Eight-way Y86 2C9 Eight-way to Nine-way R96 105 (1) Nine-way to Five-way R96 106 Nine-way to Six-way R96 107 Nine-way to Seven-way R96 108 Nine-way to Eight-way R96 109 Nine-way to Nine-way R96 110 Nine-way to Ten-way R96 111 Nine-way to Eleven-way R96 112 Nine-way to Twelve-way R96 113 Nine-way to Thirteen-way R96 114 Nine-way to Fourteen-way R96 115 Nine-way to Fifteen-way R96 116 Nine-way to Sixteen-way R96 1C5 (1) Nine-way to Five-way R96 1C6 Nine-way to Six-way R96 1C7 Nine-way to Seven-way R96 1C8 Nine-way to Eight-way R96 1C9 Nine-way to Nine-way R96 210 Nine-way to Ten-way R96 211 Nine-way to Eleven-way R96 212 Nine-way to Twelve-way R96 213 Nine-way to Thirteen-way R96 214 Nine-way to Fourteen-way R96 215 Nine-way to Fifteen-way R96 216 Nine-way to Sixteen-way R96 2C4 Nine-way to Four-way R96 2C5 Nine-way to Five-way R96 2C6 Nine-way to Six-way R96 2C7 Nine-way to Seven-way R96 2C8 Nine-way to Eight-way R96 2C9 Nine-way to Nine-way Y96 105 (1) Nine-way to Five-way Y96 106 (1) Nine-way to Six-way Y96 107 Nine-way to Seven-way Y96 108 Nine-way to Eight-way Y96 109 Nine-way to Nine-way Y96 110 Nine-way to Ten-way Y96 111 Nine-way to Eleven-way Y96 112 Nine-way to Twelve-way Y96 113 Nine-way to Thirteen-way Y96 114 Nine-way to Fourteen-way Y96 115 Nine-way to Fifteen-way Y96 116 Nine-way to Sixteen-way Y96 1C5 (1) Nine-way to Five-way Y96 1C6 (1) Nine-way to Six-way Y96 1C7 Nine-way to Seven-way Y96 1C8 Nine-way to Eight-way Y96 1C9 Nine-way to Nine-way Y96 210 Nine-way to Ten-way Y96 211 Nine-way to Eleven-way Y96 212 Nine-way to Twelve-way Y96 213 Nine-way to Thirteen-way Y96 214 Nine-way to Fourteen-way Y96 215 Nine-way to Fifteen-way Y96 216 Nine-way to Sixteen-way Y96 2C4 Nine-way to Four-way Y96 2C5 Nine-way to Five-way Y96 2C6 Nine-way to Six-way Y96 2C7 Nine-way to Seven-way Y96 2C8 Nine-way to Eight-way Y96 2C9 Nine-way to Nine-way RX6 105 (1) Ten-way to Five-way RX6 106 (1) Ten-way to Six-way RX6 107 Ten-way to Seven-way RX6 108 Ten-way to Eight-way RX6 109 Ten-way to Nine-way RX6 110 Ten-way to Ten-way RX6 111 Ten-way to Eleven-way RX6 112 Ten-way to Twelve-way RX6 113 Ten-way to Thirteen-way RX6 114 Ten-way to Fourteen-way RX6 115 Ten-way to Fifteen-way RX6 116 Ten-way to Sixteen-way RX6 1C5 (1) Ten-way to Five-way RX6 1C6 (1) Ten-way to Six-way RX6 1C7 Ten-way to Seven-way RX6 1C8 Ten-way to Eight-way RX6 1C9 Ten-way to Nine-way RX6 210 Ten-way to Ten-way RX6 211 Ten-way to Eleven-way RX6 212 Ten-way to Twelve-way RX6 213 Ten-way to Thirteen-way RX6 214 Ten-way to Fourteen-way RX6 215 Ten-way to Fifteen-way RX6 216 Ten-way to Sixteen-way RX6 2C4 Ten-way to Four-way RX6 2C5 Ten-way to Five-way RX6 2C6 Ten-way to Six-way RX6 2C7 Ten-way to Seven-way RX6 2C8 Ten-way to Eight-way RX6 2C9 Ten-way to Nine-way YX6 106 (1) Ten-way to Six-way YX6 107 (1) Ten-way to Seven-way YX6 108 Ten-way to Eight-way YX6 109 Ten-way to Nine-way YX6 110 Ten-way to Ten-way YX6 111 Ten-way to Eleven-way YX6 112 Ten-way to Twelve-way YX6 113 Ten-way to Thirteen-way YX6 114 Ten-way to Fourteen-way YX6 115 Ten-way to Fifteen-way YX6 116 Ten-way to Sixteen-way YX6 1C6 (1) Ten-way to Six-way YX6 1C7 (1) Ten-way to Seven-way YX6 1C8 (1) Ten-way to Eight-way YX6 1C9 (1) Ten-way to Nine-way YX6 210 Ten-way to Ten-way YX6 211 Ten-way to Eleven-way YX6 212 Ten-way to Twelve-way YX6 213 Ten-way to Thirteen-way YX6 214 Ten-way to Fourteen-way YX6 215 Ten-way to Fifteen-way YX6 216 Ten-way to Sixteen-way YX6 2C5 Ten-way to Five-way YX6 2C6 Ten-way to Six-way YX6 2C7 Ten-way to Seven-way YX6 2C8 Ten-way to Eight-way YX6 2C9 Ten-way to Nine-way
Note: (1) A Special Bid Contract is required to order this model conversion.
9672 G6 to 2064 z900, Models 101-116, 1C1-1C9
From To Processor Description ---- ---- ---------------------- X17 101 (1) One-way to One-way X17 102 (1) One-way to Two-way X17 103 One-way to Three-way X17 104 One-way to Four-way X17 105 One-way to Five-way X17 106 One-way to Six-way X17 107 One-way to Seven-way X17 108 One-way to Eight-way X17 109 One-way to Nine-way X17 110 One-way to Ten-way X17 111 One-way to Eleven-way X17 112 One-way to Twelve-way X17 113 One-way to Thirteen-way X17 114 One-way to Fourteen-way X17 115 One-way to Fifteen-way X17 116 One-way to Sixteen-way X17 1C1 (1) One-way to One-way X17 1C2 (1) One-way to Two-way X17 1C3 One-way to Three-way X17 1C4 One-way to Four-way X17 1C5 One-way to Five-way X17 1C6 One-way to Six-way X17 1C7 One-way to Seven-way X17 1C8 One-way to Eight-way X17 1C9 One-way to Nine-way X17 210 One-way to Ten-way X17 211 One-way to Eleven-way X17 212 One-way to Twelve-way X17 213 One-way to Thirteen-way X17 214 One-way to Fourteen-way X17 215 One-way to Fifteen-way X17 216 One-way to Sixteen-way X17 2C1 One-way to One-way X17 2C2 One-way to Two-way X17 2C3 One-way to Three-way X17 2C4 One-way to Four-way X17 2C5 One-way to Five-way X17 2C6 One-way to Six-way X17 2C7 One-way to Seven-way X17 2C8 One-way to Eight-way X17 2C9 One-way to Nine-way Z17 101 (1) One-way to One-way Z17 102 (1) One-way to Two-way Z17 103 One-way to Three-way Z17 104 One-way to Four-way Z17 105 One-way to Five-way Z17 106 One-way to Six-way Z17 107 One-way to Seven-way Z17 108 One-way to Eight-way Z17 109 One-way to Nine-way Z17 110 One-way to Ten-way Z17 111 One-way to Eleven-way Z17 112 One-way to Twelve-way Z17 113 One-way to Thirteen-way Z17 114 One-way to Fourteen-way Z17 115 One-way to Fifteen-way Z17 116 One-way to Sixteen-way Z17 1C1 (1) One-way to One-way Z17 1C2 (1) One-way to Two-way Z17 1C3 One-way to Three-way Z17 1C4 One-way to Four-way Z17 1C5 One-way to Five-way Z17 1C6 One-way to Six-way Z17 1C7 One-way to Seven-way Z17 1C8 One-way to Eight-way Z17 1C9 One-way to Nine-way Z17 210 One-way to Ten-way Z17 211 One-way to Eleven-way Z17 212 One-way to Twelve-way Z17 213 One-way to Thirteen-way Z17 214 One-way to Fourteen-way Z17 215 One-way to Fifteen-way Z17 216 One-way to Sixteen-way Z17 2C1 One-way to One-way Z17 2C2 One-way to Two-way Z17 2C3 One-way to Three-way Z17 2C4 One-way to Four-way Z17 2C5 One-way to Five-way Z17 2C6 One-way to Six-way Z17 2C7 One-way to Seven-way Z17 2C8 One-way to Eight-way Z17 2C9 One-way to Nine-way X27 102 (1) Two-way to Two-way X27 103 Two-way to Three-way X27 104 Two-way to Four-way X27 105 Two-way to Five-way X27 106 Two-way to Six-way X27 107 Two-way to Seven-way X27 108 Two-way to Eight-way X27 109 Two-way to Nine-way X27 110 Two-way to Ten-way X27 111 Two-way to Eleven-way X27 112 Two-way to Twelve-way X27 113 Two-way to Thirteen-way X27 114 Two-way to Fourteen-way X27 115 Two-way to Fifteen-way X27 116 Two-way to Sixteen-way X27 1C2 (1) Two-way to Two-way X27 1C3 Two-way to Three-way X27 1C4 Two-way to Four-way X27 1C5 Two-way to Five-way X27 1C6 Two-way to Six-way X27 1C7 Two-way to Seven-way X27 1C8 Two-way to Eight-way X27 1C9 Two-way to Nine-way X27 210 Two-way to Ten-way X27 211 Two-way to Eleven-way X27 212 Two-way to Twelve-way X27 213 Two-way to Thirteen-way X27 214 Two-way to Fourteen-way X27 215 Two-way to Fifteen-way X27 216 Two-way to Sixteen-way X27 2C2 Two-way to Two-way X27 2C3 Two-way to Three-way X27 2C4 Two-way to Four-way X27 2C5 Two-way to Five-way X27 2C6 Two-way to Six-way X27 2C7 Two-way to Seven-way X27 2C8 Two-way to Eight-way X27 2C9 Two-way to Nine-way Z27 102 (1) Two-way to Two-way Z27 103 (1) Two-way to Three-way Z27 104 Two-way to Four-way Z27 105 Two-way to Five-way Z27 106 Two-way to Six-way Z27 107 Two-way to Seven-way Z27 108 Two-way to Eight-way Z27 109 Two-way to Nine-way Z27 110 Two-way to Ten-way Z27 111 Two-way to Eleven-way Z27 112 Two-way to Twelve-way Z27 113 Two-way to Thirteen-way Z27 114 Two-way to Fourteen-way Z27 115 Two-way to Fifteen-way Z27 116 Two-way to Sixteen-way Z27 1C2 (1) Two-way to Two-way Z27 1C3 (1) Two-way to Three-way Z27 1C4 Two-way to Four-way Z27 1C5 Two-way to Five-way Z27 1C6 Two-way to Six-way Z27 1C7 Two-way to Seven-way Z27 1C8 Two-way to Eight-way Z27 1C9 Two-way to Nine-way Z27 210 Two-way to Ten-way Z27 211 Two-way to Eleven-way Z27 212 Two-way to Twelve-way Z27 213 Two-way to Thirteen-way Z27 214 Two-way to Fourteen-way Z27 215 Two-way to Fifteen-way Z27 216 Two-way to Sixteen-way Z27 2C2 Two-way to Two-way Z27 2C3 Two-way to Three-way Z27 2C4 Two-way to Four-way Z27 2C5 Two-way to Five-way Z27 2C6 Two-way to Six-way Z27 2C7 Two-way to Seven-way Z27 2C8 Two-way to Eight-way Z27 2C9 Two-way to Nine-way X37 103 (1) Three-way to Three-way X37 104 Three-way to Four-way X37 105 Three-way to Five-way X37 106 Three-way to Six-way X37 107 Three-way to Seven-way X37 108 Three-way to Eight-way X37 109 Three-way to Nine-way X37 110 Three-way to Ten-way X37 111 Three-way to Eleven-way X37 112 Three-way to Twelve-way X37 113 Three-way to Thirteen-way X37 114 Three-way to Fourteen-way X37 115 Three-way to Fifteen-way X37 116 Three-way to Sixteen-way X37 1C3 (1) Three-way to Three-way X37 1C4 Three-way to Four-way X37 1C5 Three-way to Five-way X37 1C6 Three-way to Six-way X37 1C7 Three-way to Seven-way X37 1C8 Three-way to Eight-way X37 1C9 Three-way to Nine-way X37 210 Three-way to Ten-way X37 211 Three-way to Eleven-way X37 212 Three-way to Twelve-way X37 213 Three-way to Thirteen-way X37 214 Three-way to Fourteen-way X37 215 Three-way to Fifteen-way X37 216 Three-way to Sixteen-way X37 2C2 Three-way to Two-way X37 2C3 Three-way to Three-way X37 2C4 Three-way to Four-way X37 2C5 Three-way to Five-way X37 2C6 Three-way to Six-way X37 2C7 Three-way to Seven-way X37 2C8 Three-way to Eight-way X37 2C9 Three-way to Nine-way Z37 103 (1) Three-way to Three-way Z37 104 Three-way to Four-way Z37 105 Three-way to Five-way Z37 106 Three-way to Six-way Z37 107 Three-way to Seven-way Z37 108 Three-way to Eight-way Z37 109 Three-way to Nine-way Z37 110 Three-way to Ten-way Z37 111 Three-way to Eleven-way Z37 112 Three-way to Twelve-way Z37 113 Three-way to Thirteen-way Z37 114 Three-way to Fourteen-way Z37 115 Three-way to Fifteen-way Z37 116 Three-way to Sixteen-way Z37 1C3 (1) Three-way to Three-way Z37 1C4 Three-way to Four-way Z37 1C5 Three-way to Five-way Z37 1C6 Three-way to Six-way Z37 1C7 Three-way to Seven-way Z37 1C8 Three-way to Eight-way Z37 1C9 Three-way to Nine-way Z37 210 Three-way to Ten-way Z37 211 Three-way to Eleven-way Z37 212 Three-way to Twelve-way Z37 213 Three-way to Thirteen-way Z37 214 Three-way to Fourteen-way Z37 215 Three-way to Fifteen-way Z37 216 Three-way to Sixteen-way Z37 2C3 Three-way to Three-way Z37 2C4 Three-way to Four-way Z37 2C5 Three-way to Five-way Z37 2C6 Three-way to Six-way Z37 2C7 Three-way to Seven-way Z37 2C8 Three-way to Eight-way Z37 2C9 Three-way to Nine-way X47 103 (1) Four-way to Three-way X47 104 (1) Four-way to Four-way X47 105 Four-way to Five-way X47 106 Four-way to Six-way X47 107 Four-way to Seven-way X47 108 Four-way to Eight-way X47 109 Four-way to Nine-way X47 110 Four-way to Ten-way X47 111 Four-way to Eleven-way X47 112 Four-way to Twelve-way X47 113 Four-way to Thirteen-way X47 114 Four-way to Fourteen-way X47 115 Four-way to Fifteen-way X47 116 Four-way to Sixteen-way X47 1C3 (1) Four-way to Three-way X47 1C4 (1) Four-way to Four-way X47 1C5 Four-way to Five-way X47 1C6 Four-way to Six-way X47 1C7 Four-way to Seven-way X47 1C8 Four-way to Eight-way X47 1C9 Four-way to Nine-way X47 210 Four-way to Ten-way X47 211 Four-way to Eleven-way X47 212 Four-way to Twelve-way X47 213 Four-way to Thirteen-way X47 214 Four-way to Fourteen-way X47 215 Four-way to Fifteen-way X47 216 Four-way to Sixteen-way X47 2C3 Four-way to Three-way X47 2C4 Four-way to Four-way X47 2C5 Four-way to Five-way X47 2C6 Four-way to Six-way X47 2C7 Four-way to Seven-way X47 2C8 Four-way to Eight-way X47 2C9 Four-way to Nine-way Z47 104 (1) Four-way to Four-way Z47 105 Four-way to Five-way Z47 106 Four-way to Six-way Z47 107 Four-way to Seven-way Z47 108 Four-way to Eight-way Z47 109 Four-way to Nine-way Z47 110 Four-way to Ten-way Z47 111 Four-way to Eleven-way Z47 112 Four-way to Twelve-way Z47 113 Four-way to Thirteen-way Z47 114 Four-way to Fourteen-way Z47 115 Four-way to Fifteen-way Z47 116 Four-way to Sixteen-way Z47 1C4 (1) Four-way to Four-way Z47 1C5 Four-way to Five-way Z47 1C6 Four-way to Six-way Z47 1C7 Four-way to Seven-way Z47 1C8 Four-way to Eight-way Z47 1C9 Four-way to Nine-way Z47 210 Four-way to Ten-way Z47 211 Four-way to Eleven-way Z47 212 Four-way to Twelve-way Z47 213 Four-way to Thirteen-way Z47 214 Four-way to Fourteen-way Z47 215 Four-way to Fifteen-way Z47 216 Four-way to Sixteen-way Z47 2C3 Four-way to Three-way Z47 2C4 Four-way to Four-way Z47 2C5 Four-way to Five-way Z47 2C6 Four-way to Six-way Z47 2C7 Four-way to Seven-way Z47 2C8 Four-way to Eight-way Z47 2C9 Four-way to Nine-way X57 104 (1) Five-way to Four-way X57 105 (1) Five-way to Five-way X57 106 Five-way to Six-way X57 107 Five-way to Seven-way X57 108 Five-way to Eight-way X57 109 Five-way to Nine-way X57 110 Five-way to Ten-way X57 111 Five-way to Eleven-way X57 112 Five-way to Twelve-way X57 113 Five-way to Thirteen-way X57 114 Five-way to Fourteen-way X57 115 Five-way to Fifteen-way X57 116 Five-way to Sixteen-way X57 1C4 (1) Five-way to Four-way X57 1C5 (1) Five-way to Five-way X57 1C6 Five-way to Six-way X57 1C7 Five-way to Seven-way X57 1C8 Five-way to Eight-way X57 1C9 Five-way to Nine-way X57 210 Five-way to Ten-way X57 211 Five-way to Eleven-way X57 212 Five-way to Twelve-way X57 213 Five-way to Thirteen-way X57 214 Five-way to Fourteen-way X57 215 Five-way to Fifteen-way X57 216 Five-way to Sixteen-way X57 2C3 Five-way to Three-way X57 2C4 Five-way to Four-way X57 2C5 Five-way to Five-way X57 2C6 Five-way to Six-way X57 2C7 Five-way to Seven-way X57 2C8 Five-way to Eight-way X57 2C9 Five-way to Nine-way Z57 105 (1) Five-way to Five-way Z57 106 Five-way to Six-way Z57 107 Five-way to Seven-way Z57 108 Five-way to Eight-way Z57 109 Five-way to Nine-way Z57 110 Five-way to Ten-way Z57 111 Five-way to Eleven-way Z57 112 Five-way to Twelve-way Z57 113 Five-way to Thirteen-way Z57 114 Five-way to Fourteen-way Z57 115 Five-way to Fifteen-way Z57 116 Five-way to Sixteen-way Z57 1C5 (1) Five-way to Five-way Z57 1C6 Five-way to Six-way Z57 1C7 Five-way to Seven-way Z57 1C8 Five-way to Eight-way Z57 1C9 Five-way to Nine-way Z57 210 Five-way to Ten-way Z57 211 Five-way to Eleven-way Z57 212 Five-way to Twelve-way Z57 213 Five-way to Thirteen-way Z57 214 Five-way to Fourteen-way Z57 215 Five-way to Fifteen-way Z57 216 Five-way to Sixteen-way Z57 2C4 Five-way to Four-way Z57 2C5 Five-way to Five-way Z57 2C6 Five-way to Six-way Z57 2C7 Five-way to Seven-way Z57 2C8 Five-way to Eight-way Z57 2C9 Five-way to Nine-way X67 105 (1) Six-way to Five-way X67 106 Six-way to Six-way X67 107 Six-way to Seven-way X67 108 Six-way to Eight-way X67 109 Six-way to Nine-way X67 110 Six-way to Ten-way X67 111 Six-way to Eleven-way X67 112 Six-way to Twelve-way X67 113 Six-way to Thirteen-way X67 114 Six-way to Fourteen-way X67 115 Six-way to Fifteen-way X67 116 Six-way to Sixteen-way X67 1C5 (1) Six-way to Five-way X67 1C6 Six-way to Six-way X67 1C7 Six-way to Seven-way X67 1C8 Six-way to Eight-way X67 1C9 Six-way to Nine-way X67 210 Six-way to Ten-way X67 211 Six-way to Eleven-way X67 212 Six-way to Twelve-way X67 213 Six-way to Thirteen-way X67 214 Six-way to Fourteen-way X67 215 Six-way to Fifteen-way X67 216 Six-way to Sixteen-way X67 2C4 Six-way to Four-way X67 2C5 Six-way to Five-way X67 2C6 Six-way to Six-way X67 2C7 Six-way to Seven-way X67 2C8 Six-way to Eight-way X67 2C9 Six-way to Nine-way Z67 105 (1) Six-way to Five-way Z67 106 (1) Six-way to Six-way Z67 107 Six-way to Seven-way Z67 108 Six-way to Eight-way Z67 109 Six-way to Nine-way Z67 110 Six-way to Ten-way Z67 111 Six-way to Eleven-way Z67 112 Six-way to Twelve-way Z67 113 Six-way to Thirteen-way Z67 114 Six-way to Fourteen-way Z67 115 Six-way to Fifteen-way Z67 116 Six-way to Sixteen-way Z67 1C5 (1) Six-way to Five-way Z67 1C6 (1) Six-way to Six-way Z67 1C7 Six-way to Seven-way Z67 1C8 Six-way to Eight-way Z67 1C9 Six-way to Nine-way Z67 210 Six-way to Ten-way Z67 211 Six-way to Eleven-way Z67 212 Six-way to Twelve-way Z67 213 Six-way to Thirteen-way Z67 214 Six-way to Fourteen-way Z67 215 Six-way to Fifteen-way Z67 216 Six-way to Sixteen-way Z67 2C4 Six-way to Four-way Z67 2C5 Six-way to Five-way Z67 2C6 Six-way to Six-way Z67 2C7 Six-way to Seven-way Z67 2C8 Six-way to Eight-way Z67 2C9 Six-way to Nine-way X77 105 (1) Seven-way to Five-way X77 106 (1) Seven-way to Six-way X77 107 Seven-way to Seven-way X77 108 Seven-way to Eight-way X77 109 Seven-way to Nine-way X77 110 Seven-way to Ten-way X77 111 Seven-way to Eleven-way X77 112 Seven-way to Twelve-way X77 113 Seven-way to Thirteen-way X77 114 Seven-way to Fourteen-way X77 115 Seven-way to Fifteen-way X77 116 Seven-way to Sixteen-way X77 1C5 (1) Seven-way to Five-way X77 1C6 (1) Seven-way to Six-way X77 1C7 Seven-way to Seven-way X77 1C8 Seven-way to Eight-way X77 1C9 Seven-way to Nine-way X77 210 Seven-way to Ten-way X77 211 Seven-way to Eleven-way X77 212 Seven-way to Twelve-way X77 213 Seven-way to Thirteen-way X77 214 Seven-way to Fourteen-way X77 215 Seven-way to Fifteen-way X77 216 Seven-way to Sixteen-way X77 2C4 Seven-way to Four-way X77 2C5 Seven-way to Five-way X77 2C6 Seven-way to Six-way X77 2C7 Seven-way to Seven-way X77 2C8 Seven-way to Eight-way X77 2C9 Seven-way to Nine-way Z77 106 (1) Seven-way to Six-way Z77 107 (1) Seven-way to Seven-way Z77 108 Seven-way to Eight-way Z77 109 Seven-way to Nine-way Z77 110 Seven-way to Ten-way Z77 111 Seven-way to Eleven-way Z77 112 Seven-way to Twelve-way Z77 113 Seven-way to Thirteen-way Z77 114 Seven-way to Fourteen-way Z77 115 Seven-way to Fifteen-way Z77 116 Seven-way to Sixteen-way Z77 1C6 (1) Seven-way to Six-way Z77 1C7 (1) Seven-way to Seven-way Z77 1C8 Seven-way to Eight-way Z77 1C9 Seven-way to Nine-way Z77 210 Seven-way to Ten-way Z77 211 Seven-way to Eleven-way Z77 212 Seven-way to Twelve-way Z77 213 Seven-way to Thirteen-way Z77 214 Seven-way to Fourteen-way Z77 215 Seven-way to Fifteen-way Z77 216 Seven-way to Sixteen-way Z77 2C5 Seven-way to Five-way Z77 2C6 Seven-way to Six-way Z77 2C7 Seven-way to Seven-way Z77 2C8 Seven-way to Eight-way Z77 2C9 Seven-way to Nine-way X87 106 (1) Eight-way to Six-way X87 107 (1) Eight-way to Seven-way X87 108 Eight-way to Eight-way X87 109 Eight-way to Nine-way X87 110 Eight-way to Ten-way X87 111 Eight-way to Eleven-way X87 112 Eight-way to Twelve-way X87 113 Eight-way to Thirteen-way X87 114 Eight-way to Fourteen-way X87 115 Eight-way to Fifteen-way X87 116 Eight-way to Sixteen-way X87 1C6 (1) Eight-way to Six-way X87 1C7 (1) Eight-way to Seven-way X87 1C8 Eight-way to Eight-way X87 1C9 Eight-way to Nine-way X87 210 Eight-way to Ten-way X87 211 Eight-way to Eleven-way X87 212 Eight-way to Twelve-way X87 213 Eight-way to Thirteen-way X87 214 Eight-way to Fourteen-way X87 215 Eight-way to Fifteen-way X87 216 Eight-way to Sixteen-way X87 2C5 Eight-way to Five-way X87 2C6 Eight-way to Six-way X87 2C7 Eight-way to Seven-way X87 2C8 Eight-way to Eight-way X87 2C9 Eight-way to Nine-way Z87 107 (1) Eight-way to Seven-way Z87 108 Eight-way to Eight-way Z87 109 Eight-way to Nine-way Z87 110 Eight-way to Ten-way Z87 111 Eight-way to Eleven-way Z87 112 Eight-way to Twelve-way Z87 113 Eight-way to Thirteen-way Z87 114 Eight-way to Fourteen-way Z87 115 Eight-way to Fifteen-way Z87 116 Eight-way to Sixteen-way Z87 1C7 (1) Eight-way to Seven-way Z87 1C8 Eight-way to Eight-way Z87 1C9 Eight-way to Nine-way Z87 210 Eight-way to Ten-way Z87 211 Eight-way to Eleven-way Z87 212 Eight-way to Twelve-way Z87 213 Eight-way to Thirteen-way Z87 214 Eight-way to Fourteen-way Z87 215 Eight-way to Fifteen-way Z87 216 Eight-way to Sixteen-way Z87 2C5 Eight-way to Five-way Z87 2C6 Eight-way to Six-way Z87 2C7 Eight-way to Seven-way Z87 2C8 Eight-way to Eight-way Z87 2C9 Eight-way to Nine-way X97 106 (1) Nine-way to Six-way X97 107 (1) Nine-way to Seven-way X97 108 Nine-way to Eight-way X97 109 Nine-way to Nine-way X97 110 Nine-way to Ten-way X97 111 Nine-way to Eleven-way X97 112 Nine-way to Twelve-way X97 113 Nine-way to Thirteen-way X97 114 Nine-way to Fourteen-way X97 115 Nine-way to Fifteen-way X97 116 Nine-way to Sixteen-way X97 1C6 (1) Nine-way to Six-way X97 1C7 (1) Nine-way to Seven-way X97 1C8 Nine-way to Eight-way X97 1C9 Nine-way to Nine-way X97 210 Nine-way to Ten-way X97 211 Nine-way to Eleven-way X97 212 Nine-way to Twelve-way X97 213 Nine-way to Thirteen-way X97 214 Nine-way to Fourteen-way X97 215 Nine-way to Fifteen-way X97 216 Nine-way to Sixteen-way X97 2C5 Nine-way to Five-way X97 2C6 Nine-way to Six-way X97 2C7 Nine-way to Seven-way X97 2C8 Nine-way to Eight-way X97 2C9 Nine-way to Nine-way Z97 107 (1) Nine-way to Seven-way Z97 108 (1) Nine-way to Eight-way Z97 109 Nine-way to Nine-way Z97 110 Nine-way to Ten-way Z97 111 Nine-way to Eleven-way Z97 112 Nine-way to Twelve-way Z97 113 Nine-way to Thirteen-way Z97 114 Nine-way to Fourteen-way Z97 115 Nine-way to Fifteen-way Z97 116 Nine-way to Sixteen-way Z97 1C7 (1) Nine-way to Seven-way Z97 1C8 (1) Nine-way to Eight-way Z97 1C9 Nine-way to Nine-way Z97 210 Nine-way to Ten-way Z97 211 Nine-way to Eleven-way Z97 212 Nine-way to Twelve-way Z97 213 Nine-way to Thirteen-way Z97 214 Nine-way to Fourteen-way Z97 215 Nine-way to Fifteen-way Z97 216 Nine-way to Sixteen-way Z97 2C6 Nine-way to Six-way Z97 2C7 Nine-way to Seven-way Z97 2C8 Nine-way to Eight-way Z97 2C9 Nine-way to Nine-way XX7 107 (1) Ten-way to Seven-way XX7 108 (1) Ten-way to Eight-way XX7 109 Ten-way to Nine-way XX7 110 Ten-way to Ten-way XX7 111 Ten-way to Eleven-way XX7 112 Ten-way to Twelve-way XX7 113 Ten-way to Thirteen-way XX7 114 Ten-way to Fourteen-way XX7 115 Ten-way to Fifteen-way XX7 116 Ten-way to Sixteen-way XX7 1C7 (1) Ten-way to Seven-way XX7 1C8 (1) Ten-way to Eight-way XX7 1C9 Ten-way to Nine-way XX7 210 Ten-way to Ten-way XX7 211 Ten-way to Eleven-way XX7 212 Ten-way to Twelve-way XX7 213 Ten-way to Thirteen-way XX7 214 Ten-way to Fourteen-way XX7 215 Ten-way to Fifteen-way XX7 216 Ten-way to Sixteen-way XX7 2C6 Ten-way to Six-way XX7 2C7 Ten-way to Seven-way XX7 2C8 Ten-way to Eight-way XX7 2C9 Ten-way to Nine-way ZX7 108 (1) Ten-way to Eight-way ZX7 109 (1) Ten-way to Nine-way ZX7 110 Ten-way to Ten-way ZX7 111 Ten-way to Eleven-way ZX7 112 Ten-way to Twelve-way ZX7 113 Ten-way to Thirteen-way ZX7 114 Ten-way to Fourteen-way ZX7 115 Ten-way to Fifteen-way ZX7 116 Ten-way to Sixteen-way ZX7 1C8 (1) Ten-way to Eight-way ZX7 1C9 (1) Ten-way to Nine-way ZX7 210 Ten-way to Ten-way ZX7 211 Ten-way to Eleven-way ZX7 212 Ten-way to Twelve-way ZX7 213 Ten-way to Thirteen-way ZX7 214 Ten-way to Fourteen-way ZX7 215 Ten-way to Fifteen-way ZX7 216 Ten-way to Sixteen-way ZX7 2C7 Ten-way to Seven-way ZX7 2C8 Ten-way to Eight-way ZX7 2C9 Ten-way to Nine-way XY7 107 (1) Eleven-way to Seven-way XY7 108 (1) Eleven-way to Eight-way XY7 109 Eleven-way to Nine-way XY7 110 Eleven-way to Ten-way XY7 111 Eleven-way to Eleven-way XY7 112 Eleven-way to Twelve-way XY7 113 Eleven-way to Thirteen-way XY7 114 Eleven-way to Fourteen-way XY7 115 Eleven-way to Fifteen-way XY7 116 Eleven-way to Sixteen-way XY7 1C7 (1) Eleven-way to Seven-way XY7 1C8 (1) Eleven-way to Eight-way XY7 1C9 Eleven-way to Nine-way XY7 210 Eleven-way to Ten-way XY7 211 Eleven-way to Eleven-way XY7 212 Eleven-way to Twelve-way XY7 213 Eleven-way to Thirteen-way XY7 214 Eleven-way to Fourteen-way XY7 215 Eleven-way to Fifteen-way XY7 216 Eleven-way to Sixteen-way XY7 2C7 Eleven-way to Seven-way XY7 2C8 Eleven-way to Eight-way XY7 2C9 Eleven-way to Nine-way ZY7 109 (1) Eleven-way to Nine-way ZY7 110 Eleven-way to Ten-way ZY7 111 Eleven-way to Eleven-way ZY7 112 Eleven-way to Twelve-way ZY7 113 Eleven-way to Thirteen-way ZY7 114 Eleven-way to Fourteen-way ZY7 115 Eleven-way to Fifteen-way ZY7 116 Eleven-way to Sixteen-way ZY7 1C9 (1) Eleven-way to Nine-way ZY7 210 Eleven-way to Ten-way ZY7 211 Eleven-way to Eleven-way ZY7 212 Eleven-way to Twelve-way ZY7 213 Eleven-way to Thirteen-way ZY7 214 Eleven-way to Fourteen-way ZY7 215 Eleven-way to Fifteen-way ZY7 216 Eleven-way to Sixteen-way ZY7 2C7 Eleven-way to Seven-way ZY7 2C8 Eleven-way to Eight-way ZY7 2C9 Eleven-way to Nine-way XZ7 108 (1) Twelve-way to Eight-way XZ7 109 (1) Twelve-way to Nine-way XZ7 110 Twelve-way to Ten-way XZ7 111 Twelve-way to Eleven-way XZ7 112 Twelve-way to Twelve-way XZ7 113 Twelve-way to Thirteen-way XZ7 114 Twelve-way to Fourteen-way XZ7 115 Twelve-way to Fifteen-way XZ7 116 Twelve-way to Sixteen-way XZ7 1C8 (1) Twelve-way to Eight-way XZ7 1C9 (1) Twelve-way to Nine-way XZ7 210 Twelve-way to Ten-way XZ7 211 Twelve-way to Eleven-way XZ7 212 Twelve-way to Twelve-way XZ7 213 Twelve-way to Thirteen-way XZ7 214 Twelve-way to Fourteen-way XZ7 215 Twelve-way to Fifteen-way XZ7 216 Twelve-way to Sixteen-way XY7 2C6 Eleven-way to Six-way XZ7 2C7 Twelve-way to Seven-way XZ7 2C8 Twelve-way to Eight-way XZ7 2C9 Twelve-way to Nine-way ZZ7 109 (1) Twelve-way to Nine-way ZZ7 110 (1) Twelve-way to Ten-way ZZ7 111 Twelve-way to Eleven-way ZZ7 112 Twelve-way to Twelve-way ZZ7 113 Twelve-way to Thirteen-way ZZ7 114 Twelve-way to Fourteen-way ZZ7 115 Twelve-way to Fifteen-way ZZ7 116 Twelve-way to Sixteen-way ZZ7 1C9 (1) Twelve-way to Nine-way ZZ7 210 Twelve-way to Ten-way ZZ7 211 Twelve-way to Eleven-way ZZ7 212 Twelve-way to Twelve-way ZZ7 213 Twelve-way to Thirteen-way ZZ7 214 Twelve-way to Fourteen-way ZZ7 215 Twelve-way to Fifteen-way ZZ7 216 Twelve-way to Sixteen-way ZZ7 2C8 Twelve-way to Eight-way ZZ7 2C9 Twelve-way to Nine-way
Note: (1) A Special Bid Contract is required to order this model conversion.
2064 z900 to 2064 z900 Vertical Upgrades
From To Processor Description ---- ---- ---------------------- 101 102 One-way to Two-way 101 103 One-way to Three-way 101 104 One-way to Four-way 101 105 One-way to Five-way 101 106 One-way to Six-way 101 107 One-way to Seven-way 101 108 One-way to Eight-way 101 109 One-way to Nine-way 101 110 One-way to Ten-way 101 111 One-way to Eleven-way 101 112 One-way to Twelve-way 101 113 One-way to Thirteen-way 101 114 One-way to Fourteen-way 101 115 One-way to Fifteen-way 101 116 One-way to Sixteen-way 101 1C2 One-way to Two-way 101 1C3 One-way to Three-way 101 1C4 One-way to Four-way 101 1C5 One-way to Five-way 101 1C6 One-way to Six-way 101 1C7 One-way to Seven-way 101 1C8 One-way to Eight-way 101 1C9 One-way to Nine-way 101 210 One-way to Ten-way 101 211 One-way to Eleven-way 101 212 One-way to Twelve-way 101 213 One-way to Thirteen-way 101 214 One-way to Fourteen-way 101 215 One-way to Fifteen-way 101 216 One-way to Sixteen-way 101 2C1 One-way to One-way 101 2C2 One-way to Two-way 101 2C3 One-way to Three-way 101 2C4 One-way to Four-way 101 2C5 One-way to Five-way 101 2C6 One-way to Six-way 101 2C7 One-way to Seven-way 101 2C8 One-way to Eight-way 101 2C9 One-way to Nine-way 1C1 1C2 One-way to Two-way 1C1 1C3 One-way to Three-way 1C1 1C4 One-way to Four-way 1C1 1C5 One-way to Five-way 1C1 1C6 One-way to Six-way 1C1 1C7 One-way to Seven-way 1C1 1C8 One-way to Eight-way 1C1 1C9 One-way to Nine-way 1C1 110 One-way to Ten-way 1C1 111 One-way to Eleven-way 1C1 112 One-way to Twelve-way 1C1 113 One-way to Thirteen-way 1C1 114 One-way to Fourteen-way 1C1 115 One-way to Fifteen-way 1C1 116 One-way to Sixteen-way 1C1 2C1 One-way to One-way 1C1 2C2 One-way to Two-way 1C1 2C3 One-way to Three-way 1C1 2C4 One-way to Four-way 1C1 2C5 One-way to Five-way 1C1 2C6 One-way to Six-way 1C1 2C7 One-way to Seven-way 1C1 2C8 One-way to Eight-way 1C1 2C9 One-way to Nine-way 1C1 210 One-way to Ten-way 1C1 211 One-way to Eleven-way 1C1 212 One-way to Twelve-way 1C1 213 One-way to Thirteen-way 1C1 214 One-way to Fourteen-way 1C1 215 One-way to Fifteen-way 1C1 216 One-way to Sixteen-way 102 103 Two-way to Three-way 102 104 Two-way to Four-way 102 105 Two-way to Five-way 102 106 Two-way to Six-way 102 107 Two-way to Seven-way 102 108 Two-way to Eight-way 102 109 Two-way to Nine-way 102 110 Two-way to Ten-way 102 111 Two-way to Eleven-way 102 112 Two-way to Twelve-way 102 113 Two-way to Thirteen-way 102 114 Two-way to Fourteen-way 102 115 Two-way to Fifteen-way 102 116 Two-way to Sixteen-way 102 1C3 Two-way to Three-way 102 1C4 Two-way to Four-way 102 1C5 Two-way to Five-way 102 1C6 Two-way to Six-way 102 1C7 Two-way to Seven-way 102 1C8 Two-way to Eight-way 102 1C9 Two-way to Nine-way 102 210 Two-way to Ten-way 102 211 Two-way to Eleven-way 102 212 Two-way to Twelve-way 102 213 Two-way to Thirteen-way 102 214 Two-way to Fourteen-way 102 215 Two-way to Fifteen-way 102 216 Two-way to Sixteen-way 102 2C2 Two-way to Two-way 102 2C3 Two-way to Three-way 102 2C4 Two-way to Four-way 102 2C5 Two-way to Five-way 102 2C6 Two-way to Six-way 102 2C7 Two-way to Seven-way 102 2C8 Two-way to Eight-way 102 2C9 Two-way to Nine-way 1C2 1C3 Two-way to Three-way 1C2 1C4 Two-way to Four-way 1C2 1C5 Two-way to Five-way 1C2 1C6 Two-way to Six-way 1C2 1C7 Two-way to Seven-way 1C2 1C8 Two-way to Eight-way 1C2 1C9 Two-way to Nine-way 1C2 110 Two-way to Ten-way 1C2 111 Two-way to Eleven-way 1C2 112 Two-way to Twelve-way 1C2 113 Two-way to Thirteen-way 1C2 114 Two-way to Fourteen-way 1C2 115 Two-way to Fifteen-way 1C2 116 Two-way to Sixteen-way 1C2 2C2 Two-way to Two-way 1C2 2C3 Two-way to Three-way 1C2 2C4 Two-way to Four-way 1C2 2C5 Two-way to Five-way 1C2 2C6 Two-way to Six-way 1C2 2C7 Two-way to Seven-way 1C2 2C8 Two-way to Eight-way 1C2 2C9 Two-way to Nine-way 1C2 210 Two-way to Ten-way 1C2 211 Two-way to Eleven-way 1C2 212 Two-way to Twelve-way 1C2 213 Two-way to Thirteen-way 1C2 214 Two-way to Fourteen-way 1C2 215 Two-way to Fifteen-way 1C2 216 Two-way to Sixteen-way 103 104 Three-way to Four-way 103 105 Three-way to Five-way 103 106 Three-way to Six-way 103 107 Three-way to Seven-way 103 108 Three-way to Eight-way 103 109 Three-way to Nine-way 103 110 Three-way to Ten-way 103 111 Three-way to Eleven-way 103 112 Three-way to Twelve-way 103 113 Three-way to Thirteen-way 103 114 Three-way to Fourteen-way 103 115 Three-way to Fifteen-way 103 116 Three-way to Sixteen-way 103 1C4 Three-way to Four-way 103 1C5 Three-way to Five-way 103 1C6 Three-way to Six-way 103 1C7 Three-way to Seven-way 103 1C8 Three-way to Eight-way 103 1C9 Three-way to Nine-way 103 210 Three-way to Ten-way 103 211 Three-way to Eleven-way 103 212 Three-way to Twelve-way 103 213 Three-way to Thirteen-way 103 214 Three-way to Fourteen-way 103 215 Three-way to Fifteen-way 103 216 Three-way to Sixteen-way 103 2C3 Three-way to Three-way 103 2C4 Three-way to Four-way 103 2C5 Three-way to Five-way 103 2C6 Three-way to Six-way 103 2C7 Three-way to Seven-way 103 2C8 Three-way to Eight-way 103 2C9 Three-way to Nine-way 1C3 1C4 Three-way to Four-way 1C3 1C5 Three-way to Five-way 1C3 1C6 Three-way to Six-way 1C3 1C7 Three-way to Seven-way 1C3 1C8 Three-way to Eight-way 1C3 1C9 Three-way to Nine-way 1C3 110 Three-way to Ten-way 1C3 111 Three-way to Eleven-way 1C3 112 Three-way to Twelve-way 1C3 113 Three-way to Thirteen-way 1C3 114 Three-way to Fourteen-way 1C3 115 Three-way to Fifteen-way 1C3 116 Three-way to Sixteen-way 1C3 2C3 Three-way to Three-way 1C3 2C4 Three-way to Four-way 1C3 2C5 Three-way to Five-way 1C3 2C6 Three-way to Six-way 1C3 2C7 Three-way to Seven-way 1C3 2C8 Three-way to Eight-way 1C3 2C9 Three-way to Nine-way 1C3 210 Three-way to Ten-way 1C3 211 Three-way to Eleven-way 1C3 212 Three-way to Twelve-way 1C3 213 Three-way to Thirteen-way 1C3 214 Three-way to Fourteen-way 1C3 215 Three-way to Fifteen-way 1C3 216 Three-way to Sixteen-way 104 105 Four-way to Five-way 104 106 Four-way to Six-way 104 107 Four-way to Seven-way 104 108 Four-way to Eight-way 104 109 Four-way to Nine-way 104 110 Four-way to Ten-way 104 111 Four-way to Eleven-way 104 112 Four-way to Twelve-way 104 113 Four-way to Thirteen-way 104 114 Four-way to Fourteen-way 104 115 Four-way to Fifteen-way 104 116 Four-way to Sixteen-way 104 1C5 Four-way to Five-way 104 1C6 Four-way to Six-way 104 1C7 Four-way to Seven-way 104 1C8 Four-way to Eight-way 104 1C9 Four-way to Nine-way 104 210 Four-way to Ten-way 104 211 Four-way to Eleven-way 104 212 Four-way to Twelve-way 104 213 Four-way to Thirteen-way 104 214 Four-way to Fourteen-way 104 215 Four-way to Fifteen-way 104 216 Four-way to Sixteen-way 104 2C4 four-way to Four-way 104 2C5 Four-way to Five-way 104 2C6 Four-way to Six-way 104 2C7 Four-way to Seven-way 104 2C8 Four-way to Eight-way 104 2C9 Four-way to Nine-way 1C4 1C5 Four-way to Five-way 1C4 1C6 Four-way to Six-way 1C4 1C7 Four-way to Seven-way 1C4 1C8 Four-way to Eight-way 1C4 1C9 Four-way to Nine-way 1C4 110 Four-way to Ten-way 1C4 111 Four-way to Eleven-way 1C4 112 Four-way to Twelve-way 1C4 113 Four-way to Thirteen-way 1C4 114 Four-way to Fourteen-way 1C4 115 Four-way to Fifteen-way 1C4 116 Four-way to Sixteen-way 1C4 2C4 Four-way to Four-way 1C4 2C5 Four-way to Five-way 1C4 2C6 Four-way to Six-way 1C4 2C7 Four-way to Seven-way 1C4 2C8 Four-way to Eight-way 1C4 2C9 Four-way to Nine-way 1C4 210 Four-way to Ten-way 1C4 211 Four-way to Eleven-way 1C4 212 Four-way to Twelve-way 1C4 213 Four-way to Thirteen-way 1C4 214 Four-way to Fourteen-way 1C4 215 Four-way to Fifteen-way 1C4 216 Four-way to Sixteen-way 105 106 Five-way to Six-way 105 107 Five-way to Seven-way 105 108 Five-way to Eight-way 105 109 Five-way to Nine-way 105 110 Five-way to Ten-way 105 111 Five-way to Eleven-way 105 112 Five-way to Twelve-way 105 113 Five-way to Thirteen-way 105 114 Five-way to Fourteen-way 105 115 Five-way to Fifteen-way 105 116 Five-way to Sixteen-way 105 1C6 Five-way to Six-way 105 1C7 Five-way to Seven-way 105 1C8 Five-way to Eight-way 105 1C9 Five-way to Nine-way 105 210 Five-way to Ten-way 105 211 Five-way to Eleven-way 105 212 Five-way to Twelve-way 105 213 Five-way to Thirteen-way 105 214 Five-way to Fourteen-way 105 215 Five-way to Fifteen-way 105 216 Five-way to Sixteen-way 105 2C4 Five-way to Four-way 105 2C5 five-way to Five-way 105 2C6 Five-way to Six-way 105 2C7 Five-way to Seven-way 105 2C8 Five-way to Eight-way 105 2C9 Five-way to Nine-way 1C5 1C6 Five-way to Six-way 1C5 1C7 Five-way to Seven-way 1C5 1C8 Five-way to Eight-way 1C5 1C9 Five-way to Nine-way 1C5 110 Five-way to Ten-way 1C5 111 Five-way to Eleven-way 1C5 112 Five-way to Twelve-way 1C5 113 Five-way to Thirteen-way 1C5 114 Five-way to Fourteen-way 1C5 115 Five-way to Fifteen-way 1C5 116 Five-way to Sixteen-way 1C5 2C5 Five-way to Five-way 1C5 2C6 Five-way to Six-way 1C5 2C7 Five-way to Seven-way 1C5 2C8 Five-way to Eight-way 1C5 2C9 Five-way to Nine-way 1C5 210 Five-way to Ten-way 1C5 211 Five-way to Eleven-way 1C5 212 Five-way to Twelve-way 1C5 213 Five-way to Thirteen-way 1C5 214 Five-way to Fourteen-way 1C5 215 Five-way to Fifteen-way 1C5 216 Five-way to Sixteen-way 106 107 Six-way to Seven-way 106 108 Six-way to Eight-way 106 109 Six-way to Nine-way 106 110 Six-way to Ten-way 106 111 Six-way to Eleven-way 106 112 Six-way to Twelve-way 106 113 Six-way to Thirteen-way 106 114 Six-way to Fourteen-way 106 115 Six-way to Fifteen-way 106 116 Six-way to Sixteen-way 106 1C7 Six-way to Seven-way 106 1C8 Six-way to Eight-way 106 1C9 Six-way to Nine-way 106 210 Six-way to Ten-way 106 211 Six-way to Eleven-way 106 212 Six-way to Twelve-way 106 213 Six-way to Thirteen-way 106 214 Six-way to Fourteen-way 106 215 Six-way to Fifteen-way 106 216 Six-way to Sixteen-way 106 2C5 Six-way to Five-way 106 2C6 Six-way to Six-way 106 2C7 Six-way to Seven-way 106 2C8 Six-way to Eight-way 106 2C9 Six-way to Nine-way 1C6 1C7 Six-way to Seven-way 1C6 1C8 Six-way to Eight-way 1C6 1C9 Six-way to Nine-way 1C6 110 Six-way to Ten-way 1C6 111 Six-way to Eleven-way 1C6 112 Six-way to Twelve-way 1C6 113 Six-way to Thirteen-way 1C6 114 Six-way to Fourteen-way 1C6 115 Six-way to Fifteen-way 1C6 116 Six-way to Sixteen-way 1C6 2C5 Six-way to Five-way 1C6 2C6 Six-way to Six-way 1C6 2C7 Six-way to Seven-way 1C6 2C8 Six-way to Eight-way 1C6 2C9 Six-way to Nine-way 1C6 210 Six-way to Ten-way 1C6 211 Six-way to Eleven-way 1C6 212 Six-way to Twelve-way 1C6 213 Six-way to Thirteen-way 1C6 214 Six-way to Fourteen-way 1C6 215 Six-way to Fifteen-way 1C6 216 Six-way to Sixteen-way 107 108 Seven-way to Eight-way 107 109 Seven-way to Nine-way 107 110 Seven-way to Ten-way 107 111 Seven-way to Eleven-way 107 112 Seven-way to Twelve-way 107 113 Seven-way to Thirteen-way 107 114 Seven-way to Fourteen-way 107 115 Seven-way to Fifteen-way 107 116 Seven-way to Sixteen-way 107 1C8 Seven-way to Eight-way 107 1C9 Seven-way to Nine-way 107 210 Seven-way to Ten-way 107 211 Seven-way to Eleven-way 107 212 Seven-way to Twelve-way 107 213 Seven-way to Thirteen-way 107 214 Seven-way to Fourteen-way 107 215 Seven-way to Fifteen-way 107 216 Seven-way to Sixteen-way 107 2C6 Seven-way to Six-way 107 2C7 Seven-way to Seven-way 107 2C8 Seven-way to Eight-way 107 2C9 Seven-way to Nine-way 1C7 1C8 Seven-way to Eight-way 1C7 1C9 Seven-way to Nine-way 1C7 110 Seven-way to Ten-way 1C7 111 Seven-way to Eleven-way 1C7 112 Seven-way to Twelve-way 1C7 113 Seven-way to Thirteen-way 1C7 114 Seven-way to Fourteen-way 1C7 115 Seven-way to Fifteen-way 1C7 116 Seven-way to Sixteen-way 1C7 2C6 Seven-way to Six-way 1C7 2C7 Seven-way to Seven-way 1C7 2C8 Seven-way to Eight-way 1C7 2C9 Seven-way to Nine-way 1C7 210 Seven-way to Ten-way 1C7 211 Seven-way to Eleven-way 1C7 212 Seven-way to Twelve-way 1C7 213 Seven-way to Thirteen-way 1C7 214 Seven-way to Fourteen-way 1C7 215 Seven-way to Fifteen-way 1C7 216 Seven-way to Sixteen-way 108 109 Eight-way to Nine-way 108 110 Eight-way to Ten-way 108 111 Eight-way to Eleven-way 108 112 Eight-way to Twelve-way 108 113 Eight-way to Thirteen-way 108 114 Eight-way to Fourteen-way 108 115 Eight-way to Fifteen-way 108 116 Eight-way to Sixteen-way 108 1C9 Eight-way to Nine-way 108 210 Eight-way to Ten-way 108 211 Eight-way to Eleven-way 108 212 Eight-way to Twelve-way 108 213 Eight-way to Thirteen-way 108 214 Eight-way to Fourteen-way 108 215 Eight-way to Fifteen-way 108 216 Eight-way to Sixteen-way 108 2C6 Eight-way to Six-way 108 2C7 Eight-way to Seven-way 108 2C8 Eight-way to Eight-way 108 2C9 Eight-way to Nine-way 1C8 1C9 Eight-way to Nine-way 1C8 110 Eight-way to Ten-way 1C8 111 Eight-way to Eleven-way 1C8 112 Eight-way to Twelve-way 1C8 113 Eight-way to Thirteen-way 1C8 114 Eight-way to Fourteen-way 1C8 115 Eight-way to Fifteen-way 1C8 116 Eight-way to Sixteen-way 1C8 2C7 Eight-way to Seven-way 1C8 2C8 Eight-way to Eight-way 1C8 2C9 Eight-way to Nine-way 1C8 210 Eight-way to Ten-way 1C8 211 Eight-way to Eleven-way 1C8 212 Eight-way to Twelve-way 1C8 213 Eight-way to Thirteen-way 1C8 214 Eight-way to Fourteen-way 1C8 215 Eight-way to Fifteen-way 1C8 216 Eight-way to Sixteen-way 109 110 Nine-way to Ten-way 109 111 Nine-way to Eleven-way 109 112 Nine-way to Twelve-way 109 113 Nine-way to Thirteen-way 109 114 Nine-way to Fourteen-way 109 115 Nine-way to Fifteen-way 109 116 Nine-way to Sixteen-way 109 210 Nine-way to Ten-way 109 211 Nine-way to Eleven-way 109 212 Nine-way to Twelve-way 109 213 Nine-way to Thirteen-way 109 214 Nine-way to Fourteen-way 109 215 Nine-way to Fifteen-way 109 216 Nine-way to Sixteen-way 109 2C7 Nine-way to Seven-way 109 2C8 Nine-way to Eight-way 109 2C9 Nine-way to Nine-way 1C9 110 Nine-way to Ten-way 1C9 111 Nine-way to Eleven-way 1C9 112 Nine-way to Twelve-way 1C9 113 Nine-way to Thirteen-way 1C9 114 Nine-way to Fourteen-way 1C9 115 Nine-way to Fifteen-way 1C9 116 Nine-way to Sixteen-way 1C9 2C8 Nine-way to Eight-way 1C9 2C9 Nine-way to Nine-way 1C9 210 Nine-way to Ten-way 1C9 211 Nine-way to Eleven-way 1C9 212 Nine-way to Twelve-way 1C9 213 Nine-way to Thirteen-way 1C9 214 Nine-way to Fourteen-way 1C9 215 Nine-way to Fifteen-way 1C9 216 Nine-way to Sixteen-way 110 111 Ten-way to Eleven-way 110 112 Ten-way to Twelve-way 110 113 Ten-way to Thirteen-way 110 114 Ten-way to Fourteen-way 110 115 Ten-way to Fifteen-way 110 116 Ten-way to Sixteen-way 110 210 Ten-way to Ten-way 110 211 Ten-way to Eleven-way 110 212 Ten-way to Twelve-way 110 213 Ten-way to Thirteen-way 110 214 Ten-way to Fourteen-way 110 215 Ten-way to Fifteen-way 110 216 Ten-way to Sixteen-way 110 2C9 Ten-way to Nine-way 111 112 Eleven-way to Twelve-way 111 113 Eleven-way to Thirteen-way 111 114 Eleven-way to Fourteen-way 111 115 Eleven-way to Fifteen-way 111 116 Eleven-way to Sixteen-way 111 2C9 Eleven-way to Nine-way 111 210 Eleven-way to Ten-way 111 211 Eleven-way to Eleven-way 111 212 Eleven-way to Twelve-way 111 213 Eleven-way to Thirteen-way 111 214 Eleven-way to Fourteen-way 111 215 Eleven-way to Fifteen-way 111 216 Eleven-way to Sixteen-way 112 113 Twelve-way to Thirteen-way 112 114 Twelve-way to Fourteen-way 112 115 Twelve-way to Fifteen-way 112 116 Twelve-way to Sixteen-way 112 210 Twelve-way to Ten-way 112 211 TWELVE-WAY TO ELEVEN-WAY 112 212 Twelve-way to Twelve-way 112 213 Twelve-way to Thirteen-way 112 214 Twelve-way to Fourteen-way 112 215 Twelve-way to Fifteen-way 112 216 Twelve-way to Sixteen-way 113 114 Thirteen-way to Fourteen-way 113 115 Thirteen-way to Fifteen-way 113 116 Thirteen-way to Sixteen-way 113 211 Thirteen-way to Eleven-way 113 212 THIRTEEN-WAY TO TWELVE-WAY 113 213 Thirteen-way to Thirteen-way 113 214 Thirteen-way to Fourteen-way 113 215 Thirteen-way to Fifteen-way 113 216 Thirteen-way to Sixteen-way 114 115 Fourteen-way to Fifteen-way 114 116 Fourteen-way to Sixteen-way 114 212 Fourteen-way to Twelve-way 114 213 FOURTEEN-WAY TO THIRTEEN-WAY 114 214 Fourteen-way to Fourteen-way 114 215 Fourteen-way to Fifteen-way 114 216 Fourteen-way to Sixteen-way 115 116 Fifteen-way to Sixteen-way 115 212 Fifteen-way to Twelve-way 115 213 Fifteen-way to Thirteen-way 115 214 Fifteen-way to Fourteen-way 115 215 Fifteen-way to Fifteen-way 115 216 Fifteen-way to Sixteen-way 116 213 Sixteen-way to Thirteen-way 116 214 Sixteen-way to Fourteen-way 116 215 Sixteen-way to Fifteen-way 116 216 Sixteen-way to Sixteen-way 2C1 2C2 One-way to Two-way 2C1 2C3 One-way to Three-way 2C1 2C4 One-way to Four-way 2C1 2C5 One-way to Five-way 2C1 2C6 One-way to Six-way 2C1 2C7 One-way to Seven-way 2C1 2C8 One-way to Eight-way 2C1 2C9 One-way to Nine-way 2C1 210 One-way to Ten-way 2C1 211 One-way to Eleven-way 2C1 212 One-way to Twelve-way 2C1 213 One-way to Thirteen-way 2C1 214 One-way to Fourteen-way 2C1 215 One-way to Fifteen-way 2C1 216 One-way to Sixteen-way 2C2 2C3 Two-way to Three-way 2C2 2C4 Two-way to Four-way 2C2 2C5 Two-way to Five-way 2C2 2C6 Two-way to Six-way 2C2 2C7 Two-way to Seven-way 2C2 2C8 Two-way to Eight-way 2C2 2C9 Two-way to Nine-way 2C2 210 Two-way to Ten-way 2C2 211 Two-way to Eleven-way 2C2 212 Two-way to Twelve-way 2C2 213 Two-way to Thirteen-way 2C2 214 Two-way to Fourteen-way 2C2 215 Two-way to Fifteen-way 2C2 216 Two-way to Sixteen-way 2C3 2C4 Three-way to Four-way 2C3 2C5 Three-way to Five-way 2C3 2C6 Three-way to Six-way 2C3 2C7 Three-way to Seven-way 2C3 2C8 Three-way to Eight-way 2C3 2C9 Three-way to Nine-way 2C3 210 Three-way to Ten-way 2C3 211 Three-way to Eleven-way 2C3 212 Three-way to Twelve-way 2C3 213 Three-way to Thirteen-way 2C3 214 Three-way to Fourteen-way 2C3 215 Three-way to Fifteen-way 2C3 216 Three-way to Sixteen-way 2C4 2C5 Four-way to Five-way 2C4 2C6 Four-way to Six-way 2C4 2C7 Four-way to Seven-way 2C4 2C8 Four-way to Eight-way 2C4 2C9 Four-way to Nine-way 2C4 210 Four-way to Ten-way 2C4 211 Four-way to Eleven-way 2C4 212 Four-way to Twelve-way 2C4 213 Four-way to Thirteen-way 2C4 214 Four-way to Fourteen-way 2C4 215 Four-way to Fifteen-way 2C4 216 Four-way to Sixteen-way 2C5 2C6 Five-way to Six-way 2C5 2C7 Five-way to Seven-way 2C5 2C8 Five-way to Eight-way 2C5 2C9 Five-way to Nine-way 2C5 210 Five-way to Ten-way 2C5 211 Five-way to Eleven-way 2C5 212 Five-way to Twelve-way 2C5 213 Five-way to Thirteen-way 2C5 214 Five-way to Fourteen-way 2C5 215 Five-way to Fifteen-way 2C5 216 Five-way to Sixteen-way 2C6 2C7 Six-way to Seven-way 2C6 2C8 Six-way to Eight-way 2C6 2C9 Six-way to Nine-way 2C6 210 Six-way to Ten-way 2C6 211 Six-way to Eleven-way 2C6 212 Six-way to Twelve-way 2C6 213 Six-way to Thirteen-way 2C6 214 Six-way to Fourteen-way 2C6 215 Six-way to Fifteen-way 2C6 216 Six-way to Sixteen-way 2C7 2C8 Seven-way to Eight-way 2C7 2C9 Seven-way to Nine-way 2C7 210 Seven-way to Ten-way 2C7 211 Seven-way to Eleven-way 2C7 212 Seven-way to Twelve-way 2C7 213 Seven-way to Thirteen-way 2C7 214 Seven-way to Fourteen-way 2C7 215 Seven-way to Fifteen-way 2C7 216 Seven-way to Sixteen-way 2C8 2C9 Eight-way to Nine-way 2C8 210 Eight-way to Ten-way 2C8 211 Eight-way to Eleven-way 2C8 212 Eight-way to Twelve-way 2C8 213 Eight-way to Thirteen-way 2C8 214 Eight-way to Fourteen-way 2C8 215 Eight-way to Fifteen-way 2C8 216 Eight-way to Sixteen-way 2C9 210 Nine-way to Ten-way 2C9 211 Nine-way to Eleven-way 2C9 212 Nine-way to Twelve-way 2C9 213 Nine-way to Thirteen-way 2C9 214 Nine-way to Fourteen-way 2C9 215 Nine-way to Fifteen-way 2C9 216 Nine-way to Sixteen-way 210 211 Ten-way to Eleven-way 210 212 Ten-way to Twelve-way 210 213 Ten-way to Thirteen-way 210 214 Ten-way to Fourteen-way 210 215 Ten-way to Fifteen-way 210 216 Ten-way to Sixteen-way 211 212 Eleven-way to Twelve-way 211 213 Eleven-way to Thirteen-way 211 214 Eleven-way to Fourteen-way 211 215 Eleven-way to Fifteen-way 211 216 Eleven-way to Sixteen-way 212 213 Twelve-way to Thirteen-way 212 214 Twelve-way to Fourteen-way 212 215 Twelve-way to Fifteen-way 212 216 Twelve-way to Sixteen-way 213 214 Thirteen-way to Fourteen-way 213 215 Thirteen-way to Fifteen-way 213 216 Thirteen-way to Sixteen-way 214 215 Fourteen-way to Fifteen-way 214 216 Fourteen-way to Sixteen-way 215 216 Fifteen-way to Sixteen-way
zSeries 900 Model 100 to zSeries 900, Models 101-116, 1C1-1C9
From To Processor Description ---- ---- ---------------------- 100 101 CF to One-way 100 102 CF to Two-way 100 103 CF to Three-way 100 104 CF to Four-way 100 105 CF to Five-way 100 106 CF to Six-way 100 107 CF to Seven-way 100 108 CF to Eight-way 100 109 CF to Nine-way 100 110 CF to Ten-way 100 111 CF to Eleven-way 100 112 CF to Twelve-way 100 113 CF to Thirteen-way 100 114 CF to Fourteen-way 100 115 CF to Fifteen-way 100 116 CF to Sixteen-way 100 1C1 CF to One-way 100 1C2 CF to Two-way 100 1C3 CF to Three-way 100 1C4 CF to Four-way 100 1C5 CF to Five-way 100 1C6 CF to Six-way 100 1C7 CF to Seven-way 100 1C8 CF to Eight-way 100 1C9 CF to Nine-way 100 210 CF to Ten-way 100 211 CF to Eleven-way 100 212 CF to Twelve-way 100 213 CF to Thirteen-way 100 214 CF to Fourteen-way 100 215 CF to Fifteen-way 100 216 CF to Sixteen-way 100 2C1 CF to One-way 100 2C2 CF to Two-way 100 2C3 CF to Three-way 100 2C4 CF to Four-way 100 2C5 CF to Five-way 100 2C6 CF to Six-way 100 2C7 CF to Seven-way 100 2C8 CF to Eight-way 100 2C9 CF to Nine-way
Note: (1) A Special Bid Contract is required to order this model conversion.
Note: ICFs are brought forward (converted) to new model. ICFs will be brought forward until no spare PUs are available. No ICF is available on Model 109 and Model 116.
Note: Parts removed or replaced become the property of IBM and must be
returned.
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| Technical Description |
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Physical Specifications |
Operating Environment |
Limitations |
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Hardware Requirements |
Software Requirements |
Physical Specifications
The mechanical package for the IBM eServer ZSeries 900. Servers conforms to EIA guidelines for frames. Packaging for new build systems may be up to three frames, depending on the configuration of the system. Packaging for model upgrades is also up to three frames. Note that a height reduction and a width reduction for transport are available.
Environmental Specifications--Server Models
New Build New Build
Minimum Maximum
Frame System Frame System
Power Requirements ------------ ------------
50/60 Hz, KVA 5.3 13.7
Heat Output KBTU/hr. 18.2 46.8
Air Flow CFM 1000 1800
Air Flow m*3/min 27.9 49.6
Floor Space
- Sq meters 1.32 2.81
- Sq feet 14.2 30.3
Including service clearance
- Sq meters 3.04 6.18
- Sq feet 27.4 51.9
Approximate weight
- kg 917 1866
- Lbs 2021 4113
Height(s):
- Frame w/covers (not packed or crated) 200.6 cm (79.8 in)
- Frame w/covers- Packaged (not crated) 204.2 cm (80.4 in)
- Frame w/covers- Crated 229.4 cm (90.3 in)
Height(s):(with shipping reduction feature)
- Frame w/covers (not packed or crated) 177.8 cm (70.0 in)
- Frame w/covers- Packaged (not crated) 179.1 cm (70.5 in)
- Frame w/covers- Crated 202.7 cm (79.8 in)
Please see your IBM Representative for the available width
and height reduction transport option.
2064 Model 100 Coupling Facility
The mechanical package for the Model 100 Coupling Facility is designed in conformance with EIA guidelines for frames. The Model 100 is packaged in up to three frames, depending upon new build, MES or RPQ.
New Build New Build
Minimum Maximum
Power Requirements --------- ---------
50/60 Hz, KVA 4.0 5.0
Heat Output-KBTU/hr. 13.7 17.1
Air Flow-CFM 500. 654
-m*3/m in14.014.0 18.3
Floor Space
- Sq meters 1.32 1.56
- Sq feet 14.2 16.8
Including service clearance
- Sq meters 3.04 3.28
- Sq feet 32.7 35.3
Approximate weight
- kg 644 1189
- Lbs 1450 2621
Height(s):
- Frame w/covers (not packed or crated) 177.8 cm (70.0 in)
- Frame w/covers- Packaged (not crated) 179.1 cm (70.5 in)
- Frame w/covers- Crated 202.7 cm (79.8 in)
Operating Environment
Please refer to the "Installation Manual--Physical Planning" (IMPP) that is available via IBM's Resource Link.
Limitations
Hardware Requirements
Software Requirements
Not applicable.
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| Publications |
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IBM's Customer Care Advantage includes publications that support the zSeries.
Technical Support Portal is world-class, Web-based technical support. Navigate and access related Web sites to find technical support libraries, user-to-user collaboration, installation planning, and access to geography local support teams. For more information refer to:
- http://www.ibm.com/servers/support
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| Features -- Specify/Special/Exchange |
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No Charge Specify Codes |
Special Feature Codes -- Chargeable |
Feature Exchanges |
No Charge Specify Codes
(#1750) LICC Ship Via Net Indicator
(No Longer Available as of October 2, 2006)
This feature code will be generated by the e-config tool on all orders which are requested to be shipped entirely over the network with no materials being shipped.
(#9898) Customer Intiated Upgrade (CIU) is enabled on the system
A no charge record flag
(#9899) Customer Initiated Upgrade (CIU) activation feature
A field installable feature to flag that this upgrade is being made using CIU.
Special Feature Codes -- Chargeable
Description Machine Model Feature
--------------------------- ------- ------- -------
zSeries 900 2064 100-109
1C1-1C9
110-116
210-216
2C1-2C9
HMC w/TokenRing,En, DVD-Black 0076
HMC w/Dual EN, DVD - Black 0077
HMC w/Token Ring, EN , Dvd-Black 0078
TKE with Token Ring (TR) 0896
TKE with Ethernet (EN) 0899
Ethernet Switch 0089
IBM is offering the IBM Network Integration and Deployment Services for zSeries Fiber Cabling (zSeries Fiber Cabling Service) for your z800 or z900. This may be the ideal time to invest in the zSeries Fiber Cabling Service if:
- You do not have the skills required to perform fiber optic planning and migration
- Your system environment includes multiple generations of products
- You do not have dedicated personnel that are trained to address changing fiber optic technologies
The zSeries Fiber Cabling Service can help to ensure you have the ability to manage your company's open-systems e-business environment.
The zSeries Fiber Cabling Service is designed to provide you with:
- Fiber optic connectivity expertise; personnel trained to deploy a proven fiber optic cabling methodology
- Scalable, flexible, and personalized services to effectively plan and install the fiber optic cabling needed to interoperate with your current infrastructure while planning for future needs
- Reliable cabling components that meet IBM physical interface specifications
Why You Need the zSeries Fiber Cabling Service
In the world of open systems and Storage Area Networks (SANs), the changing requirements for fiber optic cabling are fast becoming directly dependent upon the physical system configuration in the data center. As industry-standard components continue to be embraced in the open systems and SAN environment, the fiber optic cabling options become numerous and complex.
Today's marketplace is seeing the adoption of new Small Form Factor (SFF) fiber optic connectors, short wavelength (SX) and long wavelength (LX) laser transceivers, and increasing link speeds from 1 Gigabits per second (Gbps) to 10 Gbps. New industry-standard SFF fiber optic connectors and transceivers are utilized on the zSeries ESCON, FICON Express, and ISC-3 features and must coexist with the current infrastructure that utilizes a different "family" of fiber optic connectors and transceivers.
The zSeries Fiber Cabling Service delivers to you a contracted service to meet the needs of your system configuration, be it small, medium, or large. Included in this service is an analysis of your existing fiber optic infrastructure and the zSeries server configuration to determine the cabling options, including jumper cables, conversion kits, and MCP cables customized for your system environment.
IBM connectivity experts will help you select the option that is best suited to achieve your business goals to simplify the zSeries server deployment with effective on-site fiber optic cable planning and installation support.
Cables
Fiber Quick Connect (FQC)
Fiber Quick Connect (FQC) is an option in the configuration tool when ordering a new build z900 or an upgrade to an existing IBM eServer zSeries 900.
The Fiber Quick Connect (FQC) features are for factory installation of IBM Fiber Transport Services (FTS) fiber harnesses for connection to ESCON channels in the new I/O cages of z900 and to ESCON channels in the Compatibility I/O cages of z900 FTS fiber harnesses enable connection to FTS direct-attach fiber trunk cables from IBM Global Services.
FQC coupled with Fiber Transport Services (FTS) from IBM Global Services, delivers a solution to reduce the amount of time required for on-site installation and setup of cabling, to minimize disruptions, and to isolate the activity from the active system as much as possible. FQC facilitates adds, moves, and changes of ESCON multimode fiber optic cables in the data center and can reduce fiber installation time by up to 80%.
IBM Global Services provides the direct-attach trunk cables, patch panels, and Central Patching Location (CPL) hardware, as well as the planning and installation required to complete the total structured connectivity solution. Four trunks, each with 72 fiber pairs, can displace up to 256 fiber optic cables, the maximum quantity of ESCON channels in one new I/O cage on z900. This significantly reduces ESCON cable bulk.
The CPL panels use the Small Form Factor fiber optic connector, called SC-DC (Single Connector-Dual Contact). Use of the SC-DC connectors in the CPL panel instead of the ESCON Duplex connectors, has reduced the required floor space by 50%.
CPL planning and layout is done prior to arrival of the server on-site, and documentation is provided showing the CHPID layout and how the direct-attach harnesses are plugged.
Note: FQC supports all of the ESCON channels in all of the I/O cages. FQC cannot be ordered for selected channels and cages.
Fiber Transport Configuration Services for IBM eServer zSeries 900
An IBM Installation Planning Representative (IPR) continues to provide planning assistance for equipment power, cooling, and physical placement of the 2064 within the data center. However, the planning for attachment of I/O equipment to channels, Coupling Facilities, and additional processors for the z900 now becomes the responsibility of the customer. Installations may request connectivity assistance, via IBM Fiber Transport Configuration Services.
The 2064 server, introduces a migration from the traditional ESCON duplex connector to the smaller MT-RJ connector; the ISC connector also changes, to the LC connector. The following table describes the new connectivity features offered with the 2064:
The fiber optic Conversion Kits and Mode Conditioning Patch (MCP) cables identified herein may be required for a new build z900, a z900 upgrade, or a MES order. Each fiber optic cable is 2 meters (6.5 feet) in length. All other cables and components that may be required are available from IBM Global Services. Contact your local Installation Planning representative, Product Specialist, or Connectivity Services Specialist for more information.
Consult the document "Planning for the Fiber Optic Channel Links" (GA23-0367), and the "IBM Installation Manual-Physical Planning" manual for further details.
These cables cannot be ordered on an individual basis. If cables are required, and are not associated with another order, they can be acquired from IBM Global Services.
FIBER OPTIC CABLES: CONVERSION KITS, MCP CABLES
CABLE DESCRIPTION/ LENGTH FEATURE TYPICAL
CABLE TYPE CODE CUSTOMER USAGE
------------------ -------- ------- --------------
9 SM SC Duplex/ 2 meters 0103 FICON LX
50 MM ESCON 6.5 feet w/50 MM ESCON
MCP Cable
9 SM SC Duplex/ 2 meters 0104 OSA-E GbE LX
50 MM SC Duplex 6.5 feet w/50 MM
MCP Cable
9 SM SC Duplex/ 2 meters 0105 OSA-E GbE LX
62.5 MM SC Duplex 6.5 feet w/62.5 MM
MCP Cable
9 SM SC Duplex/ 2 meters 0106 FICON LX
62.5 MM ESCON 6.5 feet OSA-E GbE LX
MCP Cable w/62.5 MM ESCON
9 SM LC/ 2 meters 0108 ISC-3
50 MM SC Duplex 6.5 feet w/50 MM
MCP cable
9 SM LC Duplex/ 2 meters 0109 FICON Express LX
62.5 MM SC Duplex 6.5 feet w/62.5 MM fiber
MCP Cable
9 SM LC/SC Duplex 2 meters 0110 ISC-3 to
Conversion Kit 6.5 feet HiPerLinks
9 SM LC Duplex/ 2 meters 0111 FICON Express LX
62.5 MM ESCON Duplex 6.5 feet w/62.5 MM ESCON
MCP Cable
62.5 MM MTRJ/ESCON 2 meters 2325 16-port ESCON,
Conversion Kit 6.5 feet ETR connector
50 MM LC Duplex/ 2 meters 2326 FICON Express SX
SC Duplex Conv. Kit 6.5 feet w/50 MM FICON SX
62.5 MM LC Duplex/ 2 meters 2327 FICON Express SX
SC Duplex Conv. Kit 6.5 feet w/62.5 MM FICON SX
62.5 MM LC Duplex/ 2 meters 2328 FICON Express SX
ESCON Duplex Conv. Kit 6.5 feet w/62.5 MM ESCON
62.5 MM LC Duplex/ 2 meters 2329 FICON Express SX
MTRJ Conv. Kit 6.5 feet w/62.5 MM ESCON
62.5 MM SC Duplex/ 2 meters 2330 FICON SX
LC Duplex Conv. Kit 6.5 feet w/FICON Express SX
9 SM SC Duplex/ 2 meters 2331 FICON LX
LC Duplex Conv. Kit 6.5 feet w/FICON Express LX
Note: MCP Cables and Conversion Kits have a connector (ESCON Duplex, SC Duplex, LC Duplex, or MTRJ) on one end, and a receptacle (ESCON Duplex or SC Duplex) on the other end as described in the Cable Description/Cable Type column above.
New Connectivity Installation Options for IBM eServer zSeries 900
IBM offers customers the option either to engage IBM to help plan and start their 2064 connectivity with a service contract or to use their own planning and implementation personnel. For customers with the resources to plan their own connectivity, or those with less complex system configurations, the "IBM 2064 Planning and Installation" manual is available to help them determine and order the required jumper cables. Other customers, especially those with complex system integration requirements, may decide that the Fiber Transport Services structured cabling solution is their best option. Now, Fiber Transport Configuration Services gives customers another option - a base level, fiber optic connectivity service.
All IBM Connectivity Services offer solutions that feature professional consulting to understand and review the current and future connectivity needs of the 2064 server environment. This newest offering features channel configuration planning using fiber optic jumper cables and the physical installation of those connections to the IBM 2064 channels. Fiber Transport Configuration Service offers the customer a simple, cost-effective way to obtain fiber connectivity expertise from IBM Global Services when they order the z900.
The IBM Global Services Fiber Transport Configuration Services includes 30 hours of connectivity consulting and planning, 50 fiber optic jumper cables, and 10 hours of installation as well as project management. Customers who engage IBM Global Services for initial planning and implementation of optical fiber cabling for their 2064 will receive the following services and products as part of the Fiber Transport Configuration Services Statement Of Work (SOW).
- Survey of the customer's data center site by an IBM specialist to determine the current fiber infrastructure
- Analysis of the hardware configuration and feature codes ordered for the 2064
- Review of current connectivity requirements and future plans for optical fiber connectivity
- Customer Proposal with a jumper cable configuration and an FTS structured cabling solution for the physical connectivity of the 2064 and its attaching devices
- Bill of Materials for the jumper cables and conversion cables required to connect the 2064 to the existing cabling infrastructure and its associated equipment
- Order placement for all jumper cables included in Connectivity Readiness Service and, if required and for fee, any additional jumper cables needed to complete the installation
- Delivery of cabling products to meet 2064 delivery and installation scheduling requirements
- Project Management of the cabling installation, including physical routing and connection.
- End-of-Engagement review
Server Storage Increments (GB)
- Models 100 through 109: 5, 6, 7, 8, 10, 12, 18, 20, 24, 28, 32 (GB).
- Models 1C1 through 1C9: 10, 12, 14, 16, 18, 20, 24, 28, 32, 40, 48, 56, 64 (GB).
z900 Feature Summary
Refer to the feature descriptions section for more details. All features, unless noted, reside in the z900 new I/O cage.
- - - - Per System - - - -
Minimum Maximum Maximum Ports per Purchase
z900 Features Features Features Ports Feature Increments
-------------------- -------- -------- ------- --------- ----------
Parallel (1) 0(13) 22(10) 88/96(11) 4 1
ESCON card (1) 0 44 with 176 with 4
compatibility I/O cage upgrade upgrade N / A
ESCON, new I/O cage 0(13) 18 256 16 (2) 4 (3)
FICON,FICON Express (4) 0(13) 48 96 2 1
ISC-3 card 0 8 32 4 (5) 1 (5)
OSA Express (4) 0 12 24 2 1
OSA-2 FDDI (1) 0 12 12 1 1
OSA-2 Token Ring (6) 0 12 24 2 1
PCICA (4) (8) 0 6 (7) 12 (8) 2 (8) 1
accelerator
cards
PCICC (4) (9) 0 8 (7) 16 (9) 2 (9) 1
coprocessors
Note: (1) The parallel channel card, ESCON 4-port feature, and OSA-2 FDDI feature reside in the compatibility I/O (cI/O) cage only. The ESCON 4-port feature will only exist on an upgrade.
Note: (2) Each ESCON card has 16 ports; 15 ports are activated. One port is assigned as a spare.
Note: (3) ESCON ports are purchased in increments of 4 ports/channels and are activated via Licensed Internal Code (LIC) in groups of two ports/channels per card across a pair of card features. ESCON card features are installed in pairs for high availability.
Note: (4) The total number of FICON, FICON Express, OSA Express, PCICA, and PCICC cannot exceed 16 features in one new I/O cage and 48 features per system in three new I/O cages.
Note: (5) ISC-3 is offered in 1-port increments. A maximum-configured ISC-3 feature contains four ports. If two ports are purchased, two ISC-3 features will be shipped, since activated ports are balanced across pairs of card features for high availability.
Note: (6) OSA-2 Token Ring (in cI/O cage only) replaced by OSA Express Token Ring effective 10/31/01.
Note: (7) The total number of PCICA and PCICC cannot exceed 8 features per system.
Note: (8) Each PCICA feature has two PCI accelerator cards. It does not have ports and does not use fiber optic cables.
Note: (9) Each PCICC feature has two PCI coprocessors. It does not have ports and does not use fiber optic cables.
Note: (10) Maximum features in one cI/O cage.
Note: (11) If two cI/O cages are present, maximum of 24 or 32 parallel channel features (24 4-port or 32 3-port features).
Note: (13) A minimum of one parallel, ESCON, FICON, or FICON Express feature is required.
Feature Descriptions
The fiber optic Conversion Kits and Mode Conditioning Patch (MCP) cables identified herein are available when placing a new build z900, a z900 upgrade, or a MES order. Each fiber optic cable is 2 meters (6.5 feet) in length. All other fiber-optic cables and components necessary for your installation are available from IBM Global Services. Please contact your IBM Installation Planning Representative, your IBM Product Specialist, or your Connectivity Services Specialist for more detail. For 2064 cabling requirements, consult the "Installation Manual-Physical Planning on IBM Resource Link" manual and "Planning for the Fiber Optic Channel Links" (GA23-0367).
(#0103) 9 SM SC Duplex/50 MM ESCON MCP Cable
(No Longer Available as of October 2, 2006)
This is a Mode Conditioning Patch (MCP) cable, 2 meters (6.5 feet) in length. It is terminated at one end with a 9 micron single mode (SM) SC Duplex connector and at the opposite end with a 50 micron multimode (MM) ESCON Duplex receptacle. This feature is used with FICON feature #2315 when reusing existing 50 micron multimode fiber optic cables terminated with ESCON Duplex connectors. When using a MCP cable, a FICON LX connection can run over a 50 micron multimode fiber optic cable up to a distance of 550 meters (1,804 feet). A quantity of two of these features are required, since one MCP cable is required to be used at each end of a link. Corequisites: Feature #2315.
(#0104) 9 SM SC Duplex/50 MM SC Duplex MCP Cable
(No Longer Available as of October 2, 2006)
This is a Mode Conditioning Patch (MCP) cable, 2 meters (6.5 feet) in length. It is terminated at one end with a 9 micron single mode (SM) SC Duplex connector and at the opposite end with a 50 micron multimode (MM) SC Duplex receptacle. This feature is used with OSA-Express GbE LX feature #2364 when reusing existing 50 micron multimode fiber optic cables terminated with SC Duplex connectors. When using a MCP cable, a GbE LX connection can run over a 50 micron multimode fiber optic cable up to a distance of 550 meters (1,804 feet). A quantity of two of these features are required, since one MCP cable is required to be used at each end of a link. Corequisites: Feature #2364.
(#0105) 9 SM SC Duplex/62.5 MM SC Duplex MCP Cable
(No Longer Available as of October 2, 2006)
This is a Mode Conditioning Patch (MCP) cable, 2 meters (6.5 feet) in length. It is terminated at one end with a 9 micron single mode (SM) SC Duplex connector and at the opposite end with a 62.5 micron multimode (MM) SC Duplex receptacle. This feature is used with OSA-Express GbE LX feature #2364 when reusing existing 62.5 micron multimode fiber optic cables terminated with SC Duplex connectors. When using a MCP Cable, a GbE LX connection can run over a 62.5 micron multimode fiber optic cable up to a distance of 550 meters (1,804 feet). A quantity of two of these features are required, since one MCP cable is required to be used at each end of a link. Corequisites: Feature #2364.
(#0106) 9 SM SC Duplex/62.5 MM ESCON MCP Cable
(No Longer Available as of October 2, 2006)
This is a Mode Conditioning Patch (MCP) cable, 2 meters (6.5 feet) in length. It is terminated at one end with a 9 micron single mode (SM) SC Duplex connector and at the opposite end with a 62.5 micron multimode (MM) ESCON Duplex receptacle. This feature is used with FICON LX feature #2315 or with OSA-Express GbE LX feature #2364 when reusing existing 62.5 micron multimode fiber optic cables terminated with ESCON Duplex connectors. When using a MCP Cable, a FICON LX or GbE LX connection can run over a 62.5 micron multimode fiber optic cable up to a distance of 550 meters (1,804 feet). A quantity of two of these features are required, since one MCP cable is required to be used at each end of a link. Corequisites: 2315, 2364.
(#0108) 9 SM LC/50 MM SC Duplex MCP Cable
(No Longer Available as of October 2, 2006)
This a Mode Conditioning Patch (MCP) cable, 2 meters (6.5 feet) in length. It is terminated at one end with a 9 micron single mode (SM) LC Duplex connector and at the opposite end with a 50 micron multimode (MM) SC Duplex receptacle. This feature is used with ISC-3 feature #0219 when reusing existing 50 micron multimode fiber optic cables terminated with SC Duplex connectors. When using a MCP Cable, an ISC-3 connection can run over a 50 micron multimode fiber optic cable up to a distance of 550 meters (1,804 feet). A quantity of two of these features are required, since one MCP cable is required to be used at each end of a link. Corequisites: Feature #0219.
(#0109) 9 SM LC Duplex/62.5 MM SC Duplex MCP Cable
(No Longer Available as of October 2, 2006) This is a Mode Conditioning Patch (MCP) cable, 2 meters (6.5 feet) in length. It is terminated at one end with a 9 micron single mode (SM) small form factor LC Duplex connector and at the opposite end with a 62.5 micron multimode (MM) SC Duplex receptacle. This feature is used with the FICON Express LX 100 MB/sec. feature #2319 when reusing existing 62.5 micron multimode fiber optic cables terminated with SC Duplex connectors. When using a MCP Cable, a FICON Express LX connection can run over a 62.5 micron multimode fiber optic cable up to a distance of 550 meters (1,804 feet). A quantity of two of these features are required, since one MCP cable is required to be used at each end of a link. Corequisites: Feature #2319.
(#0110) 9 SM LC/SC Duplex Conversion Kit
(No Longer Available as of October 2, 2006)
This is a 9/125-micrometer single mode (SM) fiber optic cable, 2 meters (6.5 feet) in length, terminated at one end with a LC Duplex connector and at the opposite end with a SC Duplex receptacle. This conversion kit is used with ISC-3 feature #0219 when reusing existing single mode fiber optic jumper cables terminated with SC Duplex connectors. Corequisites: Feature #0219. Two types of links have been in use CMOS systems. The type must match at both the Coupling Facility (sender) end and the attached server (receiver) end.
(#0111) 9 SM LC Duplex/62.5 MM ESCON Duplex MCP Cable
(No Longer Available as of October 2, 2006)
This is a Mode Conditioning Patch (MCP) cable, 2 meters (6.5 feet) in length. It is terminated at one end with a 9 micron single mode (SM) new small form factor LC Duplex connector and at the opposite end with a 62.5 micron multimode (MM) ESCON Duplex receptacle. This feature is used with the FICON Express LX 100 MB/sec. feature #2319 when reusing existing 62.5 micron multimode fiber optic cables terminated with ESCON Duplex connectors. When using a MCP Cable, a FICON Express LX connection can run over a 62.5 micron multimode fiber optic cable up to a distance of 550 meters (1,804 feet). A quantity of two of these features are required, since one MCP cable is required to be used at each end of a link. Corequisites: Feature #2319.
(#0217 - #0219) Coupling Links ISC-M, ISC-D, ISC-3 Port
(No Longer Available as of October 2, 2006)
The Inter-System Channel (ISC) feature connects a coupling-capable server to a Coupling Facility, which can be either a 9674, a 9672 R06, a 2064-100, an Internal Coupling Facility (ICF), or a coupling-capable server running Coupling Facility Control Code (CFCC).
This ISC feature is composed of a mother card (ISC-M) and two daughter cards (ISC-D). Each daughter card has two ports, and each port is activated via LICCC. The ISC-M and the ISC-D cannot be ordered. When the quantity of ISC-3 port (#0219) features is selected, the appropriate number of ISC-Ms and ISC-Ds will be selected by the configuration tool. The ISC feature plugs into the new I/O cage #2023 only.
Each port is capable of 1 gigabit per second (Gbps) or 2 Gbps depending upon the mode of operation. If the port is connected to another 2064-100., the port operates in peer mode, and the link is capable of 2 Gbps. If the port is connected to a S/390 Parallel Sysplex Server, which is not a 2064-100., the port operates in compatibility mode, and the link is capable of 1 Gbps.
Each port utilizes a laser as the optical transceiver, and supports use of a 9/125-micrometer single mode fiber optic cable terminated with an industry standard LC Duplex connector. The ISC-3 feature accommodates (at reduced distances) use of 50/125-micromenter multimode fiber optic cables. Minimum number of ports: None. Maximum: 32 ports (8 features). Prerequisites: I/O cage #2023. Corequisites: None. If a 9/125-micrometer single mode fiber optic cable terminated with a SC Duplex connector is being reused, a 9 SM LC/SC Duplex Conversion Kit #0110 will be needed. Compatibility Conflicts: The ISC-3 feature has an optical transceiver that supports a LC Duplex connector only. A single mode fiber optic cable with a SC Duplex connector is not supported with this feature. Customer Setup: No. Limitations: None. Field Installable: Yes. Parts removed as a result of this feature change become the property of IBM. Cable Order: A 9/125-micrometer single mode fiber optic cable terminated with a LC Duplex connector is required. In the event that the target feature does not support a LC connector, a 9 SM LC/SC Duplex Conversion Kit #0110 will be needed. If 50/125-micrometer multimode fiber optic cables are being reused with the ISC-3 feature, a pair of Mode Conditioning Patch cables are required, one for each end of the link. Refer to feature #0108.
(#0862) PCICA
(No Longer Available as of October 2, 2006)
The Peripheral Component Interconnect Cryptographic Accelerator (PCICA) feature is an optional addition to the System Cryptographic Coprocessors, along with the PCICC (Peripheral Component Interconnect Cryptographic Coprocessor) feature #0861. The PCICA is a very fast cryptographic processor designed to provide leading-edge performance of the complex RSA cryptograhic operations used with the Secure Sockets layer (SSL) protocol. The PCICA feature is designed specifically for maximum speed SSL acceleration.
Minimum number of features: None. Maximum number of features: 6 (12 accelerator cards) Prerequisites: Crypto feature #0800 Corequisites: New I/O cage feature #2023 Compatibility Conflicts: PCICA can only be utilized when the System Cryptographic Coprocessors are enabled. Customer Setup: No. Limitations: The total number of PCICC (feature #0861) and PCICA features cannot exceed eight per system. The total quantity of PCICA, PCICC, FICON, FICON Express, and OSA Express features together cannot exceed 16 features per I/O cage and 48 features per system (16 features each in three I/O cages). Field Installable: Yes. Parts removed as a result of this feature change become the property of IBM. Cable Order: None.
(#2022) Compatibility I/O Cage
(No Longer Available as of October 2, 2006)
This expansion cage provides space for additional channel cards in the 2064 models for a maximum of 88 Parallel (new build). On an upgrade from G5/G6, up to (2) cages may be carried over for up to 96 parallel chan. (88 in one cage and the remainder in the second cage). Also, on an upgrade, all ESCON channels carried over will remain in the feature # 2022 cage; any empty slots will remain empty; new ESCON channel cards will be plugged into the new I/O cage of the 2064 server. The Compatibility I/O Cage continues to have 22 I/O slots. It is used on the 2064 when parallel channels (#2304), OSA-2 Token Ring (#5201), or OSA-2 FDDI (#5202) is ordered. When a S/390 G5/G6 Server is upgraded to z900, the Compatibility I/O cage may also contain 4-port ESCON features.
This feature cannot be ordered. The configuration tool selects the I/O cages based upon the type and number of features that are ordered. Minimum: None. Maximum: One on new build (two with RPQ). Up to two on an upgrade from a S/390 G5/G6 Server. Prerequisites: #2304, #5201, #5202. Corequisites: None. Compatibility Conflicts: None. Customer Setup: No. Limitations: In "Z" frame only. Field Installable: Yes. Parts removed as a result of this feature change become the property of IBM.
(#2023) I/O Cage
(No Longer Available as of October 2, 2006)
The I/O Cage contains 28 I/O slots. This cage supports ISC-3 (#0219),Dual PCICC (#0861), FICON LX (#2315), FICON SX (#2316 (9672-G5/G6) and #2318 (2064)), 16-port ESCON (#2323), 155 ATM SM (#2362), 155 ATM MM (#2363), OSA-Express GbE LX (#2364), OSA-Express GbE SX (#2365), and OSA-Express Fast Ethernet (#2366), and ISC cards.
- Minimum - 1 for all models except model 100
- Maximum - 3 for all models except model 100
Note: Model 100 has a minimum of (0) and a maximum of (1). This feature cannot be ordered. The configuration tool selects the I/O cages based upon the number of features that are ordered.
Minimum: One. Maximum: Three. Prerequisites: #0219, #0861, #2315, #2318, #2323, #2362, #2363, #2364, #2365, #2366. Corequisites: None. Compatibility Conflicts: None. Customer Setup: No. Limitations: None. Field Installable: Yes. Parts removed as a result of this feature change become the property of IBM.
(#2304) Parallel Channel
(No Longer Available as of October 2, 2006)
The parallel channel card is an optional feature with four ports per feature. Each port supports the parallel I/O interface, or bus and tag interface. Each channel (port) uses two cables, called bus and tag. A bus cable carries information (one byte each way), and a tag cable carries the meaning of the information on the bus cable.
Parallel bus and tag interfaces support byte and block multiplexer channels. Each cable consists of a bundle of shielded copper coaxial cables with a grounded shield. Bus and tag cables have 48 contacts per connector, or 96 contacts per bus and tag cable.
Minimum number of features: None. Maximum number of features: 22 (88 ports) in one compatibility I/O cage. If two compatibility I/O cages are present a maximum of 24 or 32 parallel channel features is supported (24 4-port or 32 3-port features). Prerequisites: compatibility I/O cage #2022. Corequisites: None. Compatibility Conflicts: None. Customer Setup: No. Limitations: A 3-port parallel channel feature will only be present on an upgrade. Field Installable: Yes. Parts removed as a result of this feature change become the property of IBM. Cable Order: None.
(#2319) FICON Express LX
(No Longer Available as of October 2, 2006)
The FICON Express LX (long wavelength) feature is an optional feature which has an enhanced design that includes a new higher performing 66 MHz, 64-bit PCI (Peripheral Component Interconnect) infrastructure which can improve performance versus the FICON LX feature #2315 which has a 33 MHz, 32-bit PCI infrastructure. The FICON Express LX feature utilizes a LC Duplex connector versus the SC Duplex connector used with the FICON LX feature.
The FICON Express LX feature #2319 displaces the corresponding FICON LX feature #2315 effective 10/31/01.
The FICON Express LX feature has two independent ports, each port supporting attachment to an ESCON Director Model 5 with a FICON LX Bridge feature, to a Fibre Channel Director with a Fibre Channel/FICON LX feature, or to a control unit with a Fibre Channel/FICON LX feature. FICON Express LX works with any LX feature supporting FICON. The FICON Express LX feature utilizes a long wavelength laser as the optical transceiver and supports use of a 9/125-micrometer single mode fiber optic cable terminated with a LC Duplex connector.
Minimum number of features: None. Maximum number of features: 48 (96 ports). Prerequisites: I/O cage #2023. Compatibility Conflicts: The FICON Express LX feature supports use of a LC Duplex connector. A conversion kit may be required if there are fiber optic cables with SC Duplex connectors. Ensure the attaching/downstream device has a long wavelength (LX) feature. FICON Express works with any LX feature supporting FICON. There can be a mix of FICON LX and FICON Express LX features in the z900 as long as the maximum number of FICON features is not exceeded. Customer Setup: No. Limitations: The total quantity of OSA Express, FICON, FICON Express, PCICA, and PCICC features together cannot exceed 16 features per I/O cage and 48 features per system (16 features each in three I/O cages). Field Installable: Yes. Parts removed as a result of this feature change become the property of IBM. Cable Order: A 9/125-micrometer single mode fiber optic cable terminated with a LC Duplex connector is required for connecting this feature to the selected device.
If multimode fiber optic cables are being reused with the FICON Express LX feature, a pair of Mode Conditioning Patch (MCP) cables are required, one for each end of the link. MCP cables are for use with one gigabit per second links only (100 MB/sec.). Refer to cabling section for feature numbers of MCP cables.
(#2320) FICON Express SX
(No Longer Available as of October 2, 2006)
The FICON Express SX (short wavelength) feature is an optional feature which has an enhanced design that includes a new higher performing 66 MHz, 64-bit PCI (Peripheral Component Interconnect) infrastructure which can improve performance versus the FICON SX feature #2318 which has a 33 MHz, 32-bit PCI infrastructure. The FICON Express SX feature utilizes a LC Duplex connector versus the SC Duplex connector used with the FICON SX feature.
The FICON Express SX feature #2320 will displace the corresponding FICON SX feature #2318 when it becomes available.
The FICON Express SX feature has two independent ports, each port supporting attachment to a Fibre Channel Director with a Fibre Channel/FICON SX feature, or to a control unit with a Fibre Channel/FICON SX feature. FICON Express SX works with any SX feature supporting FICON. The FICON Express SX feature utilizes a short wavelength laser as the optical transceiver, and supports use of a 50/125-micromenter multimode fiber optic cable or a 62.5/125-micrometer multimode fiber optic cable terminated with a LC Duplex connector.
Minimum number of features: None. Maximum number of features: 48 (96 ports). Prerequisites: I/O cage #2023. Corequisites: None. Compatibility Conflicts: The FICON Express SX feature supports use of a LC Duplex connector. A conversion kit may be required if there are fiber optic cables with SC Duplex connectors. Ensure the attaching/downstream device has a short wavelength (SX) feature. Customer Setup: No. Limitations: The total quantity of OSA Express, FICON, FICON Express, PCICA, and PCICC features together cannot exceed 16 features per I/O cage and 48 features per system (16 features each in three I/O cages). Field Installable: Yes. Parts removed as a result of this feature change become the property of IBM. Cable Order: A 50/125-micromenter multimode fiber optic cable, or a 62.5/125-micrometer multimode fiber optic cable terminated with a LC Duplex connector is required for connecting this feature to the selected device.
(#2323) 16-port ESCON
(No Longer Available as of October 2, 2006)
The high density ESCON feature has 16 ports, 15 of which can be activated for customer use. One port is reserved as a spare, in the event of a failure of one of the other ports.
This feature cannot be ordered. The configuration tool will select the quantity of features based upon the order quantity of ESCON port feature #2324, distributing the ports across features for high availability. The 16-port ESCON feature plugs into the new I/O cage #2023.
Minimum number of features: None. Maximum number of features: 18. Prerequisites: I/O cage #2023. ESCON port feature #2324. Corequisites: None. Compatibility Conflicts: None. Customer Setup: No. Limitations: None. Field Installable: Yes. Parts removed as a result of this feature change become the property of IBM.
(#2324) ESCON Channel Port
(No Longer Available as of October 2, 2006)
ESCON channels are available on a port basis in increments of four. The port quantity is selected and LICCC is shipped to activate the desired quantity of ports on the 16-port ESCON feature #2323. Each port utilizes a Light Emitting Diode (LED) as the optical transceiver, and supports use of a 62.5/125-micrometer multimode fiber optic cable terminated with a small form factor, industry standard MTRJ connector. Minimum number of ports: Four. Maximum number of ports: 256 Prerequisites: I/O cage #2023. Corequisites: None.
(#2325) 62.5 MM MTRJ/ESCON Conversion Kit
(No Longer Available as of October 2, 2006)
This is a 62.5/125-micrometer multimode (MM) fiber optic cable, 2 meters (6.5 feet) in length, terminated at one end with a MTRJ connector and at the opposite end with an ESCON Duplex receptacle. This conversion kit is used with the 16-port ESCON feature #2323 or ETR (External Time Reference) on z900 when reusing existing 62.5 micron multimode fiber optic cables terminated with ESCON Duplex connectors. Corequisites: Feature #2324.This kit consists of two cables.
(#2326) 50 MM LC Duplex/SC Duplex Conversion Kit
(No Longer Available as of October 2, 2006)
This is a 50/125-micrometer multimode (MM) fiber optic cable, 2 meters (6.5 feet) in length, terminated at one end with a LC Duplex connector and at the opposite end with a SC Duplex receptacle. This conversion kit is used with the FICON Express SX feature #2320 when reusing existing 50 micron multimode fiber optic cables terminated with SC Duplex connectors. Corequisites: Feature #2320.
(#2327) 62.5 MM LC Duplex/SC Duplex Conversion Kit
(No Longer Available as of October 2, 2006)
This is a 62.5/125-micrometer multimode (MM) fiber optic cable, 2 meters (6.5 feet) in length, terminated at one end with a LC Duplex connector and at the opposite end with a SC Duplex receptacle. This conversion kit is used with the FICON Express SX feature #2320 when reusing existing 62.5 micron multimode fiber optic cables terminated with SC Duplex connectors. Corequisites: Feature #2320.
(#2328) 62.5 MM LC Duplex/ESCON Duplex Conversion Kit
(No Longer Available as of October 2, 2006)
This is a 62.5/125-micrometer multimode (MM) fiber optic cable, 2 meters (6.5 feet) in length, terminated at one end with a LC Duplex connector and at the opposite end with an ESCON Duplex receptacle. This conversion kit is used with the FICON Express SX feature #2320 when reusing existing 62.5 micron multimode fiber optic cables terminated with ESCON Duplex connectors. Corequisites: Feature #2320.
(#2329) 62.5 MM LC Duplex/MTRJ Conversion Kit
(No Longer Available as of October 2, 2006)
This is a 62.5/125-micrometer multimode (MM) fiber optic cable, 2 meters (6.5 feet) in length, terminated at one end with a LC Duplex connector and at the opposite end with an MTRJ receptacle (MTRJ is the connector used on the 16-port ESCON feature). This conversion kit is used with the FICON Express SX feature #2320 when reusing existing 62.5 micron multimode fiber optic cables terminated with MTRJ connectors. Corequisites: Feature #2320.
(#2330) 62.5 MM SC Duplex/LC Duplex Conversion Kit
(No Longer Available as of October 2, 2006)
This is a 62.5/125-micrometer multimode (MM) fiber optic cable, 2 meters (6.5 feet) in length, terminated at one end with a SC Duplex connector and at the opposite end with a LC Duplex receptacle. The FICON SX feature #2318 supports SC Duplex connectors. The FICON Express SX feature #2320 supports LC Duplex connectors. This conversion kit is used with a feature supporting a SC Duplex connector when reusing existing 62.5 micron multimode fiber optic cables terminated with LC Duplex connectors. Corequisites: Feature #2318
(#2331) 9 SM SC Duplex/LC Duplex Conversion Kit
(No Longer Available as of October 2, 2006)
This is a 9/125-micrometer single mode (SM) fiber optic cable, 2 meters (6.5 feet) in length, terminated at one end with a SC Duplex connector and at the opposite end with a LC Duplex receptacle. The FICON LX feature #2315 supports SC Duplex connectors. The FICON Express LX feature #2319 supports LC Duplex connectors. This conversion kit is used with a feature supporting a SC Duplex connector when reusing existing 9 micron single mode fiber optic cables terminated with LC Duplex connectors. Corequisites: Feature #2315.
If a 62.5 multimode fiber optic cable terminated with an ESCON Duplex connector is being reused to connect this feature to a downstream device, a 62.5 MM MTRJ/ESCON Conversion Kit #2325 will be needed. Compatibility Conflicts: The 16-port ESCON feature has a small form factor optical transceiver that supports an MTRJ connector only. A multimode fiber optic cable with an ESCON Duplex connector is not supported with this feature. Customer Setup: No. Limitations: None. Field Installable: Yes. Cable Order: A 62.5/125-micrometer multimode fiber optic cable terminated with a MTRJ connector is required. In the event that the target/downstream device does not support a MTRJ connector, a 62.5 MM MTRJ/ESCON Conversion Kit #2325 will be needed. Parts removed as a result of this feature change become the property of IBM.
(#2367) OSA Express Token Ring
(No Longer Available as of October 2, 2006)
The OSA Express Token Ring feature has two independent ports, each supporting attachment to either a 4 Mbps, 16 Mbps, or 100 Mbps Token Ring Local Area Network (LAN).
The OSA Express Token Ring feature supports autosensing as well as any of the following settings: 4 Mbps half-or full-duplex, 16 Mbps half-or full-duplex, 100 Mbps full-duplex. Regardless of the choice made, the network switch settings must agree with those of the OSA Express Token Ring feature. If the LAN speed defaults to autosense, the OSA Express Token Ring feature will sense the speed of the attached switch and insert into the LAN at the appropriate speed. If the Token Ring feature is the first station on the LAN and the user specifies autosense, it will default to a speed of 16 Mbps and will attempt to open in full-duplex mode. If unsuccessful, it will default to half-duplex mode. The OSA Express Token Ring feature conforms to the IEEE 802.5 (ISO/IEC 8802.5) standard. The OSA Express Token Ring feature #2367 is installed in the z900 new I/O cage and displaces the corresponding Open Systems Adapter-2 (OSA-2) Token Ring feature #5201 (installed in the z900 compatibility I/O cage) effective 10/31/01. Minimum number of features: None. Maximum number of features: 12 (24 ports). Prerequisites: New I/O cage #2023. Corequisites: None. Compatibility Conflicts: None. Customer Setup: No. Limitations: The total quantity of OSA Express, FICON, FICON Express, PCICA, and PCICC features together cannot exceed 16 features per I/O cage and 48 features per system (16 features each in three I/O cages). Field Installable: Yes. Parts removed as a result of this feature change become the property of IBM. Cable Order: A shielded twisted pair (STP) or an unshielded twisted pair (UTP) interface terminated with an 8-pin RJ-45 connector is required for attaching the OSA Express Token Ring feature to the selected device.
Fiber Quick Connect Features
The Fiber Quick Connect (FQC) features are for factory installation of IBM Fiber Transport Services (FTS) fiber harnesses for connection to ESCON channels in the new I/O cages of z900 and to ESCON channels in the Compatibility I/O cages of z900.
These descriptions are for information purposes only. These features cannot be ordered. The configuration tool selects the appropriate features and quantities based upon the system configuration, when FQC is requested in the configuration tool.
Note: FQC supports all of the ESCON channels in all of the I/O cages. FQC cannot be ordered for selected channels and cages.
(#7933) MTP Mounting Bracket
(No Longer Available as of October 2, 2006)
The MTP Mounting Bracket is not an orderable feature. When FQC is ordered, the configuration tool selects the required number of brackets based upon the ESCON card quantity. This mounting bracket supports the MTP Coupler Bracket feature #7934.
(#7934) MTP Coupler Bracket
(No Longer Available as of October 2, 2006)
The MTP Coupler Bracket is not an orderable feature. When FQC is ordered, the configuration tool selects the required number of brackets based upon the ESCON card quantity. This coupler bracket has positions for 10 MTPs to be plugged, each MTP supporting 12 fiber pairs (six ESCON channels), for a total of 120 fiber pairs (60 ESCON channels) for each MTP mounting bracket.
(#7935) I/O Cage 62.5 MM ESCON Harness
(No Longer Available as of October 2, 2006)
This feature cannot be ordered. This description is for information purposes only. This direct-attach harness supports 62.5/125-micrometer multimode fiber optic trunk cables. The fiber harness is for use with the new I/O cage feature #2023 and supports the new 16-port ESCON feature with the new optical transceiver supporting the small form factor, industry standard MTRJ connector.
The fiber harness has six MTRJ connectors on one end to attach to six ESCON ports. The opposite end has one MTP connector for plugging into the MTP Coupler Bracket. When FQC is ordered, the configuration tool selects the required number of harnesses based upon the ESCON card quantity. Prerequisites: I/O cage #2023. Corequisites: None. Compatibility Conflicts: None. Customer Setup: No. Limitations: None. Field Installable: No. Parts removed as a result of this feature change become the property of IBM.
(#7936, #7939, #7340) Compatibility I/O Cage 62.5 MM ESCON Harness
(No Longer Available as of October 2, 2006)
These features cannot be ordered. This description is for information purposes only.
These direct-attach harnesses support 62.5/125-micrometer multimode fiber optic trunk cables, and are for use with the Compatibility I/O Cage feature #2022. The harnesses support the 4-port ESCON feature with the optical transceiver supporting the ESCON Duplex connector.
The fiber harnesses have six ESCON Duplex connectors on one end to connect to six ESCON ports. The opposite end has one MTP connector for plugging into the MTP Coupler Bracket. When FQC is ordered, the configuration tool selects the type and quantity of harnesses based upon the ESCON card quantity. Prerequisites: Compatibility I/O cage #2022. Corequisites: None. Compatibility Conflicts: None. Customer Setup: No. Limitations: None. Field Installable: No. Parts removed as a result of this feature change become the property of IBM.
(#2315) FICON LX
(No Longer Available as of October 2, 2006)
(For IBM US, No Longer Available as of April 30, 2002)
The FICON LX (long wavelength) feature has two independent ports, each port supporting attachment to an ESCON Director Model 5 with a FICON LX Bridge feature, to a Fibre Channel Director that supports FICON LX, or to a control unit that supports FICON LX. The FICON LX feature utilizes a long wavelength laser as the optical transceiver and supports use of a 9/125-micrometer single mode fiber optic cable terminated with a SC Duplex connector. The FICON LX feature accommodates (at reduced distances) reuse of ESCON multimode fiber optic cables.
Minimum number of features: None. Maximum number of features: 48 (96 ports). Prerequisites: I/O cage #2023. Corequisites: If ESCON multimode fiber optic cables are being reused with this feature, Mode Conditioning Patch cables are required. See feature # 0103, 0106. Compatibility Conflicts: Ensure the attaching/downstream device has a long wavelength (LX) feature. Customer Setup: No. Limitations: The total quantity of OSA-Express, FICON, and PCICC features together cannot exceed 16 per I/O cage and 48 per system (16 each in three I/O cages). Field Installable: Yes. Parts removed as a result of this feature change become the property of IBM. Cable Order: A 9/125-micrometer single mode fiber optic cable terminated with a SC Duplex connector is required for connecting this feature to the selected device. If ESCON multimode fiber optic cables are being reused, a pair of Mode Conditioning Patch cables are required, one for each end of the link. Refer to feature #0103 and #0106.
(#2318) FICON SX
(No Longer Available as of October 2, 2006)
(For IBM US, No Longer Available as of April 30, 2002)
The FICON SX (short wavelength) feature has two independent ports, each port supporting attachment to a Fibre Channel Director that supports FICON SX, or to a control unit that supports FICON SX. The feature utilizes a short wavelength laser as the optical transceiver, and supports use of a 50/125-micromenter multimode fiber optic cable or a 62.5/125-micrometer multimode fiber optic cable terminated with a SC Duplex connector.
Minimum number of features: None. Maximum number of features: 48 (96 ports). Prerequisites: I/O cage #2023. Corequisites: None. Compatibility Conflicts: Ensure the attaching/downstream device has a short wavelength (SX) feature. Customer Setup: No. Limitations: The total quantity of OSA-Express, FICON, and PCICC features together cannot exceed 16 per I/O cage and 48 per system (16 each in three I/O cages). Field Installable: Yes. Parts removed as a result of this feature change become the property of IBM. Cable Order: A 50/125-micromenter multimode fiber optic cable, or a 62.5/125-micrometer multimode fiber optic cable terminated with a SC Duplex connector is required for connecting this feature to the selected device.
(#2362) OSA-Express 155 ATM SM
(No Longer Available as of October 2, 2006)
The OSA-Express 155 ATM SM (single mode) feature has two independent ports, each supporting attachment to a 155 Megabits per second (Mbps) asynchronous Transfer Mode (ATM) network. The feature has a laser optical transceiver that supports use of a 9/125-micrometer single mode fiber optic cable terminated with a SC Duplex connector.
Minimum number of features: None. Maximum number of features: 12 (24 ports). Prerequisites: I/O cage #2023. Corequisites: None. Compatibility Conflicts: None. Customer Setup: No. Limitations: The total quantity of OSA-Express, FICON, and PCICC features together cannot exceed 16 per I/O cage and 48 per system (16 each in three I/O cages). Field Installable: Yes. Cable Order: A 9/125-micrometer single mode fiber optic cable terminated with a SC Duplex connector is required for connecting this feature to the selected device. Parts removed as a result of this feature change become the property of IBM.
(#2363) OSA-Express 155 ATM MM
(No Longer Available as of October 2, 2006)
The OSA-Express 155 ATM MM (multimode) feature has two independent ports, each supporting attachment to a 155 Megabits per second (Mbps) Asynchronous transfer Mode (ATM) network. The feature utilizes a Light Emitting Diode (LED) as the optical transceiver, and supports use of a 62.5/125-micrometer multimode fiber optic cable terminated with a SC Duplex connector.
Minimum number of features: None. Maximum number of features: 12 (24 ports). Prerequisites: I/O cage #2023. Corequisites: None. Compatibility Conflicts: None. Customer Setup: No. Limitations: The total quantity of OSA-Express, FICON, and PCICC features together cannot exceed 16 per I/O cage and 48 per system (16 each in three I/O cages). Field Installable: Yes. Parts removed as a result of this feature change become the property of IBM. Cable Order: A 62.5/125-micrometer multimode fiber optic cable with a SC Duplex connector is required for connecting this feature to the selected device.
(#2364) OSA-Express GbE LX
(No Longer Available as of October 2, 2006)
(No Longer Available as of January 28, 2005)
The OSA-Express GbE (Gigabit Ethernet) LX (long wavelength) feature has two independent ports, each supporting attachment to a one Gigabit per second (Gbps) Ethernet Local Area Network (LAN). The feature utilizes a long wavelength laser as the optical transceiver, supporting a 9/125-micrometer single mode fiber optic cable terminated with a SC Duplex connector, and accommodating (at reduced distances) a 50/125-micrometer or 62.5/125-micrometer multimode fiber optic cable terminated with a SC Duplex connector.
Minimum number of features: None. Maximum number of features: 12 (24 ports). Prerequisites: I/O cage #2023. Corequisites: If a 50/125 or 62.5/125-micrometer multimode fiber optic cable is used with the OSA-Express GbE LX feature, a pair of Mode Conditioning Patch cables are required, one for each cable end. Select the correct feature code based upon the type of fiber and the connectors/receptacles in the enterprise. Choose from FC 0104, 0105, or 0106. Compatibility Conflicts: Ensure the attaching/downstream device has a long wavelength (LX) feature. Customer Setup: No. Limitations: The total quantity of OSA-Express, FICON, and PCICC features together cannot exceed 16 per I/O cage and 48 per system (16 each in three I/O cages). Field Installable: Yes. Cable Order: A 9/125-micrometer single mode fiber optic cable terminated with a SC Duplex connector is required for connecting this feature to the selected device. If multimode fiber optic cables are being used, a pair of Mode Conditioning Patch cables are required, one for each end of the link. Refer to feature #0104, #0105, and #0106. Parts removed as a result of this feature change become the property of IBM.
(#2365) OSA-Express GbE SX
(No Longer Available as of October 2, 2006)
(No Longer Available as of January 28, 2005)
The OSA-Express GbE (Gigabit Ethernet) SX (short wavelength) feature has two independent ports, each supporting attachment to a one Gigabit per second (Gbps) Ethernet Local Area Network (LAN). The feature utilizes a short wavelength laser as the optical transceiver, and supports use of a 50/125-micrometer multimode fiber optic cable or a 62.5/125-micrometer multimode fiber optic cable terminated with a SC Duplex connector.
Minimum number of features: None. Maximum number of features: 12 (24 ports). Prerequisites: I/O cage #2023. Corequisites: None. Compatibility Conflicts: Ensure the attaching/downstream device has a short wavelength (SX) feature. Customer Setup: No. Limitations: The total quantity of OSA-Express, FICON, and PCICC features together cannot exceed 16 per I/O cage and 48 per system (16 each in three I/O cages). Field Installable: Yes. Parts removed as a result of this feature change become the property of IBM. Cable Order: A 50/125-micrometer multimode fiber optic cable, or a 62.5/125-micrometer multimode fiber optic cable terminated with a SC Duplex connector is required for connecting this feature to the selected device.
(#2366) OSA-Express Fast Ethernet
(No Longer Available as of October 2, 2006)
The OSA-Express Fast Ethernet feature has two independent ports, each supporting attachment to either a 10BASE-T (10 Mbps) or a 100BASE-TX (100 Mbps) Ethernet Local Area Network (LAN). The feature automatically adjusts to 10 Mbps or 100 Mbps, depending upon the LAN to which it is attached. The feature supports use of an EIA/TIA category 5 unshielded twisted pair (UTP) cable terminated with an 8-pin RJ-45 connector. The Ethernet LAN must conform to either the IEEE 802.3 (ISO/IEC 8802.3) standard or to the Ethernet V2.0 specifications.
Minimum number of features: None. Maximum number of features: 12 (24 ports). Prerequisites: I/O cage #2023. Corequisites: None. Compatibility Conflicts: None. Customer Setup: No. Limitations: The total quantity of OSA-Express, FICON, and PCICC features together cannot exceed 16 per I/O cage and 48 per system (16 each in three I/O cages). Field Installable: Yes. Parts removed as a result of this feature change become the property of IBM. Cable Order: A category 5 unshielded twisted pair (UTP) cable terminated with a RJ-45 connector is required for attaching the OSA-Express Fast Ethernet feature to the selected device.
(#5201) OSA-2 Token Ring
(No Longer Available as of October 2, 2006)
(For IBM US, No Longer Available as of April 30, 2002)
The OSA-2 Token Ring feature has two independent ports, each supporting attachment to either a 4 Mbps or a 16 Mbps Token Ring Local Area Network (LAN). At initialization the feature auto senses and conforms to the speed of the Token Ring (4 Mbps or 16 Mbps) and auto senses whether communication is half-or full-duplex. If no carrier is sensed on the ring, the adapter enters the ring at the speed of its last successful entry. The feature supports use of a shielded twisted pair (STP) or an unshielded twisted pair (UTP) cable terminated with an 8-pin RJ-45 connector. The Token Ring LAN must conform to the IEEE 802.5 (ISO/IEC 8802.5) standard.
Minimum number of features: None. Maximum number of features: 12. Prerequisites: Compatibility I/O cage #2022. Corequisites: None. Compatibility Conflicts: None. Customer Setup: No. Limitations: None. Field Installable: Yes. Parts removed as a result of this feature change become the property of IBM. Cable Order: A shielded twisted pair (STP) or an unshielded twisted pair (UTP) cable terminated with an 8-pin RJ-45 connector is required for attaching the OSA-2 Token Ring feature to the selected device.
(#5202) OSA-2 FDDI
(No Longer Available as of October 2, 2006)
The OSA-2 FDDI (Fiber Distributed Data Interface) feature has one port which supports attachment to a 100 Mbps FDDI Local Area Network (LAN). The feature utilizes a Light Emitting Diode (LED) as the optical transceiver, and supports use of a 62.5/125-micrometer multimode fiber optic cable terminated with a SC Duplex connector. One single-ring or dual-ring station is supported, as well as attachment to an optical bypass switch. A customer-supplied, external, optical bypass switch provides optical isolation from the attached FDDI LAN. The FDDI LAN must conform to either the American National Standard Institute (ANSI) X3T9.5 specification or the International Standards Organization (ISO) 9314 specification
Minimum number of features: None. Maximum number of features: 12. Prerequisites: Compatibility I/O cage #2022. Corequisites: None. Customer Setup: No. Limitations: None. Field Installable: Yes. Parts removed as a result of this feature change become the property of IBM. Cable Order: One 62.5/125-micrometer multimode fiber optic cable terminated with a SC Duplex connector is required for a single-ring attachment. Two 62.5/125-micrometer multimode fiber optic cables, each terminated with a SC Duplex connector, are required for a dual-ring attachment.
(#0217 - #0219) Coupling Links
(No Longer Available as of October 2, 2006)
- IBM eServer zSeries 900
- Minimum - 0; Maximum - 32; Increments - 1
- IBM eServer zSeries Coupling Facility models
- Minimum - 1; Maximum - 32; Increments - 1
Coupling Links are used to connect a coupling capable server to a Coupling Facility. The Coupling Facility can either be a 9674, a 9672 R06, an IBM eServer zSeries Coupling Facility, an Internal Coupling Facility (ICF), or a coupling-capable server running Coupling Facility Control Code (CFCC). Two types of links have been in use on CMOS systems and must match at both the Coupling Facility (sender) end and the attached processor (receiver) end.
One HiPerLink adapter (#0217) is required for every two Coupling Links. The Intersystem Channel Adapter is not hot pluggable, but the Coupling Links are. Additional Intersystem Channel Adapters and Coupling Links can be ordered to reduce outages.
Hardware Management Console (HMC) Features
(#0074) HMC
(No Longer Available as of October 2, 2006)
(No Longer Available as of January 28, 2005)
This HMC replaces the currently orderable HMC (#0073). This HMC has a DVD drive, ethernet and token ring capabilities built in. Maximum Number of Features: 4 Prerequisites: None Corequisites: None Compatibility Conflicts: The 3270 PCI feature (#0036) and the WAC feature (#0038) are not available with this HMC. Customer Setup: No Limitations: None
(#0075) HMC
(No Longer Available as of October 2, 2006)
(No Longer Available as of January 28, 2005)
This HMC is available in place of the currently orderable HMCs (#0073, #0074). This HMC has a DVD-RAM drive, ethernet and token ring capabilities built in.
- Maximum Number of Features: 4
- Prerequisites: None
- Corequisites: None
- Compatibility Conflicts: The PC3270 PCI Adapter feature (#0036) and the PCI-WAC Adapter feature (#0038) are not available with this HMC.
- Customer Setup: No
- Limitations: None
(#0076) Hardware Management Console with dual Ethernet
(No Longer Available as of October 2, 2006)
(No Longer Available as of January 28, 2005)
Key Prerequisite: Feature 0076 is available only to customers who currently have Feature 0075. The Hardware Management Console (HMC) is a 4x4 PCI machine designed to provide a single point of control and single system image for managing local or remote hardware elements. The HMC comes with two Ethernets, consisting of an Ethernet adapter and built in Ethernet support on the motherboard, and one mouse.
- Minimum: None.
- Maximum: Four features
- Prerequisites: feature 0075
- Corequisites: None
- Compatibility Conflicts: None known.
- Customer Setup: No.
- Limitations: None
- Field Installable: Yes. Parts removed as a result of feature conversions become the property of IBM.
- Cable Order: IBM supplies a LAN connection package which includes One Ethernet cable (15.24m/50ft) with a connector for the 9-pin D shell on one end and the other end with a RJ-45 connector; one Token Ring cable (2.50m/8.2 ft) and one Token Ring cable (22.86m/75ft) both with RF-45 connectors on each end; and one Token Ring wrap plug.
(#0077) Hardware Management Console with dual Ethernet
(No Longer Available as of October 2, 2006)
Feature 0077 is the first IBM zSeries HMC with Dual Ethernet; it may be ordered to replace Feature 0075. The Hardware Management Console (HMC) is a 4x4 PCI machine designed to provide a single point of control and single system image for managing local or remote hardware elements. The HMC comes with two Ethernets, consisting of an Ethernet adapter and built in support on the motherboard, and one mouse.
- Minimum: None.
- Maximum: Four features
- Prerequisites: feature 0075
- Corequisites: None
- Compatibility Conflicts: None known.
- Customer Setup: No.
- Limitations: None
- Field Installable: Yes. Parts removed as a result of feature conversions become the property of IBM.
- Cable Order: IBM supplies a LAN connection package which includes One Ethernet cable (15.24m/50ft) with a connector for the 9-pin D shell on one end and the other end with a RJ-45 connector; one Token Ring cable (2.50m/8.2 ft) and one Token Ring cable (22.86m/75ft) both with RF-45 connectors on each end; and one Token Ring wrap plug.
(#0078) Hardware Management Console with Ethernet and Token Ring
(No Longer Available as of October 2, 2006)
Feature 0078 replaces the currently orderable feature: 0075. The Hardware Management Console (HMC) is a 4x4 PCI machine designed to provide a single point of control and single system image for managing local or remote hardware elements. The HMC HMC comes with one Ethernet, one Token Ring, and one mouse.
- Minimum: None.
- Maximum: Four features
- Prerequisites: feature 0075
- Corequisites: None
- Compatibility Conflicts: None known.
- Customer Setup: No.
- Limitations: None
- Field Installable: Yes. Parts removed as a result of feature conversions become the property of IBM.
- Cable Order: IBM supplies a LAN connection package which includes One Ethernet cable (15.24m/50ft) with a connector for the 9-pin D shell on one end and the other end with a RJ-45 connector; one Token Ring cable (2.50m/8.2 ft) and one Token Ring cable (22.86m/75ft) both with RF-45 connectors on each end; and one Token Ring wrap plug.
(#0079) Hardware Management Console with dual Ethernet
(No Longer Available as of October 2, 2006)
Note: Feature 0079 may be ordered to replace Feature 0077.
The Hardware Management Console (HMC) is a 4x4 desktop system designed to provide a single point of control and single system image for managing local or remote hardware elements. The HMC comes with two Ethernets, consisting of an Ethernet adapter and built in support on the motherboard, and one mouse.
- Minimum: None.
- Maximum: Ten features
- Prerequisites: None.
- Corequisites: None
- Compatibility Conflicts: None known.
- Customer Set-up: No.
- Limitations: None
- Field Installable: Yes. Parts removed as a result of feature conversions become the property of IBM.
- Cable Order: IBM supplies a LAN connection package which includes One Ethernet cable (15.24m/50ft) with a connector for the 9-pin D shell on one end and the other end with a RJ-45 connector; one Token Ring cable (2.50m/8.2 ft) and one Token Ring cable (22.86m/75ft) both with RF-45 connectors on each end; and one Token Ring wrap plug.
(#0080) Hardware Management Console with Ethernet and Token Ring
(No Longer Available as of October 2, 2006)
Note: Feature 0080 may be ordered to replace Feature 0078.
The Hardware Management Console (HMC) is a 4x4 desktop system designed to provide a single point of control and single system image for managing local or remote hardware elements. The HMC comes with one Ethernet, one Token Ring, and one mouse.
- Minimum: None.
- Maximum: Ten features
- Prerequisites: None
- Corequisites: None
- Compatibility Conflicts: None known.
- Customer Set-up: No.
- Limitations: None
- Field Installable: Yes. Parts removed as a result of feature conversions become the property of IBM.
- Cable Order: IBM supplies a LAN connection package which includes One Ethernet cable (15.24m/50ft) with a connector for the 9-pin D shell on one end and the other end with a RJ-45 connector; one Token Ring cable (2.50m/8.2 ft) and one Token Ring cable (22.86m/75ft) both with RF-45 connectors on each end; and one Token Ring wrap plug.
(#0088) Multi-Station Access Unit (MAU)
(No Longer Available as of October 2, 2006)
The MAU (#0088) is a Multi-Station Access Unit used for token ring connections. Previously automatically shipped with a Token Ring HMC, it is now an orderable feature. One MAU may support several HMCs.
- Minimum: none.
- Maximum: ten features.
- Prerequisites: None.
- Corequisites: None.
- Compatibility Conflicts: None known.
- Customer Set-up: No.
- Limitations: None
- Field Installable: Yes. Parts removed as a result of feature conversion become the property of IBM.
- Cable Order: None.
(#0089) Ethernet Switch (Former HUB)
(No Longer Available as of October 2, 2006)
The Ethernet Switch (former HUB) is a 16-port 10/100 Mbps standalone, unmanaged switch. The Ethernet Switch will integrate Ethernet and Fast Ethernet.
- Minimum: None
- Maximum: Ten features
- Prerequisites: None
- Corequisites: None
- Compatibility Conflicts: None known.
- Customer Set-up: No.
- Limitations: None
- Field Installable: Yes. Parts removed as a result of feature conversions become the property of IBM.
- Cable Order: None.
(#0846) TKE Workstation with Token Ring
(No Longer Available as of October 2, 2006)
(No Longer Available as of October 10, 2005)
Note: Feature 0846 replaces the currently orderable feature: 0896.
The Trusted Key Entry (TKE) workstation feature is a combination of hardware and software, network-connected to the server, and designed to provide a security-rich, flexible method for master and operational key entry as well as local and remote management of the cryptographic coprocessor features. This optional feature provides basic key management -- key identification, exchange, separation, update, backup, as well as security administration. The TKE workstation also includes a 17" flat panel display, a DVD-RAM drive, and a token ring adapter.
- Minimum: None.
- Maximum: One feature
- Prerequisites: None.
- Corequisites for z990: CP Assist for Cryptographic Function (CPACF) feature #3863 and PCIXCC feature #0868
- Corequisites for z800 and z900: Crypto Hardware Present feature #0800 and Crypto enablement feature #0875
- Corequisites 9672-G6: Crypto Hardware Present feature #0800 and Crypto enablement feature #0835
- Compatibility Conflicts: None known.
- Customer Set-up: No.
- Limitations: For z890 and z990, if TKE 3.x workstations are being used, and feature #0868 is present, the TKE must be upgraded to the TKE 4.0 or higher. TKE 4.0 or higher is required to communicate with z890 or z990.
- Field Installable: Yes. Parts removed as a result of feature change become the property of IBM.
- Cable Order: None.
(#0849) TKE Workstation with Ethernet
(No Longer Available as of October 2, 2006)
(No Longer Available as of October 10, 2005)
Note: Feature 0849 replaces the currently orderable feature: 0899.
The Trusted Key Entry (TKE) workstation feature is a combination of hardware and software, network-connected to the server, and designed to provide a security-rich, flexible method for master and operational key entry as well as local and remote management of the cryptographic coprocessor features. This optional feature provides basic key management -- key identification, exchange, separation, update, backup, as well as security administration. The TKE workstation also includes a 17" flat panel display, a DVD-RAM drive, and built in Ethernet support on the motherboard.
- Minimum: None.
- Maximum: One feature
- Prerequisites: None.
- Corequisites for z990: CP Assist for Cryptographic Function (CPACF) feature #3863 and PCIXC feature #0868
- Corequisites for z800 and z900: Crypto Hardware Present resent feature #0800 and Crypto enablement feature #0875
- Corequisites 9672-G6: Crypto Hardware Present feature #0800 and Crypto enablement feature #0835
- Compatibility Conflicts: None known.
- Customer Set-up: No.
- Limitations: For z890 and z990, if TKE 3.x workstations are being used, and the feature #0868 is present, the TKE must be upgraded to the TKE 4.0 or higher. TKE 4.0 or higher is required to communicate with z890 or z990.
- Field Installable: Yes. Parts removed as a result of feature change become the property of IBM.
- Cable Order: None.
(#0876) TKE with Token Ring and 4758 PCI Card
(No Longer Available as of October 2, 2006)
(No Longer Available as of January 28, 2005)
This TKE replaces the currently orderable TKE (#0866). This TKE has a DVD drive built in and includes a 17" monitor. Maximum Number of Features: 1 Prerequisites: feature number 0800 Corequisites: feature number 0875 Compatibility Conflicts: None Customer Setup: No Limitations: None
(#0879) TKE with Ethernet and 4758 PCI Card
(No Longer Available as of October 2, 2006)
(No Longer Available as of January 28, 2005)
This TKE replaces the currently orderable TKE (#0869). This TKE has a DVD drive built in and includes a 17" monitor. Maximum Number of Features: 1 Prerequisites: feature number 0800 Corequisites: feature number 0875 Compatibility Conflicts: None Customer Setup: No Limitations: None
(#0886) TKE with Token Ring
(No Longer Available as of October 2, 2006)
(No Longer Available as of January 28, 2005)
This TKE is available in place of the currently orderable TKEs (#0866, #0876). This TKE has a DVD-RAM drive built in and includes a 17" monitor. The 4758 PCI card will not be shipped for feature conversions/exchanges. The card from the previous TKE should be used.
- Maximum Number of Features: 1
- Prerequisites: feature number 0800
- Corequisites: For z800 and z900: #0875; For 7060: #0825; For 9672: #0835
- Compatibility Conflicts: None
- Customer Setup: No
- Limitations: None
(#0889) TKE with Ethernet
(No Longer Available as of October 2, 2006)
(No Longer Available as of January 28, 2005)
This TKE is available in place of the currently orderable TKEs (#0869, #0879). This TKE has a DVD-RAM drive built in and includes a 17" monitor. The 4758 PCI card will not be shipped for feature conversions/exchanges. The card from the previous TKE should be used.
- Maximum Number of Features: 1
- Prerequisites: feature number 0800
- Corequisites: For z800 and z900: #0875; For 7060: #0825; For 9672: #0835
- Compatibility Conflicts: None
- Customer Setup: No
- Limitations: None
(#0896) TKE Workstation with Token Ring
(No Longer Available as of October 2, 2006)
Feature 0896 replaces the currently orderable feature: 0886. The Trusted Key Entry (TKE) workstation feature is a combination of hardware and software, network-connected to the server, and designed to provide a security-rich, flexible method for master and operational key entry as well as local and remote management of the cryptographic coprocessor features. This optional feature provides basic key management -- key identification, exchange, separation, update, backup, as well as security administration. The TKE workstation has a DVD-RAM drive, and a Token Ring adapter.
- Minimum: None.
- Maximum: One feature
- Prerequisites: None.
- Corequisites for z990: CP Assist for Cryptographic Function (CPACF) feature #3863 and PCIXCC feature #0868
- Corequisites for z800, z900, and below: Crypto Hardware Present feature #0800
- Compatibility Conflicts: None known.
- Customer Setup: No.
- Limitations: If TKE 3.X workstations are being used, they must be upgraded to the TKE 4.0 or higher. TKE 4.0 or higher is required to communicate with z890 or z990.
- Field Installable: Yes. Parts removed as a result of feature change become the property of IBM.
- Cable Order: IBM supplies a LAN connection package which includes One Ethernet cable (15.24m/50ft) with a connector for the 9-pin D shell on one end and the other end with a RJ-45 connector; one Token Ring cable (2.50m/8.2 ft) and one Token Ring cable (22.86m/75ft) both with RF-45 connectors on each end; and one Token Ring wrap plug.
(#0899) TKE Workstation with Ethernet
(No Longer Available as of October 2, 2006)
Feature 0899 replaces the currently orderable feature: 0889. The Trusted Key Entry (TKE) workstation feature is a combination of hardware and software, network-connected to the server, and designed to provide a security-rich, flexible method for master and operational key entry as well as local and remote management of the cryptographic coprocessor features. This optional feature provides basic key management -- key identification, exchange, separation, update, backup, as well as security administration. The TKE workstation has a DVD-RAM drive, and built in Ethernet support on the motherboard.
- Minimum: None.
- Maximum: One feature
- Prerequisites: None.
- Corequisites for z990: CP Assist for Cryptographic Function (CPACF) feature #3863 and PCIXC feature #0868
- Corequisites for z800, z900, and below: Crypto Hardware Present feature #0800
- Compatibility Conflicts: None known.
- Customer Setup: No.
- Limitations: If TKE 3.X workstations are being used, they must be upgraded to the TKE 4.0 or higher. TKE 4.0 or higher is required to communicate with z890 or z990.
- Field Installable: Yes. Parts removed as a result of feature change become the property of IBM.
- Cable Order: IBM supplies a LAN connection package which includes One Ethernet cable (15.24m/50ft) with a connector for the 9-pin D shell on one end and the other end with a RJ-45 connector; one Token Ring cable (2.50m/8.2 ft) and one Token Ring cable (22.86m/75ft) both with RF-45 connectors on each end; and one Token Ring wrap plug.
(#6092) 17" Business Black Monitor
(No Longer Available as of October 2, 2006)
This monitor or FC 6093 is required with #0074. Maximum Number of Features: 4 Prerequisites: None Corequisites: None Compatibility Conflicts: None Customer Setup: No Limitations: None
(#6093) 21" Business Black Monitor
(No Longer Available as of October 2, 2006)
This monitor or #6092 is required with #0074. Maximum Number of Features: 4 Prerequisites: None Corequisites: None Compatibility Conflicts: None Customer Setup: No Limitations: None
The HMC is used to control and monitor multiple systems via LAN (HMC ring) the HMC on RFAHW is either feature #0061 with a DVD kit (#0047) or feature (#0073). Feature (#0073) does not include the on-board Ethernet that is in feature (#0061). The Ethernet adapter must be on order if this connection is a requirement. Feature (#0073) is limited to three PCI slots for use with communication adapters, listed below. Also note that the 3 adapter options are mutually exclusive in feature (#0073).
- Minimum - 0 (if one is existing; 1 if none); Maximum - 4
(#0023) HMC Token Ring Feature
(No Longer Available as of October 2, 2006)
(For IBM US, No Longer Available as of November 19, 2002)
This card is required with HMC feature #0061.
- Minimum - 0; Maximum - 1 per or HMC
(#0026) HMC/SE 3270 Emulation Feature
(No Longer Available as of October 2, 2006)
(For IBM US, No Longer Available as of September 30, 2002)
This card is an option to be used with HMC feature #0061.
- Minimum - 0; Maximum - 1 per HMC
(#0026) HMC 3270 Emulation Feature
(No Longer Available as of October 2, 2006)
This card is an option to be used with HMC feature #0061.
- Minimum - 0; Maximum - 1 per HMC
(#0038) WAC
(No Longer Available as of October 2, 2006)
(For IBM US, No Longer Available as of September 30, 2002)
This card is an option to be used with HMC feature #0061.
- Minimum - 0; Maximum - 1 per HMC
(#0047) DVD Driver
(No Longer Available as of October 2, 2006)
(No Longer Available as of January 28, 2005)
The DVD Driver is used on HMC (#0061). This feature is required to support the 2064 server.
- Minimum - 1 per HMC; Maximum - 1 per HMC
(#0083) Service Element (SE)
(No Longer Available as of October 2, 2006)
The Service Element is an integral part of the 2064 server and is shipped with two identical units. The second is a backup. Two communication adapters per SE are available for customer LAN connection (Ethernet #0063 and Token Ring #0062). The default adapter setting is Token Ring/Ethernet. This combination is available on initial order and on conversions. The customer may override the default and select an Ethernet/Ethernet configuration.
This card is an option to be used with SE feature #0083.
- Minimum - 0; Maximum - 1 per SE
The SE Ethernet feature allows installation of an additional Ethernet feature, in addition to the basic SE function. Installation of this option precludes use of the Token Ring SE function.
- Minimum - 1; Maximum - 2 per SE
Cryptographic Coprocessor Features
Cryptographic Coprocessor is a data security standard feature on the IBM eServer zSeries 900 servers. Models 101, 1C1, and 2C1 have access to one Cryptographic Coprocessor chip; Models 102, 103, 104, 105, 106, 107, 108, 109, 1C2, 1C3, 1C4, 1C5, 1C6, 1C7, 1C8, 1C9, 110, 111, 112, 113, 114, 115, 116, 2C2, 2C3, 2C4, 2C5, 2C6, 2C7, 2C8, 2C9, 210, 211, 212, 213, 214, 215, 216 have access to two cryptographic chips.
Description of Features Feature Number
Crypto Hardware Present 0800
No Crypto 0808
Dual PCICC cd 0861
T-DES for PCI Crypto 0865
TKE Hardware for Token Ring 0866
TKE Hardware for Token Ring 0876
TKE Hardware for Ethernet 0869
TKE Hardware for Ethernet 0879
T-DES 0874
TDES Crypto Enablement 0875
All features are now available in all participating countries in all applicable marketing units.
HMC w/Dual EN, DVD - Black 0079
HMC w/TR, and EN, DVD - Black 0080
MAU (Multi-Station Access Unit) 0088
TKE with Ethernet (EN) 0849
TKE with Token Ring (TR) 0846
TKE Hardware for Ethernet 0869
TKE Hardware for Ethernet 0879
T-DES 0874
TDES Crypto Enablement 0875
17" Flat panel display 6094
20" Flat panel display 6095
All features are now available in all participating countries in all applicable marketing units.
(#0861) Dual PCICC Card
(No Longer Available as of October 2, 2006)
The Peripheral Component Interconnect Cryptographic Coprocessor (PCICC) feature is an optional addition to the System Cryptographic Coprocessors. PCICC is programmable, to rapidly deploy new standard functions, to enable migration from the IBM 4753 external crypto box, and to meet unique customer requirements - User Defined Extensions (UDX). Minimum number of features: None. Maximum number of features: 8. Prerequisites: Crypto feature #0800. Corequisites: New I/O cage feature #2023. Compatibility Conflicts: PCICC can only be utilized when the System Cryptographic Coprocessors are enabled. PCICC must match the security level of the System Crypto. Customer Setup: No. Limitations: The total quantity of PCICC, FICON and OSA-Express features together cannot exceed 16 per I/O cage and 48 per system (16 each in three I/O cages). Field Installable: Yes. Parts removed as a result of this feature change become the property of IBM. Cable Order: None.
Miscellaneous Feature Descriptions
(#0855) TKE 5.0 LIC
(No Longer Available as of October 2, 2006)
The Trusted Key Entry (TKE) 5.0 level of Licensed Internal Code (LIC) is installed in a TKE workstation (#0859). TKE 5.0 LIC is a no-charge enablement feature which is loaded prior to shipment when a TKE workstation is ordered. The TKE 5.0 LIC includes support for the Smart Card Reader.
- Minimum: None.
- Maximum: Three (3).
- Prerequisites: TKE workstation (#0859).
- Corequisites:
- For z900 and z800 (2064, 2066) the Crypto Hardware Present Indicator (#0800) and, optionally, the PCICC (#0861).
- For z9-109, CPACF (#3863) and Crypto Express2 (#0863).
- Compatibility Conflicts: None known.
- Customer Set-up: No.
- Limitations: None.
- Field Installable: Yes. Parts removed as a result of feature change become the property of IBM.
(#0859) TKE workstation
(No Longer Available as of October 2, 2006)
This is an optional feature. The Trusted Key Entry (TKE) workstation is a combination of hardware and software, network-connected to the server, and designed to provide a security-rich, flexible method for master and operational key entry as well as local and remote management of the cryptographic coprocessor features. Crypto Express2 default configuration on the z9-109 is a coprocessor. This optional feature provides basic key management -- key identification, exchange, separation, update, backup, as well as security administration. The TKE workstation has one Ethernet port and supports connectivity to an Ethernet Local Area Network (LAN) operating at 10, 100, or 1000 Mbps.
The feature shipment includes a system unit, mouse, keyboard, 17-inch (431.8 mm) flat panel display, DVD-RAM drive to install Licensed Internal Code (LIC), and a PCI-X Cryptographic Coprocessor. The workstation has one Ethernet port and a serial port for attaching a Smart Card Reader.
If Trusted Key Entry is required on a z9-109, then a TKE 5.0 workstation must be used. TKE 5.0 workstations can also be used to control the z990, z890, z900, and z800 servers.
- Minimum: None.
- Maximum: Three (3).
- Prerequisites: CP Assist for Cryptographic Function (#3863) and Crypto Express2 feature (#0863).
- Corequisite: TKE 5.0 LIC (#0855) loaded on TKE workstation prior to shipment.
- Compatibility Conflicts: None known.
- Customer Set-up: No.
- Limitations: None.
- Field Installable: Yes. Parts removed as a result of feature change become the property of IBM.
- Cable Order: LAN cabling is a customer responsibility. A Category 5 Unshielded Twisted Pair (UTP) cable terminated with RJ-45 connector is required.
Note: TKE 4.x workstations can be used to control z990, z890, and prior servers. TKE 3.x workstations can be used to control z900, z800, and prior servers.
(#2210) Internal Battery Feature
(No Longer Available as of October 2, 2006)
The Internal Battery Feature (IBF) provides the function of a local uninterruptible power source. It has continuous self-testing capability for battery backup, which has been fully integrated into the diagnostics, including Remote Service Facility (RSF) support. The IBF enables from 3.5 to a minimum of 20 minutes of full power hold-up for the 2064 Server and up to one hour for the Model 100, in power save mode. One IBF frame feature (#3040) will automatically be shipped with any quantity of the IBF feature.
- Minimum - 0; Maximum - 3
(#2029) JCM OPS
(No Longer Available as of October 2, 2006)
This feature is used for enabling the G6 to run the Japanese Operating System.
(#3030) Additional Frame
(No Longer Available as of October 2, 2006)
The additional frame would be required when the second I/O expansion cage is installed.
(#6094) 17" Flat panel display
(No Longer Available as of October 2, 2006)
The new business black 17" flat panel display offers the benefits of a flat-panel monitor including improved use of space and reduced energy consumption compared to CRT monitors.
- Minimum: none.
- Maximum: ten features.
- Prerequisites: None.
- Corequisites: None.
- Compatibility Conflicts: None known.
- Customer Set-up: No.
- Limitations: None
- Field Installable: Yes. Parts removed as a result of feature conversion become the property of IBM.
- Cable Order: None.
(#6095) 20" Flat panel display
(No Longer Available as of October 2, 2006)
The new business black 20" flat panel display offers the benefits of a flat-panel monitor including improved use of space and reduced energy consumption compared to CRT monitors.
- Minimum: none.
- Maximum: ten features.
- Prerequisites: None.
- Corequisites: None.
- Compatibility Conflicts: None known.
- Customer Set-up: No.
- Limitations: None
- Field Installable: Yes. Parts removed as a result of feature conversion become the property of IBM.
- Cable Order: None.
(#6401) Power Sequence Control (PSC)
(No Longer Available as of October 2, 2006)
Provides power sequencing for attachment of up to 16 I/O controllers). Each cage has the capability of up to 2 PSC controls.
(#7999) Capacity Back-Up
(No Longer Available as of October 2, 2006)
Along with a valid Special Bid contract, this feature can be ordered on all Models except 109, 116 and the Coupling Facility model 100. Feature #7999 identifies how many CPs are in the Capacity Backup to IBM's vital product database for the customer system.
(#9904) SCSI IPL Feature Enabler
(No Longer Available as of October 2, 2006)
The Small Computer System Interface (SCSI) Initial Program Load (IPL) is a no-charge enablement feature which is designed to allow the IPL of an operating system from a SCSI-type disk attached to a FICON feature configured as Fibre Channel Protocol, CHPID type FCP. Without this feature the SCSI IPL function, while present in the operating system, remains inactive.
- Minimum: None.
- Maximum: One.
- Prerequisites:
- For z800 (2066): FICON Express LX (#2319) or FICON Express SX (#2320).
- For z900 (2064): FICON LX (#2315), FICON SX (#2318), FICON Express LX (#2319), or FICON Express SX (#2320).
- Corequisites: None.
- Compatibility Conflicts: None known.
- Customer Setup: No.
- Limitations: None.
- Field Installable: Yes.
(#9910, #9950) Local Uninterruptible Power Supply
(No Longer Available as of October 2, 2006)
This feature is not orderable on 2064 models, nor is it a carryover feature from prior server installations. Contact your IBM representative in the event that your installation desires power holdup in excess than the capability provided with IBM's Internal Battery Feature (IBF), feature #2210.
Feature Exchanges
Upgrades From:
9672 G5, Models:
R06 RA6 R16 T16 Y16 RB6 R26 T26 Y26 RC6 R36 Y36 RD6 R46 Y46 R56 Y56 R66 Y66 R76 Y76 R86 Y86 R96 Y96 RX6 YX6
And 9672 G6, Models:
X17 X27 X37 X47 X57 X67 X77 X87 X97 XX7 XY7 XZ7 Z17 Z27 Z37 Z47 Z57 Z67 Z77 Z87 Z97 ZX7 ZY7 ZZ7
To:
2064 z900: Models 100 to 116, 210 to 216, 1C1 to 1C9, and 2C1 to 2C9.
Feature From To Description ---- ---- ------------------------------------------------------ 7010 8051 Memory to Memory 7010 8061 Memory to Memory 7010 8071 Memory to Memory 7010 8081 Memory to Memory 7010 8100 Memory to Memory 7010 8101 Memory to Memory 7010 8120 Memory to Memory 7010 8121 Memory to Memory 7010 8140 Memory to Memory 7010 8141 Memory to Memory 7010 8160 Memory to Memory 7010 8161 Memory to Memory 7010 8180 Memory to Memory 7010 8181 Memory to Memory 7010 8200 Memory to Memory 7010 8201 Memory to Memory 7010 8240 Memory to Memory 7010 8241 Memory to Memory 7010 8280 Memory to Memory 7010 8281 Memory to Memory 7010 8320 Memory to Memory 7010 8321 Memory to Memory 7010 8400 Memory to Memory 7010 8480 Memory to Memory 7010 8560 Memory to Memory 7010 8640 Memory to Memory
7015 8051 Memory to Memory 7015 8061 Memory to Memory 7015 8071 Memory to Memory 7015 8081 Memory to Memory 7015 8100 Memory to Memory 7015 8101 Memory to Memory 7015 8120 Memory to Memory 7015 8121 Memory to Memory 7015 8140 Memory to Memory 7015 8141 Memory to Memory 7015 8160 Memory to Memory 7015 8161 Memory to Memory 7015 8180 Memory to Memory 7015 8181 Memory to Memory 7015 8200 Memory to Memory 7015 8201 Memory to Memory 7015 8240 Memory to Memory 7015 8241 Memory to Memory 7015 8280 Memory to Memory 7015 8281 Memory to Memory 7015 8320 Memory to Memory 7015 8321 Memory to Memory 7015 8400 Memory to Memory 7015 8480 Memory to Memory 7015 8560 Memory to Memory 7015 8640 Memory to Memory
7020 8051 Memory to Memory 7020 8061 Memory to Memory 7020 8071 Memory to Memory 7020 8081 Memory to Memory 7020 8100 Memory to Memory 7020 8101 Memory to Memory 7020 8120 Memory to Memory 7020 8121 Memory to Memory 7020 8140 Memory to Memory 7020 8141 Memory to Memory 7020 8160 Memory to Memory 7020 8161 Memory to Memory 7020 8180 Memory to Memory 7020 8181 Memory to Memory 7020 8200 Memory to Memory 7020 8201 Memory to Memory 7020 8240 Memory to Memory 7020 8241 Memory to Memory 7020 8280 Memory to Memory 7020 8281 Memory to Memory 7020 8320 Memory to Memory 7020 8321 Memory to Memory 7020 8400 Memory to Memory 7020 8480 Memory to Memory 7020 8560 Memory to Memory 7020 8640 Memory to Memory
7025 8051 Memory to Memory 7025 8061 Memory to Memory 7025 8071 Memory to Memory 7025 8081 Memory to Memory 7025 8100 Memory to Memory 7025 8101 Memory to Memory 7025 8120 Memory to Memory 7025 8121 Memory to Memory 7025 8140 Memory to Memory 7025 8141 Memory to Memory 7025 8160 Memory to Memory 7025 8161 Memory to Memory 7025 8180 Memory to Memory 7025 8181 Memory to Memory 7025 8200 Memory to Memory 7025 8201 Memory to Memory 7025 8240 Memory to Memory 7025 8241 Memory to Memory 7025 8280 Memory to Memory 7025 8281 Memory to Memory 7025 8320 Memory to Memory 7025 8321 Memory to Memory 7025 8400 Memory to Memory 7025 8480 Memory to Memory 7025 8560 Memory to Memory 7025 8640 Memory to Memory
7030 8051 Memory to Memory 7030 8061 Memory to Memory 7030 8071 Memory to Memory 7030 8081 Memory to Memory 7030 8100 Memory to Memory 7030 8101 Memory to Memory 7030 8120 Memory to Memory 7030 8121 Memory to Memory 7030 8140 Memory to Memory 7030 8141 Memory to Memory 7030 8160 Memory to Memory 7030 8161 Memory to Memory 7030 8180 Memory to Memory 7030 8181 Memory to Memory 7030 8200 Memory to Memory 7030 8201 Memory to Memory 7030 8240 Memory to Memory 7030 8241 Memory to Memory 7030 8280 Memory to Memory 7030 8281 Memory to Memory 7030 8320 Memory to Memory 7030 8321 Memory to Memory 7030 8400 Memory to Memory 7030 8480 Memory to Memory 7030 8560 Memory to Memory 7030 8640 Memory to Memory
7035 8051 Memory to Memory 7035 8061 Memory to Memory 7035 8071 Memory to Memory 7035 8081 Memory to Memory 7035 8100 Memory to Memory 7035 8101 Memory to Memory 7035 8120 Memory to Memory 7035 8121 Memory to Memory 7035 8140 Memory to Memory 7035 8141 Memory to Memory 7035 8160 Memory to Memory 7035 8161 Memory to Memory 7035 8180 Memory to Memory 7035 8181 Memory to Memory 7035 8200 Memory to Memory 7035 8201 Memory to Memory 7035 8240 Memory to Memory 7035 8241 Memory to Memory 7035 8280 Memory to Memory 7035 8281 Memory to Memory 7035 8320 Memory to Memory 7035 8321 Memory to Memory 7035 8400 Memory to Memory 7035 8480 Memory to Memory 7035 8560 Memory to Memory 7035 8640 Memory to Memory
7040 8051 Memory to Memory 7040 8061 Memory to Memory 7040 8071 Memory to Memory 7040 8081 Memory to Memory 7040 8100 Memory to Memory 7040 8101 Memory to Memory 7040 8120 Memory to Memory 7040 8121 Memory to Memory 7040 8140 Memory to Memory 7040 8141 Memory to Memory 7040 8160 Memory to Memory 7040 8161 Memory to Memory 7040 8180 Memory to Memory 7040 8181 Memory to Memory 7040 8200 Memory to Memory 7040 8201 Memory to Memory 7040 8240 Memory to Memory 7040 8241 Memory to Memory 7040 8280 Memory to Memory 7040 8281 Memory to Memory 7040 8320 Memory to Memory 7040 8321 Memory to Memory 7040 8400 Memory to Memory 7040 8480 Memory to Memory 7040 8560 Memory to Memory 7040 8640 Memory to Memory
7050 8051 Memory to Memory 7050 8061 Memory to Memory 7050 8071 Memory to Memory 7050 8081 Memory to Memory 7050 8100 Memory to Memory 7050 8101 Memory to Memory 7050 8120 Memory to Memory 7050 8121 Memory to Memory 7050 8140 Memory to Memory 7050 8141 Memory to Memory 7050 8160 Memory to Memory 7050 8161 Memory to Memory 7050 8180 Memory to Memory 7050 8181 Memory to Memory 7050 8200 Memory to Memory 7050 8201 Memory to Memory 7050 8240 Memory to Memory 7050 8241 Memory to Memory 7050 8280 Memory to Memory 7050 8281 Memory to Memory 7050 8320 Memory to Memory 7050 8321 Memory to Memory 7050 8400 Memory to Memory 7050 8480 Memory to Memory 7050 8560 Memory to Memory 7050 8640 Memory to Memory
7060 8061 Memory to Memory 7060 8071 Memory to Memory 7060 8081 Memory to Memory 7060 8100 Memory to Memory 7060 8101 Memory to Memory 7060 8120 Memory to Memory 7060 8121 Memory to Memory 7060 8140 Memory to Memory 7060 8141 Memory to Memory 7060 8160 Memory to Memory 7060 8161 Memory to Memory 7060 8180 Memory to Memory 7060 8181 Memory to Memory 7060 8200 Memory to Memory 7060 8201 Memory to Memory 7060 8240 Memory to Memory 7060 8241 Memory to Memory 7060 8280 Memory to Memory 7060 8281 Memory to Memory 7060 8320 Memory to Memory 7060 8321 Memory to Memory 7060 8400 Memory to Memory 7060 8480 Memory to Memory 7060 8560 Memory to Memory 7060 8640 Memory to Memory
7070 8071 Memory to Memory 7070 8081 Memory to Memory 7070 8100 Memory to Memory 7070 8101 Memory to Memory 7070 8120 Memory to Memory 7070 8121 Memory to Memory 7070 8140 Memory to Memory 7070 8141 Memory to Memory 7070 8160 Memory to Memory 7070 8161 Memory to Memory 7070 8180 Memory to Memory 7070 8181 Memory to Memory 7070 8200 Memory to Memory 7070 8201 Memory to Memory 7070 8240 Memory to Memory 7070 8241 Memory to Memory 7070 8280 Memory to Memory 7070 8281 Memory to Memory 7070 8320 Memory to Memory 7070 8321 Memory to Memory 7070 8400 Memory to Memory 7070 8480 Memory to Memory 7070 8560 Memory to Memory 7070 8640 Memory to Memory
7080 8081 Memory to Memory 7080 8100 Memory to Memory 7080 8101 Memory to Memory 7080 8120 Memory to Memory 7080 8121 Memory to Memory 7080 8140 Memory to Memory 7080 8141 Memory to Memory 7080 8160 Memory to Memory 7080 8161 Memory to Memory 7080 8180 Memory to Memory 7080 8181 Memory to Memory 7080 8200 Memory to Memory 7080 8201 Memory to Memory 7080 8240 Memory to Memory 7080 8241 Memory to Memory 7080 8280 Memory to Memory 7080 8281 Memory to Memory 7080 8320 Memory to Memory 7080 8321 Memory to Memory 7080 8400 Memory to Memory 7080 8480 Memory to Memory 7080 8560 Memory to Memory 7080 8640 Memory to Memory
7100 8100 Memory to Memory 7100 8101 Memory to Memory 7100 8120 Memory to Memory 7100 8121 Memory to Memory 7100 8140 Memory to Memory 7100 8141 Memory to Memory 7100 8160 Memory to Memory 7100 8161 Memory to Memory 7100 8180 Memory to Memory 7100 8181 Memory to Memory 7100 8200 Memory to Memory 7100 8201 Memory to Memory 7100 8240 Memory to Memory 7100 8241 Memory to Memory 7100 8280 Memory to Memory 7100 8281 Memory to Memory 7100 8320 Memory to Memory 7100 8321 Memory to Memory 7100 8400 Memory to Memory 7100 8480 Memory to Memory 7100 8560 Memory to Memory 7100 8640 Memory to Memory
7120 8120 Memory to Memory 7120 8121 Memory to Memory 7120 8140 Memory to Memory 7120 8141 Memory to Memory 7120 8160 Memory to Memory 7120 8161 Memory to Memory 7120 8180 Memory to Memory 7120 8181 Memory to Memory 7120 8200 Memory to Memory 7120 8201 Memory to Memory 7120 8240 Memory to Memory 7120 8241 Memory to Memory 7120 8280 Memory to Memory 7120 8281 Memory to Memory 7120 8320 Memory to Memory 7120 8321 Memory to Memory 7120 8400 Memory to Memory 7120 8480 Memory to Memory 7120 8560 Memory to Memory 7120 8640 Memory to Memory
7160 8160 Memory to Memory 7160 8161 Memory to Memory 7160 8180 Memory to Memory 7160 8181 Memory to Memory 7160 8200 Memory to Memory 7160 8201 Memory to Memory 7160 8240 Memory to Memory 7160 8241 Memory to Memory 7160 8280 Memory to Memory 7160 8281 Memory to Memory 7160 8320 Memory to Memory 7160 8321 Memory to Memory 7160 8400 Memory to Memory 7160 8480 Memory to Memory 7160 8560 Memory to Memory 7160 8640 Memory to Memory
7200 8200 Memory to Memory 7200 8201 Memory to Memory 7200 8240 Memory to Memory 7200 8241 Memory to Memory 7200 8280 Memory to Memory 7200 8281 Memory to Memory 7200 8320 Memory to Memory 7200 8321 Memory to Memory 7200 8400 Memory to Memory 7200 8480 Memory to Memory 7200 8560 Memory to Memory 7200 8640 Memory to Memory
7240 8240 Memory to Memory 7240 8241 Memory to Memory 7240 8280 Memory to Memory 7240 8281 Memory to Memory 7240 8320 Memory to Memory 7240 8321 Memory to Memory 7240 8400 Memory to Memory 7240 8480 Memory to Memory 7240 8560 Memory to Memory 7240 8640 Memory to Memory
7280 8280 Memory to Memory 7280 8281 Memory to Memory 7280 8320 Memory to Memory 7280 8321 Memory to Memory 7280 8400 Memory to Memory 7280 8480 Memory to Memory 7280 8560 Memory to Memory 7280 8640 Memory to Memory
7320 8320 Memory to Memory 7320 8321 Memory to Memory 7320 8400 Memory to Memory 7320 8480 Memory to Memory 7320 8560 Memory to Memory 7320 8640 Memory to Memory
2313 2324 ESCON to ESCON 2314 2315 FICON to FICON LX 2316 2318 FICON SX to FICON SX 2350 2365 OSA-Express GbE SX to OSA-Express GbE SX 2351 2364 OSA-Express GbE LX to OSA-Express GbE LX 2360 2362 OSA-Express 155 ATM SM to OSA-Express 155 ATM SM 2361 2363 OSA-Express 155 ATM MM to OSA-Express 155 ATM 155 MM 2340 2366 OSA-Express Fast Ethernet to OSA-Express Fast Ethernet 5206 2363 OSA-2 155 ATM MM to OSA-Express 155 ATM MM 5207 2362 OSA-2 155 ATM SM to OSA-Express 155 ATM SM 5208 2366 OSA-2 Fast Ethernet to OSA-Express Fast Ethernet
Upgrades From:
2064 z900, Models 100 to 116 and 1C1 to 1C9
To:
2064 z900, Models 100 to 116, 210 to 216, 1C1 to 1C9, and 2C1 to 2C9.
8051 8061 Memory to Memory 8051 8071 Memory to Memory 8051 8081 Memory to Memory 8051 8100 Memory to Memory 8051 8101 Memory to Memory 8051 8120 Memory to Memory 8051 8121 Memory to Memory 8051 8140 Memory to Memory 8051 8141 Memory to Memory 8051 8160 Memory to Memory 8051 8161 Memory to Memory 8051 8180 Memory to Memory 8051 8181 Memory to Memory 8051 8200 Memory to Memory 8051 8201 Memory to Memory 8051 8240 Memory to Memory 8051 8241 Memory to Memory 8051 8280 Memory to Memory 8051 8281 Memory to Memory 8051 8320 Memory to Memory 8051 8321 Memory to Memory 8051 8400 Memory to Memory 8051 8480 Memory to Memory 8051 8560 Memory to Memory 8051 8640 Memory to Memory
8061 8071 Memory to Memory 8061 8081 Memory to Memory 8061 8100 Memory to Memory 8061 8101 Memory to Memory 8061 8120 Memory to Memory 8061 8121 Memory to Memory 8061 8140 Memory to Memory 8061 8141 Memory to Memory 8061 8160 Memory to Memory 8061 8161 Memory to Memory 8061 8180 Memory to Memory 8061 8181 Memory to Memory 8061 8200 Memory to Memory 8061 8201 Memory to Memory 8061 8240 Memory to Memory 8061 8241 Memory to Memory 8061 8280 Memory to Memory 8061 8281 Memory to Memory 8061 8320 Memory to Memory 8061 8321 Memory to Memory 8061 8400 Memory to Memory 8061 8480 Memory to Memory 8061 8560 Memory to Memory 8061 8640 Memory to Memory
8071 8081 Memory to Memory 8071 8081 Memory to Memory 8071 8100 Memory to Memory 8071 8101 Memory to Memory 8071 8120 Memory to Memory 8071 8121 Memory to Memory 8071 8140 Memory to Memory 8071 8141 Memory to Memory 8071 8160 Memory to Memory 8071 8161 Memory to Memory 8071 8180 Memory to Memory 8071 8181 Memory to Memory 8071 8200 Memory to Memory 8071 8201 Memory to Memory 8071 8240 Memory to Memory 8071 8241 Memory to Memory 8071 8280 Memory to Memory 8071 8281 Memory to Memory 8071 8320 Memory to Memory 8071 8321 Memory to Memory 8071 8400 Memory to Memory 8071 8480 Memory to Memory 8071 8560 Memory to Memory 8071 8640 Memory to Memory
8081 8100 Memory to Memory 8081 8120 Memory to Memory 8081 8121 Memory to Memory 8081 8140 Memory to Memory 8081 8141 Memory to Memory 8081 8160 Memory to Memory 8081 8161 Memory to Memory 8081 8180 Memory to Memory 8081 8181 Memory to Memory 8081 8200 Memory to Memory 8081 8201 Memory to Memory 8081 8240 Memory to Memory 8081 8241 Memory to Memory 8081 8280 Memory to Memory 8081 8281 Memory to Memory 8081 8320 Memory to Memory 8081 8321 Memory to Memory 8081 8400 Memory to Memory 8081 8480 Memory to Memory 8081 8560 Memory to Memory 8081 8640 Memory to Memory
8100 8120 Memory to Memory 8100 8140 Memory to Memory 8100 8160 Memory to Memory 8100 8180 Memory to Memory 8100 8200 Memory to Memory 8100 8240 Memory to Memory 8100 8280 Memory to Memory 8100 8320 Memory to Memory 8100 8400 Memory to Memory 8100 8480 Memory to Memory 8100 8560 Memory to Memory 8100 8640 Memory to Memory
8101 8100 Memory to Memory 8101 8120 Memory to Memory 8101 8121 Memory to Memory 8101 8140 Memory to Memory 8101 8141 Memory to Memory 8101 8160 Memory to Memory 8101 8161 Memory to Memory 8101 8180 Memory to Memory 8101 8181 Memory to Memory 8101 8200 Memory to Memory 8101 8201 Memory to Memory 8101 8240 Memory to Memory 8101 8241 Memory to Memory 8101 8280 Memory to Memory 8101 8281 Memory to Memory 8101 8320 Memory to Memory 8101 8321 Memory to Memory 8101 8400 Memory to Memory 8101 8480 Memory to Memory 8101 8560 Memory to Memory 8101 8640 Memory to Memory
8120 8140 Memory to Memory 8120 8160 Memory to Memory 8120 8180 Memory to Memory 8120 8200 Memory to Memory 8120 8240 Memory to Memory 8120 8280 Memory to Memory 8120 8320 Memory to Memory 8120 8400 Memory to Memory 8120 8480 Memory to Memory 8120 8560 Memory to Memory 8120 8640 Memory to Memory
8121 8120 Memory to Memory 8121 8140 Memory to Memory 8121 8141 Memory to Memory 8121 8160 Memory to Memory 8121 8161 Memory to Memory 8121 8180 Memory to Memory 8121 8181 Memory to Memory 8121 8200 Memory to Memory 8121 8201 Memory to Memory 8121 8240 Memory to Memory 8121 8241 Memory to Memory 8121 8280 Memory to Memory 8121 8281 Memory to Memory 8121 8320 Memory to Memory 8121 8321 Memory to Memory 8121 8400 Memory to Memory 8121 8480 Memory to Memory 8121 8560 Memory to Memory 8121 8640 Memory to Memory
8140 8160 Memory to Memory 8140 8200 Memory to Memory 8140 8240 Memory to Memory 8140 8280 Memory to Memory 8140 8320 Memory to Memory 8140 8400 Memory to Memory 8140 8480 Memory to Memory 8140 8560 Memory to Memory 8140 8640 Memory to Memory
8141 8140 Memory to Memory 8141 8160 Memory to Memory 8141 8161 Memory to Memory 8141 8180 Memory to Memory 8141 8181 Memory to Memory 8141 8200 Memory to Memory 8141 8201 Memory to Memory 8141 8240 Memory to Memory 8141 8241 Memory to Memory 8141 8280 Memory to Memory 8141 8281 Memory to Memory 8141 8320 Memory to Memory 8141 8321 Memory to Memory 8141 8400 Memory to Memory 8141 8480 Memory to Memory 8141 8560 Memory to Memory 8141 8640 Memory to Memory
8160 8240 Memory to Memory 8160 8280 Memory to Memory 8160 8320 Memory to Memory 8160 8400 Memory to Memory 8160 8480 Memory to Memory 8160 8560 Memory to Memory 8160 8640 Memory to Memory
8161 8160 Memory to Memory 8161 8180 Memory to Memory 8161 8200 Memory to Memory 8161 8201 Memory to Memory 8161 8240 Memory to Memory 8161 8241 Memory to Memory 8161 8280 Memory to Memory 8161 8281 Memory to Memory 8161 8320 Memory to Memory 8161 8321 Memory to Memory 8161 8400 Memory to Memory 8161 8480 Memory to Memory 8161 8560 Memory to Memory 8161 8640 Memory to Memory
8180 8200 Memory to Memory 8180 8240 Memory to Memory 8180 8280 Memory to Memory 8180 8320 Memory to Memory 8180 8321 Memory to Memory 8180 8400 Memory to Memory 8180 8480 Memory to Memory 8180 8560 Memory to Memory 8180 8640 Memory to Memory
8181 8180 Memory to Memory 8181 8200 Memory to Memory 8181 8201 Memory to Memory 8181 8240 Memory to Memory 8181 8241 Memory to Memory 8181 8280 Memory to Memory 8181 8281 Memory to Memory 8181 8320 Memory to Memory 8181 8321 Memory to Memory 8181 8400 Memory to Memory 8181 8480 Memory to Memory 8181 8560 Memory to Memory 8181 8640 Memory to Memory
8200 8240 Memory to Memory 8200 8280 Memory to Memory 8200 8320 Memory to Memory 8200 8400 Memory to Memory 8200 8480 Memory to Memory 8200 8560 Memory to Memory 8200 8640 Memory to Memory
8201 8200 Memory to Memory 8201 8240 Memory to Memory 8201 8241 Memory to Memory 8201 8280 Memory to Memory 8201 8281 Memory to Memory 8201 8320 Memory to Memory 8201 8321 Memory to Memory 8201 8400 Memory to Memory 8201 8480 Memory to Memory 8201 8560 Memory to Memory 8201 8640 Memory to Memory
8240 8280 Memory to Memory 8240 8320 Memory to Memory 8240 8400 Memory to Memory 8240 8480 Memory to Memory 8240 8560 Memory to Memory 8240 8640 Memory to Memory
8241 8240 Memory to Memory 8241 8280 Memory to Memory 8241 8281 Memory to Memory 8241 8320 Memory to Memory 8241 8321 Memory to Memory 8241 8400 Memory to Memory 8241 8480 Memory to Memory 8241 8560 Memory to Memory 8241 8640 Memory to Memory
8280 8320 Memory to Memory 8280 8400 Memory to Memory 8280 8480 Memory to Memory 8280 8560 Memory to Memory 8280 8640 Memory to Memory
8281 8280 Memory to Memory 8281 8320 Memory to Memory 8281 8321 Memory to Memory 8281 8400 Memory to Memory 8281 8480 Memory to Memory 8281 8560 Memory to Memory 8281 8640 Memory to Memory
8320 8400 Memory to Memory 8320 8480 Memory to Memory 8320 8560 Memory to Memory 8320 8640 Memory to Memory
8321 8320 Memory to Memory 8321 8400 Memory to Memory 8321 8480 Memory to Memory 8321 8560 Memory to Memory 8321 8640 Memory to Memory
8400 8480 Memory to Memory 8400 8560 Memory to Memory 8400 8640 Memory to Memory
8480 8560 Memory to Memory 8480 8640 Memory to Memory
8560 8640 Memory to Memory
Upgrades From:
9672 G5, Models:
RA6 R16 T16 Y16 RB6 R26 T26 Y26 RC6 R36 Y36 RD6 R46 Y46 R56 Y56 R66 Y66 R76 Y76 R86 Y86 R96 Y96 RX6 YX6
To:
2064 z900, Models: 101 to 116, and 1C1 to 1C9:
0901 1051 One-way to One-way 0901 1052 One-way to Two-way 0901 1053 One-way to Three-way 0901 1054 One-way to Four-way 0901 1055 One-way to Five-way 0901 1056 One-way to Six-way 0901 1057 One-way to Seven-way 0901 1058 One-way to Eight-way 0901 1059 One-way to Nine-way 0901 1070 One-way to Ten-way 0901 1071 One-way to Eleven-way 0901 1072 One-way to Twelve-way 0901 1073 One-way to Thirteen-way 0901 1074 One-way to Fourteen-way 0901 1075 One-way to Fifteen-way 0901 1076 One-way to Sixteen-way 0901 1061 One-way to One-way 0901 1062 One-way to Two-way 0901 1063 One-way to Three-way 0901 1064 One-way to Four-way 0901 1065 One-way to Five-way 0901 1066 One-way to Six-way 0901 1067 One-way to Seven-way 0901 1068 One-way to Eight-way 0901 1069 One-way to Nine-way
0902 1051 One-way to One`way 0902 1052 One-way to Two-way 0902 1053 One-way to Three-way 0902 1054 One-way to Four-way 0902 1055 One-way to Five-way 0902 1056 One-way to Six-way 0902 1057 One-way to Seven-way 0902 1058 One-way to Eight-way 0902 1059 One-way to Nine-way 0902 1070 One-way to Ten-way 0902 1071 One-way to Eleven-way 0902 1072 One-way to Twelve-way 0902 1073 One-way to Thirteen-way 0902 1074 One-way to Fourteen-way 0902 1075 One-way to Fifteen-way 0902 1076 One-way to Sixteen-way 0902 1061 One-way to One`way 0902 1062 One-way to Two-way 0902 1063 One-way to Three-way 0902 1064 One-way to Four-way 0902 1065 One-way to Five-way 0902 1066 One-way to Six-way 0902 1067 One-way to Seven-way 0902 1068 One-way to Eight-way 0902 1069 One-way to Nine-way
0916 1051 One-way to One-way 0916 1052 One-way to Two-way 0916 1053 One-way to Three-way 0916 1054 One-way to Four-way 0916 1055 One-way to Five-way 0916 1056 One-way to Six-way 0916 1057 One-way to Seven-way 0916 1058 One-way to Eight-way 0916 1059 One-way to Nine-way 0916 1070 One-way to Ten-way 0916 1071 One-way to Eleven-way 0916 1072 One-way to Twelve-way 0916 1073 One-way to Thirteen-way 0916 1074 One-way to Fourteen-way 0916 1075 One-way to Fifteen-way 0916 1076 One-way to Sixteen-way 0916 1061 One-way to One-way 0916 1062 One-way to Two-way 0916 1063 One-way to Three-way 0916 1064 One-way to Four-way 0916 1065 One-way to Five-way 0916 1066 One-way to Six-way 0916 1067 One-way to Seven-way 0916 1068 One-way to Eight-way 0916 1069 One-way to Nine-way
0921 1051 One-way to One-way 0921 1052 One-way to Two-way 0921 1053 One-way to Three-way 0921 1054 One-way to Four-way 0921 1055 One-way to Five-way 0921 1056 One-way to Six-way 0921 1057 One-way to Seven-way 0921 1058 One-way to Eight-way 0921 1059 One-way to Nine-way 0921 1070 One-way to Ten-way 0921 1071 One-way to Eleven-way 0921 1072 One-way to Twelve-way 0921 1073 One-way to Thirteen-way 0921 1074 One-way to Fourteen-way 0921 1075 One-way to Fifteen-way 0921 1076 One-way to Sixteen-way 0921 1061 One-way to One-way 0921 1062 One-way to Two-way 0921 1063 One-way to Three-way 0921 1064 One-way to Four-way 0921 1065 One-way to Five-way 0921 1066 One-way to Six-way 0921 1067 One-way to Seven-way 0921 1068 One-way to Eight-way 0921 1069 One-way to Nine-way
0903 1051 Two-way to One-way 0903 1052 Two-way to Two-way 0903 1053 Two-way to Three-way 0903 1054 Two-way to Four-way 0903 1055 Two-way to Five-way 0903 1056 Two-way to Six-way 0903 1057 Two-way to Seven-way 0903 1058 Two-way to Eight-way 0903 1059 Two-way to Nine-way 0903 1070 Two-way to Ten-way 0903 1071 Two-way to Eleven-way 0903 1072 Two-way to Twelve-way 0903 1073 Two-way to Thirteen-way 0903 1074 Two-way to Fourteen-way 0903 1075 Two-way to Fifteen-way 0903 1076 Two-way to Sixteen-way 0903 1061 Two-way to One-way 0903 1062 Two-way to Two-way 0903 1063 Two-way to Three-way 0903 1064 Two-way to Four-way 0903 1065 Two-way to Five-way 0903 1066 Two-way to Six-way 0903 1067 Two-way to Seven-way 0903 1068 Two-way to Eight-way 0903 1069 Two-way to Nine-way
0908 1051 Two-way to One-way 0908 1052 Two-way to Two-way 0908 1053 Two-way to Three-way 0908 1054 Two-way to Four-way 0908 1055 Two-way to Five-way 0908 1056 Two-way to Six-way 0908 1057 Two-way to Seven-way 0908 1058 Two-way to Eight-way 0908 1059 Two-way to Nine-way 0908 1070 Two-way to Ten-way 0908 1071 Two-way to Eleven-way 0908 1072 Two-way to Twelve-way 0908 1073 Two-way to Thirteen-way 0908 1074 Two-way to Fourteen-way 0908 1075 Two-way to Fifteen-way 0908 1076 Two-way to Sixteen-way 0908 1061 Two-way to One-way 0908 1062 Two-way to Two-way 0908 1063 Two-way to Three-way 0908 1064 Two-way to Four-way 0908 1065 Two-way to Five-way 0908 1066 Two-way to Six-way 0908 1067 Two-way to Seven-way 0908 1068 Two-way to Eight-way 0908 1069 Two-way to Nine-way
0917 1051 Two-way to One-way 0917 1052 Two-way to Two-way 0917 1053 Two-way to Three-way 0917 1054 Two-way to Four-way 0917 1055 Two-way to Five-way 0917 1056 Two-way to Six-way 0917 1057 Two-way to Seven-way 0917 1058 Two-way to Eight-way 0917 1059 Two-way to Nine-way 0917 1070 Two-way to Ten-way 0917 1071 Two-way to Eleven-way 0917 1072 Two-way to Twelve-way 0917 1073 Two-way to Thirteen-way 0917 1074 Two-way to Fourteen-way 0917 1075 Two-way to Fifteen-way 0917 1076 Two-way to Sixteen-way 0917 1061 Two-way to One-way 0917 1062 Two-way to Two-way 0917 1063 Two-way to Three-way 0917 1064 Two-way to Four-way 0917 1065 Two-way to Five-way 0917 1066 Two-way to Six-way 0917 1067 Two-way to Seven-way 0917 1068 Two-way to Eight-way 0917 1069 Two-way to Nine-way
0922 1052 Two-way to Two-way 0922 1053 Two-way to Three-way 0922 1054 Two-way to Four-way 0922 1055 Two-way to Five-way 0922 1056 Two-way to Six-way 0922 1057 Two-way to Seven-way 0922 1058 Two-way to Eight-way 0922 1059 Two-way to Nine-way 0922 1070 Two-way to Ten-way 0922 1071 Two-way to Eleven-way 0922 1072 Two-way to Twelve-way 0922 1073 Two-way to Thirteen-way 0922 1074 Two-way to Fourteen-way 0922 1075 Two-way to Fifteen-way 0922 1076 Two-way to Sixteen-way 0922 1062 Two-way to Two-way 0922 1063 Two-way to Three-way 0922 1064 Two-way to Four-way 0922 1065 Two-way to Five-way 0922 1066 Two-way to Six-way 0922 1067 Two-way to Seven-way 0922 1068 Two-way to Eight-way 0922 1069 Two-way to Nine-way
0904 1052 Three-way to Two-way 0904 1053 Three-way to Three-way 0904 1054 Three-way to Four-way 0904 1055 Three-way to Five-way 0904 1056 Three-way to Six-way 0904 1057 Three-way to Seven-way 0904 1058 Three-way to Eight-way 0904 1059 Three-way to Nine-way 0904 1070 Three-way to Ten-way 0904 1071 Three-way to Eleven-way 0904 1072 Three-way to Twelve-way 0904 1073 Three-way to Thirteen-way 0904 1074 Three-way to Fourteen-way 0904 1075 Three-way to Fifteen-way 0904 1076 Three-way to Sixteen-way
0904 1062 Three-way to Two-way 0904 1063 Three-way to Three-way 0904 1064 Three-way to Four-way 0904 1065 Three-way to Five-way 0904 1066 Three-way to Six-way 0904 1067 Three-way to Seven-way 0904 1068 Three-way to Eight-way 0904 1069 Three-way to Nine-way
0905 1052 Three-way to Two-way 0905 1053 Three-way to Three-way 0905 1054 Three-way to Four-way 0905 1055 Three-way to Five-way 0905 1056 Three-way to Six-way 0905 1057 Three-way to Seven-way 0905 1058 Three-way to Eight-way 0905 1059 Three-way to Nine-way 0905 1070 Three-way to Ten-way 0905 1071 Three-way to Eleven-way 0905 1072 Three-way to Twelve-way 0905 1073 Three-way to Thirteen-way 0905 1074 Three-way to Fourteen-way 0905 1075 Three-way to Fifteen-way 0905 1076 Three-way to Sixteen-way 0905 1062 Three-way to Two-way 0905 1063 Three-way to Three-way 0905 1064 Three-way to Four-way 0905 1065 Three-way to Five-way 0905 1066 Three-way to Six-way 0905 1067 Three-way to Seven-way 0905 1068 Three-way to Eight-way 0905 1069 Three-way to Nine-way
0923 1052 Three-way to Two-way 0923 1053 Three-way to Three-way 0923 1054 Three-way to Four-way 0923 1055 Three-way to Five-way 0923 1056 Three-way to Six-way 0923 1057 Three-way to Seven-way 0923 1058 Three-way to Eight-way 0923 1059 Three-way to Nine-way 0923 1070 Three-way to Ten-way 0923 1071 Three-way to Eleven-way 0923 1072 Three-way to Twelve-way 0923 1073 Three-way to Thirteen-way 0923 1074 Three-way to Fourteen-way 0923 1075 Three-way to Fifteen-way 0923 1076 Three-way to Sixteen-way 0923 1062 Three-way to Two-way 0923 1063 Three-way to Three-way 0923 1064 Three-way to Four-way 0923 1065 Three-way to Five-way 0923 1066 Three-way to Six-way 0923 1067 Three-way to Seven-way 0923 1068 Three-way to Eight-way 0923 1069 Three-way to Nine-way
0906 1052 Four-way to Two-way 0906 1053 Four-way to Three-way 0906 1054 Four-way to Four-way 0906 1055 Four-way to Five-way 0906 1056 Four-way to Six-way 0906 1057 Four-way to Seven-way 0906 1058 Four-way to Eight-way 0906 1059 Four-way to Nine-way 0906 1070 Four-way to Ten-way 0906 1071 Four-way to Eleven-way 0906 1072 Four-way to Twelve-way 0906 1073 Four-way to Thirteen-way 0906 1074 Four-way to Fourteen-way 0906 1075 Four-way to Fifteen-way 0906 1076 Four-way to Sixteen-way 0906 1062 Four-way to Two-way 0906 1063 Four-way to Three-way 0906 1064 Four-way to Four-way 0906 1065 Four-way to Five-way 0906 1066 Four-way to Six-way 0906 1067 Four-way to Seven-way 0906 1068 Four-way to Eight-way 0906 1069 Four-way to Nine-way
0907 1052 Four-way to Two-way 0907 1053 Four-way to Three-way 0907 1054 Four-way to Four-way 0907 1055 Four-way to Five-way 0907 1056 Four-way to Six-way 0907 1057 Four-way to Seven-way 0907 1058 Four-way to Eight-way 0907 1059 Four-way to Nine-way 0907 1070 Four-way to Ten-way 0907 1071 Four-way to Eleven-way 0907 1072 Four-way to Twelve-way 0907 1073 Four-way to Thirteen-way 0907 1074 Four-way to Fourteen-way 0907 1075 Four-way to Fifteen-way 0907 1076 Four-way to Sixteen-way 0907 1062 Four-way to Two-way 0907 1063 Four-way to Three-way 0907 1064 Four-way to Four-way 0907 1065 Four-way to Five-way 0907 1066 Four-way to Six-way 0907 1067 Four-way to Seven-way 0907 1068 Four-way to Eight-way 0907 1069 Four-way to Nine-way
0924 1053 Four-way to Three-way 0924 1054 Four-way to Four-way 0924 1055 Four-way to Five-way 0924 1056 Four-way to Six-way 0924 1057 Four-way to Seven-way 0924 1058 Four-way to Eight-way 0924 1059 Four-way to Nine-way 0924 1070 Four-way to Ten-way 0924 1071 Four-way to Eleven-way 0924 1072 Four-way to Twelve-way 0924 1073 Four-way to Thirteen-way 0924 1074 Four-way to Fourteen-way 0924 1075 Four-way to Fifteen-way 0924 1076 Four-way to Sixteen-way 0924 1063 Four-way to Three-way 0924 1064 Four-way to Four-way 0924 1065 Four-way to Five-way 0924 1066 Four-way to Six-way 0924 1067 Four-way to Seven-way 0924 1068 Four-way to Eight-way 0924 1069 Four-way to Nine-way
0909 1053 Five-way to Three-way 0909 1054 Five-way to Four-way 0909 1055 Five-way to Five-way 0909 1056 Five-way to Six-way 0909 1057 Five-way to Seven-way 0909 1058 Five-way to Eight-way 0909 1059 Five-way to Nine-way 0909 1070 Five-way to Ten-way 0909 1071 Five-way to Eleven-way 0909 1072 Five-way to Twelve-way 0909 1073 Five-way to Thirteen-way 0909 1074 Five-way to Fourteen-way 0909 1075 Five-way to Fifteen-way 0909 1076 Five-way to Sixteen-way 0909 1063 Five-way to Three-way 0909 1064 Five-way to Four-way 0909 1065 Five-way to Five-way 0909 1066 Five-way to Six-way 0909 1067 Five-way to Seven-way 0909 1068 Five-way to Eight-way 0909 1069 Five-way to Nine-way
0925 1054 Five-way to Four-way 0925 1055 Five-way to Five-way 0925 1056 Five-way to Six-way 0925 1057 Five-way to Seven-way 0925 1058 Five-way to Eight-way 0925 1059 Five-way to Nine-way 0925 1070 Five-way to Ten-way 0925 1071 Five-way to Eleven-way 0925 1072 Five-way to Twelve-way 0925 1073 Five-way to Thirteen-way 0925 1074 Five-way to Fourteen-way 0925 1075 Five-way to Fifteen-way 0925 1076 Five-way to Sixteen-way 0925 1064 Five-way to Four-way 0925 1065 Five-way to Five-way 0925 1066 Five-way to Six-way 0925 1067 Five-way to Seven-way 0925 1068 Five-way to Eight-way 0925 1069 Five-way to Nine-way
0910 1053 Six-way to Three-way 0910 1054 Six-way to Four-way 0910 1055 Six-way to Five-way 0910 1056 Six-way to Six-way 0910 1057 Six-way to Seven-way 0910 1058 Six-way to Eight-way 0910 1059 Six-way to Nine-way 0910 1070 Six-way to Ten-way 0910 1071 Six-way to Eleven-way 0910 1072 Six-way to Twelve-way 0910 1073 Six-way to Thirteen-way 0910 1074 Six-way to Fourteen-way 0910 1075 Six-way to Fifteen-way 0910 1076 Six-way to Sixteen-way 0910 1063 Six-way to Three-way 0910 1064 Six-way to Four-way 0910 1065 Six-way to Five-way 0910 1066 Six-way to Six-way 0910 1067 Six-way to Seven-way 0910 1068 Six-way to Eight-way 0910 1069 Six-way to Nine-way
0926 1054 Six-way to Four-way 0926 1055 Six-way to Five-way 0926 1056 Six-way to Six-way 0926 1057 Six-way to Seven-way 0926 1058 Six-way to Eight-way 0926 1059 Six-way to Nine-way 0926 1070 Six-way to Ten-way 0926 1071 Six-way to Eleven-way 0926 1072 Six-way to Twelve-way 0926 1073 Six-way to Thirteen-way 0926 1074 Six-way to Fourteen-way 0926 1075 Six-way to Fifteen-way 0926 1076 Six-way to Sixteen-way 0926 1064 Six-way to Four-way 0926 1065 Six-way to Five-way 0926 1066 Six-way to Six-way 0926 1067 Six-way to Seven-way 0926 1068 Six-way to Eight-way 0926 1069 Six-way to Nine-way
0911 1054 Seven-way to Four-way 0911 1055 Seven-way to Five-way 0911 1056 Seven-way to Six-way 0911 1057 Seven-way to Seven-way 0911 1058 Seven-way to Eight-way 0911 1059 Seven-way to Nine-way 0911 1070 Seven-way to Ten-way 0911 1071 Seven-way to Eleven-way 0911 1072 Seven-way to Twelve-way 0911 1073 Seven-way to Thirteen-way 0911 1074 Seven-way to Fourteen-way 0911 1075 Seven-way to Fifteen-way 0911 1076 Seven-way to Sixteen-way 0911 1064 Seven-way to Four-way 0911 1065 Seven-way to Five-way 0911 1066 Seven-way to Six-way 0911 1067 Seven-way to Seven-way 0911 1068 Seven-way to Eight-way 0911 1069 Seven-way to Nine-way
0918 1055 Seven-way to Five-way 0918 1056 Seven-way to Six-way 0918 1057 Seven-way to Seven-way 0918 1058 Seven-way to Eight-way 0918 1059 Seven-way to Nine-way 0918 1070 Seven-way to Ten-way 0918 1071 Seven-way to Eleven-way 0918 1072 Seven-way to Twelve-way 0918 1073 Seven-way to Thirteen-way 0918 1074 Seven-way to Fourteen-way 0918 1075 Seven-way to Fifteen-way 0918 1076 Seven-way to Sixteen-way 0918 1065 Seven-way to Five-way 0918 1066 Seven-way to Six-way 0918 1067 Seven-way to Seven-way 0918 1068 Seven-way to Eight-way 0918 1069 Seven-way to Nine-way
0912 1054 Eight-way to Four-way 0912 1055 Eight-way to Five-way 0912 1056 Eight-way to Six-way 0912 1057 Eight-way to Seven-way 0912 1058 Eight-way to Eight-way 0912 1059 Eight-way to Nine-way 0912 1070 Eight-way to Ten-way 0912 1071 Eight-way to Eleven-way 0912 1072 Eight-way to Twelve-way 0912 1073 Eight-way to Thirteen-way 0912 1074 Eight-way to Fourteen-way 0912 1075 Eight-way to Fifteen-way 0912 1076 Eight-way to Sixteen-way 0912 1064 Eight-way to Four-way 0912 1065 Eight-way to Five-way 0912 1066 Eight-way to Six-way 0912 1067 Eight-way to Seven-way 0912 1068 Eight-way to Eight-way 0912 1069 Eight-way to Nine-way
0919 1055 Eight-way to Five-way 0919 1056 Eight-way to Six-way 0919 1057 Eight-way to Seven-way 0919 1058 Eight-way to Eight-way 0919 1059 Eight-way to Nine-way 0919 1070 Eight-way to Ten-way 0919 1071 Eight-way to Eleven-way 0919 1072 Eight-way to Twelve-way 0919 1073 Eight-way to Thirteen-way 0919 1074 Eight-way to Fourteen-way 0919 1075 Eight-way to Fifteen-way 0919 1076 Eight-way to Sixteen-way 0919 1065 Eight-way to Five-way 0919 1066 Eight-way to Six-way 0919 1067 Eight-way to Seven-way 0919 1068 Eight-way to Eight-way 0919 1069 Eight-way to Nine-way
0913 1055 Nine-way to Five-way 0913 1056 Nine-way to Six-way 0913 1057 Nine-way to Seven-way 0913 1058 Nine-way to Eight-way 0913 1059 Nine-way to Nine-way 0913 1070 Nine-way to Ten-way 0913 1071 Nine-way to Eleven-way 0913 1072 Nine-way to Twelve-way 0913 1073 Nine-way to Thirteen-way 0913 1074 Nine-way to Fourteen-way 0913 1075 Nine-way to Fifteen-way 0913 1076 Nine-way to Sixteen-way 0913 1065 Nine-way to Five-way 0913 1066 Nine-way to Six-way 0913 1067 Nine-way to Seven-way 0913 1068 Nine-way to Eight-way 0913 1069 Nine-way to Nine-way
0920 1055 Nine-way to Five-way 0920 1056 Nine-way to Six-way 0920 1057 Nine-way to Seven-way 0920 1058 Nine-way to Eight-way 0920 1059 Nine-way to Nine-way 0920 1070 Nine-way to Ten-way 0920 1071 Nine-way to Eleven-way 0920 1072 Nine-way to Twelve-way 0920 1073 Nine-way to Thirteen-way 0920 1074 Nine-way to Fourteen-way 0920 1075 Nine-way to Fifteen-way 0920 1076 Nine-way to Sixteen-way 0920 1065 Nine-way to Five-way 0920 1066 Nine-way to Six-way 0920 1067 Nine-way to Seven-way 0920 1068 Nine-way to Eight-way 0920 1069 Nine-way to Nine-way
0914 1055 Ten-way to Five-way 0914 1056 Ten-way to Six-way 0914 1057 Ten-way to Seven-way 0914 1058 Ten-way to Eight-way 0914 1059 Ten-way to Nine-way 0914 1070 Ten-way to Ten-way 0914 1071 Ten-way to Eleven-way 0914 1072 Ten-way to Twelve-way 0914 1073 Ten-way to Thirteen-way 0914 1074 Ten-way to Fourteen-way 0914 1075 Ten-way to Fifteen-way 0914 1076 Ten-way to Sixteen-way 0914 1065 Ten-way to Five-way 0914 1066 Ten-way to Six-way 0914 1067 Ten-way to Seven-way 0914 1068 Ten-way to Eight-way 0914 1069 Ten-way to Nine-way
0915 1056 Ten-way to Six-way 0915 1057 Ten-way to Seven-way 0915 1058 Ten-way to Eight-way 0915 1059 Ten-way to Nine-way 0915 1070 Ten-way to Ten-way 0915 1071 Ten-way to Eleven-way 0915 1072 Ten-way to Twelve-way 0915 1073 Ten-way to Thirteen-way 0915 1074 Ten-way to Fourteen-way 0915 1075 Ten-way to Fifteen-way 0915 1076 Ten-way to Sixteen-way 0915 1066 Ten-way to Six-way 0915 1067 Ten-way to Seven-way 0915 1068 Ten-way to Eight-way 0915 1069 Ten-way to Nine-way
Upgrades From:
9672 G5, Model R06
To:
2064 z900 Model 100:
7971 1081 1-ICF to 1-ICF 7971 1082 1-ICF to 2-ICF 7971 1083 1-ICF to 3-ICF 7971 1084 1-ICF to 4-ICF 7971 1085 1-ICF to 5-ICF 7971 1086 1-ICF to 6-ICF 7971 1087 1-ICF to 7-ICF 7971 1088 1-ICF to 8-ICF 7971 1089 1-ICF to 9-ICF
7972 1082 2-ICF to 2-ICF 7972 1083 2-ICF to 3-ICF 7972 1084 2-ICF to 4-ICF 7972 1085 2-ICF to 5-ICF 7972 1086 2-ICF to 6-ICF 7972 1087 2-ICF to 7-ICF 7972 1088 2-ICF to 8-ICF 7972 1089 2-ICF to 9-ICF
7973 1083 3-ICF to 3-ICF 7973 1084 3-ICF to 4-ICF 7973 1085 3-ICF to 5-ICF 7973 1086 3-ICF to 6-ICF 7973 1087 3-ICF to 7-ICF 7973 1088 3-ICF to 8-ICF 7973 1089 3-ICF to 9-ICF
7974 1084 4-ICF to 4-ICF 7974 1085 4-ICF to 5-ICF 7974 1086 4-ICF to 6-ICF 7974 1087 4-ICF to 7-ICF 7974 1088 4-ICF to 8-ICF 7974 1089 4-ICF to 9-ICF
7975 1085 5-ICF to 5-ICF 7975 1086 5-ICF to 6-ICF 7975 1087 5-ICF to 7-ICF 7975 1088 5-ICF to 8-ICF 7975 1089 5-ICF to 9-ICF
7976 1086 6-ICF to 6-ICF 7976 1087 6-ICF to 7-ICF 7976 1088 6-ICF to 8-ICF 7976 1089 6-ICF to 9-ICF
7977 1087 7-ICF to 7-ICF 7977 1088 7-ICF to 8-ICF 7977 1089 7-ICF to 9-ICF
7978 1088 8-ICF to 8-ICF 7978 1089 8-ICF to 9-ICF
7979 1089 9-ICF to 9-ICF
7980 1089 10-ICF to 9-ICF
Upgrades From:
9672 G5, Model R06
To:
2064 z900 Models 101 to 116 and 1C1 to 1C9
7971 1051 1-ICF to One-way 7971 1052 1-ICF to Two-way 7971 1053 1-ICF to Three-way 7971 1054 1-ICF to Four-way 7971 1055 1-ICF to Five-way 7971 1056 1-ICF to Six-way 7971 1057 1-ICF to Seven-way 7971 1058 1-ICF to Eight-way 7971 1059 1-ICF to Nine-way 7971 1070 1-ICF to Ten-way 7971 1071 1-ICF to Eleven-way 7971 1072 1-ICF to Twelve-way 7971 1073 1-ICF to Thirteen-way 7971 1074 1-ICF to Fourteen-way 7971 1075 1-ICF to Fifteen-way 7971 1076 1-ICF to Sixteen-way 7971 1061 1-ICF to One-way 7971 1062 1-ICF to Two-way 7971 1063 1-ICF to Three-way 7971 1064 1-ICF to Four-way 7971 1065 1-ICF to Five-way 7971 1066 1-ICF to Six-way 7971 1067 1-ICF to Seven-way 7971 1068 1-ICF to Eight-way 7971 1069 1-ICF to Nine-way
7972 1052 2-ICF to Two-way 7972 1053 2-ICF to Three-way 7972 1054 2-ICF to Four-way 7972 1055 2-ICF to Five-way 7972 1056 2-ICF to Six-way 7972 1057 2-ICF to Seven-way 7972 1058 2-ICF to Eight-way 7972 1059 2-ICF to Nine-way 7972 1070 2-ICF to Ten-way 7972 1071 2-ICF to Eleven-way 7972 1072 2-ICF to Twelve-way 7972 1073 2-ICF to Thirteen-way 7972 1074 2-ICF to Fourteen-way 7972 1075 2-ICF to Fifteen-way 7972 1076 2-ICF to Sixteen-way 7972 1062 2-ICF to Two-way 7972 1063 2-ICF to Three-way 7972 1064 2-ICF to Four-way 7972 1065 2-ICF to Five-way 7972 1066 2-ICF to Six-way 7972 1067 2-ICF to Seven-way 7972 1068 2-ICF to Eight-way 7972 1069 2-ICF to Nine-way
7973 1053 3-ICF to Three-way 7973 1054 3-ICF to Four-way 7973 1055 3-ICF to Five-way 7973 1056 3-ICF to Six-way 7973 1057 3-ICF to Seven-way 7973 1058 3-ICF to Eight-way 7973 1059 3-ICF to Nine-way 7973 1070 3-ICF to Ten-way 7973 1071 3-ICF to Eleven-way 7973 1072 3-ICF to Twelve-way 7973 1073 3-ICF to Thirteen-way 7973 1074 3-ICF to Fourteen-way 7973 1075 3-ICF to Fifteen-way 7973 1076 3-ICF to Sixteen-way 7973 1063 3-ICF to Three-way 7973 1064 3-ICF to Four-way 7973 1065 3-ICF to Five-way 7973 1066 3-ICF to Six-way 7973 1067 3-ICF to Seven-way 7973 1068 3-ICF to Eight-way 7973 1069 3-ICF to Nine-way
7974 1054 4-ICF to Four-way 7974 1055 4-ICF to Five-way 7974 1056 4-ICF to Six-way 7974 1057 4-ICF to Seven-way 7974 1058 4-ICF to Eight-way 7974 1059 4-ICF to Nine-way 7974 1070 4-ICF to Ten-way 7974 1071 4-ICF to Eleven-way 7974 1072 4-ICF to Twelve-way 7974 1073 4-ICF to Thirteen-way 7974 1074 4-ICF to Fourteen-way 7974 1075 4-ICF to Fifteen-way 7974 1076 4-ICF to Sixteen-way 7974 1064 4-ICF to Four-way 7974 1065 4-ICF to Five-way 7974 1066 4-ICF to Six-way 7974 1067 4-ICF to Seven-way 7974 1068 4-ICF to Eight-way 7974 1069 4-ICF to Nine-way
7975 1055 5-ICF to Five-way 7975 1056 5-ICF to Six-way 7975 1057 5-ICF to Seven-way 7975 1058 5-ICF to Eight-way 7975 1059 5-ICF to Nine-way 7975 1070 5-ICF to Ten-way 7975 1071 5-ICF to Eleven-way 7975 1072 5-ICF to Twelve-way 7975 1073 5-ICF to Thirteen-way 7975 1074 5-ICF to Fourteen-way 7975 1075 5-ICF to Fifteen-way 7975 1076 5-ICF to Sixteen-way 7975 1065 5-ICF to Five-way 7975 1066 5-ICF to Six-way 7975 1067 5-ICF to Seven-way 7975 1068 5-ICF to Eight-way 7975 1069 5-ICF to Nine-way
7976 1056 6-ICF to Six-way 7976 1057 6-ICF to Seven-way 7976 1058 6-ICF to Eight-way 7976 1059 6-ICF to Nine-way 7976 1070 6-ICF to Ten-way 7976 1071 6-ICF to Eleven-way 7976 1072 6-ICF to Twelve-way 7976 1073 6-ICF to Thirteen-way 7976 1074 6-ICF to Fourteen-way 7976 1075 6-ICF to Fifteen-way 7976 1076 6-ICF to Sixteen-way 7976 1066 6-ICF to Six-way 7976 1067 6-ICF to Seven-way 7976 1068 6-ICF to Eight-way 7976 1069 6-ICF to Nine-way
7977 1057 7-ICF to Seven-way 7977 1058 7-ICF to Eight-way 7977 1059 7-ICF to Nine-way 7977 1070 7-ICF to Ten-way 7977 1071 7-ICF to Eleven-way 7977 1072 7-ICF to Twelve-way 7977 1073 7-ICF to Thirteen-way 7977 1074 7-ICF to Fourteen-way 7977 1075 7-ICF to Fifteen-way 7977 1076 7-ICF to Sixteen-way 7977 1067 7-ICF to Seven-way 7977 1068 7-ICF to Eight-way 7977 1069 7-ICF to Nine-way
7978 1058 8-ICF to Eight-way 7978 1059 8-ICF to Nine-way 7978 1070 8-ICF to Ten-way 7978 1071 8-ICF to Eleven-way 7978 1072 8-ICF to Twelve-way 7978 1073 8-ICF to Thirteen-way 7978 1074 8-ICF to Fourteen-way 7978 1075 8-ICF to Fifteen-way 7978 1076 8-ICF to Sixteen-way 7978 1068 8-ICF to Eight-way 7978 1069 8-ICF to Nine-way
7979 1059 9-ICF to Nine-way 7979 1070 9-ICF to Ten-way 7979 1071 9-ICF to Eleven-way 7979 1072 9-ICF to Twelve-way 7979 1073 9-ICF to Thirteen-way 7979 1074 9-ICF to Fourteen-way 7979 1075 9-ICF to Fifteen-way 7979 1076 9-ICF to Sixteen-way 7979 1069 9-ICF to Nine-way
7980 1070 10-ICF to Ten-way 7980 1071 10-ICF to Eleven-way 7980 1072 10-ICF to Twelve-way 7980 1073 10-ICF to Thirteen-way 7980 1074 10-ICF to Fourteen-way 7980 1075 10-ICF to Fifteen-way 7980 1076 10-ICF to Sixteen-way
Upgrades From:
9672 G6, Models:
X17 X27 X37 X47 X57 X67 X77 X87 X97 XX7 XY7 XZ7 Z17 Z27 Z37 Z47 Z57 Z67 Z77 Z87 Z97 ZX7 ZY7 ZZ7
To:
2064 z900 Models 101 to 116 and 1C1 to 1C9:
1150 1051 One-way to One-way 1150 1052 One-way to Two-way 1150 1053 One-way to Three-way 1150 1054 One-way to Four-way 1150 1055 One-way to Five-way 1150 1056 One-way to Six-way 1150 1057 One-way to Seven-way 1150 1058 One-way to Eight-way 1150 1059 One-way to Nine-way 1150 1070 One-way to Ten-way 1150 1071 One-way to Eleven-way 1150 1072 One-way to Twelve-way 1150 1073 One-way to Thirteen-way 1150 1074 One-way to Fourteen-way 1150 1075 One-way to Fifteen-way 1150 1076 One-way to Sixteen-way 1150 1061 One-way to One-way 1150 1062 One-way to Two-way 1150 1063 One-way to Three-way 1150 1064 One-way to Four-way 1150 1065 One-way to Five-way 1150 1066 One-way to Six-way 1150 1067 One-way to Seven-way 1150 1068 One-way to Eight-way 1150 1069 One-way to Nine-way
1162 1051 One-way to One-way 1162 1052 One-way to Two-way 1162 1053 One-way to Three-way 1162 1054 One-way to Four-way 1162 1055 One-way to Five-way 1162 1056 One-way to Six-way 1162 1057 One-way to Seven-way 1162 1058 One-way to Eight-way 1162 1059 One-way to Nine-way 1162 1070 One-way to Ten-way 1162 1071 One-way to Eleven-way 1162 1072 One-way to Twelve-way 1162 1073 One-way to Thirteen-way 1162 1074 One-way to Fourteen-way 1162 1075 One-way to Fifteen-way 1162 1076 One-way to Sixteen-way 1162 1061 One-way to One-way 1162 1062 One-way to Two-way 1162 1063 One-way to Three-way 1162 1064 One-way to Four-way 1162 1065 One-way to Five-way 1162 1066 One-way to Six-way 1162 1067 One-way to Seven-way 1162 1068 One-way to Eight-way 1162 1069 One-way to Nine-way
1151 1052 Two-way to Two-way 1151 1053 Two-way to Three-way 1151 1054 Two-way to Four-way 1151 1055 Two-way to Five-way 1151 1056 Two-way to Six-way 1151 1057 Two-way to Seven-way 1151 1058 Two-way to Eight-way 1151 1059 Two-way to Nine-way 1151 1070 Two-way to Ten-way 1151 1071 Two-way to Eleven-way 1151 1072 Two-way to Twelve-way 1151 1073 Two-way to Thirteen-way 1151 1074 Two-way to Fourteen-way 1151 1075 Two-way to Fifteen-way 1151 1076 Two-way to Sixteen-way 1151 1062 Two-way to Two-way 1151 1063 Two-way to Three-way 1151 1064 Two-way to Four-way 1151 1065 Two-way to Five-way 1151 1066 Two-way to Six-way 1151 1067 Two-way to Seven-way 1151 1068 Two-way to Eight-way 1151 1069 Two-way to Nine-way
1163 1052 Two-way to Two-way 1163 1053 Two-way to Three-way 1163 1054 Two-way to Four-way 1163 1055 Two-way to Five-way 1163 1056 Two-way to Six-way 1163 1057 Two-way to Seven-way 1163 1058 Two-way to Eight-way 1163 1059 Two-way to Nine-way 1163 1070 Two-way to Ten-way 1163 1071 Two-way to Eleven-way 1163 1072 Two-way to Twelve-way 1163 1073 Two-way to Thirteen-way 1163 1074 Two-way to Fourteen-way 1163 1075 Two-way to Fifteen-way 1163 1076 Two-way to Sixteen-way 1163 1062 Two-way to Two-way 1163 1063 Two-way to Three-way 1163 1064 Two-way to Four-way 1163 1065 Two-way to Five-way 1163 1066 Two-way to Six-way 1163 1067 Two-way to Seven-way 1163 1068 Two-way to Eight-way 1163 1069 Two-way to Nine-way
1152 1053 Three-way to Three-way 1152 1054 Three-way to Four-way 1152 1055 Three-way to Five-way 1152 1056 Three-way to Six-way 1152 1057 Three-way to Seven-way 1152 1058 Three-way to Eight-way 1152 1059 Three-way to Nine-way 1152 1070 Three-way to Ten-way 1152 1071 Three-way to Eleven-way 1152 1072 Three-way to Twelve-way 1152 1073 Three-way to Thirteen-way 1152 1074 Three-way to Fourteen-way 1152 1075 Three-way to Fifteen-way 1152 1076 Three-way to Sixteen-way 1152 1063 Three-way to Three-way 1152 1064 Three-way to Four-way 1152 1065 Three-way to Five-way 1152 1066 Three-way to Six-way 1152 1067 Three-way to Seven-way 1152 1068 Three-way to Eight-way 1152 1069 Three-way to Nine-way
1164 1053 Three-way to Three-way 1164 1054 Three-way to Four-way 1164 1055 Three-way to Five-way 1164 1056 Three-way to Six-way 1164 1057 Three-way to Seven-way 1164 1058 Three-way to Eight-way 1164 1059 Three-way to Nine-way 1164 1070 Three-way to Ten-way 1164 1071 Three-way to Eleven-way 1164 1072 Three-way to Twelve-way 1164 1073 Three-way to Thirteen-way 1164 1074 Three-way to Fourteen-way 1164 1075 Three-way to Fifteen-way 1164 1076 Three-way to Sixteen-way 1164 1063 Three-way to Three-way 1164 1064 Three-way to Four-way 1164 1065 Three-way to Five-way 1164 1066 Three-way to Six-way 1164 1067 Three-way to Seven-way 1164 1068 Three-way to Eight-way 1164 1069 Three-way to Nine-way
1153 1053 Four-way to Three-way 1153 1054 Four-way to Four-way 1153 1055 Four-way to Five-way 1153 1056 Four-way to Six-way 1153 1057 Four-way to Seven-way 1153 1058 Four-way to Eight-way 1153 1059 Four-way to Nine-way 1153 1070 Four-way to Ten-way 1153 1071 Four-way to Eleven-way 1153 1072 Four-way to Twelve-way 1153 1073 Four-way to Thirteen-way 1153 1074 Four-way to Fourteen-way 1153 1075 Four-way to Fifteen-way 1153 1076 Four-way to Sixteen-way 1153 1063 Four-way to Three-way 1153 1064 Four-way to Four-way 1153 1065 Four-way to Five-way 1153 1066 Four-way to Six-way 1153 1067 Four-way to Seven-way 1153 1068 Four-way to Eight-way 1153 1069 Four-way to Nine-way
1165 1054 Four-way to Four-way 1165 1055 Four-way to Five-way 1165 1056 Four-way to Six-way 1165 1057 Four-way to Seven-way 1165 1058 Four-way to Eight-way 1165 1059 Four-way to Nine-way 1165 1070 Four-way to Ten-way 1165 1071 Four-way to Eleven-way 1165 1072 Four-way to Twelve-way 1165 1073 Four-way to Thirteen-way 1165 1074 Four-way to Fourteen-way 1165 1075 Four-way to Fifteen-way 1165 1076 Four-way to Sixteen-way 1165 1064 Four-way to Four-way 1165 1065 Four-way to Five-way 1165 1066 Four-way to Six-way 1165 1067 Four-way to Seven-way 1165 1068 Four-way to Eight-way 1165 1069 Four-way to Nine-way
1154 1054 Five-way to Four-way 1154 1055 Five-way to Five-way 1154 1056 Five-way to Six-way 1154 1057 Five-way to Seven-way 1154 1058 Five-way to Eight-way 1154 1059 Five-way to Nine-way 1154 1070 Five-way to Ten-way 1154 1071 Five-way to Eleven-way 1154 1072 Five-way to Twelve-way 1154 1073 Five-way to Thirteen-way 1154 1074 Five-way to Fourteen-way 1154 1075 Five-way to Fifteen-way 1154 1076 Five-way to Sixteen-way 1154 1064 Five-way to Four-way 1154 1065 Five-way to Five-way 1154 1066 Five-way to Six-way 1154 1067 Five-way to Seven-way 1154 1068 Five-way to Eight-way 1154 1069 Five-way to Nine-way
1166 1055 Five-way to Five-way 1166 1056 Five-way to Six-way 1166 1057 Five-way to Seven-way 1166 1058 Five-way to Eight-way 1166 1059 Five-way to Nine-way 1166 1070 Five-way to Ten-way 1166 1071 Five-way to Eleven-way 1166 1072 Five-way to Twelve-way 1166 1073 Five-way to Thirteen-way 1166 1074 Five-way to Fourteen-way 1166 1075 Five-way to Fifteen-way 1166 1076 Five-way to Sixteen-way 1166 1065 Five-way to Five-way 1166 1066 Five-way to Six-way 1166 1067 Five-way to Seven-way 1166 1068 Five-way to Eight-way 1166 1069 Five-way to Nine-way
1155 1055 Six-way to Five-way 1155 1056 Six-way to Six-way 1155 1057 Six-way to Seven-way 1155 1058 Six-way to Eight-way 1155 1059 Six-way to Nine-way 1155 1070 Six-way to Ten-way 1155 1071 Six-way to Eleven-way 1155 1072 Six-way to Twelve-way 1155 1073 Six-way to Thirteen-way 1155 1074 Six-way to Fourteen-way 1155 1075 Six-way to Fifteen-way 1155 1076 Six-way to Sixteen-way 1155 1065 Six-way to Five-way 1155 1066 Six-way to Six-way 1155 1067 Six-way to Seven-way 1155 1068 Six-way to Eight-way 1155 1069 Six-way to Nine-way
1167 1055 Six-way to Five-way 1167 1056 Six-way to Six-way 1167 1057 Six-way to Seven-way 1167 1058 Six-way to Eight-way 1167 1059 Six-way to Nine-way 1167 1070 Six-way to Ten-way 1167 1071 Six-way to Eleven-way 1167 1072 Six-way to Twelve-way 1167 1073 Six-way to Thirteen-way 1167 1074 Six-way to Fourteen-way 1167 1075 Six-way to Fifteen-way 1167 1076 Six-way to Sixteen-way 1167 1065 Six-way to Five-way 1167 1066 Six-way to Six-way 1167 1067 Six-way to Seven-way 1167 1068 Six-way to Eight-way 1167 1069 Six-way to Nine-way
1156 1055 Seven-way to Five-way 1156 1056 Seven-way to Six-way 1156 1057 Seven-way to Seven-way 1156 1058 Seven-way to Eight-way 1156 1059 Seven-way to Nine-way 1156 1070 Seven-way to Ten-way 1156 1071 Seven-way to Eleven-way 1156 1072 Seven-way to Twelve-way 1156 1073 Seven-way to Thirteen-way 1156 1074 Seven-way to Fourteen-way 1156 1075 Seven-way to Fifteen-way 1156 1076 Seven-way to Sixteen-way 1156 1065 Seven-way to Five-way 1156 1066 Seven-way to Six-way 1156 1067 Seven-way to Seven-way 1156 1068 Seven-way to Eight-way 1156 1069 Seven-way to Nine-way
1168 1056 Seven-way to Six-way 1168 1057 Seven-way to Seven-way 1168 1058 Seven-way to Eight-way 1168 1059 Seven-way to Nine-way 1168 1070 Seven-way to Ten-way 1168 1071 Seven-way to Eleven-way 1168 1072 Seven-way to Twelve-way 1168 1073 Seven-way to Thirteen-way 1168 1074 Seven-way to Fourteen-way 1168 1075 Seven-way to Fifteen-way 1168 1076 Seven-way to Sixteen-way 1168 1066 Seven-way to Six-way 1168 1067 Seven-way to Seven-way 1168 1068 Seven-way to Eight-way 1168 1069 Seven-way to Nine-way
1157 1056 Eight-way to Six-way 1157 1057 Eight-way to Seven-way 1157 1058 Eight-way to Eight-way 1157 1059 Eight-way to Nine-way 1157 1070 Eight-way to Ten-way 1157 1071 Eight-way to Eleven-way 1157 1072 Eight-way to Twelve-way 1157 1073 Eight-way to Thirteen-way 1157 1074 Eight-way to Fourteen-way 1157 1075 Eight-way to Fifteen-way 1157 1076 Eight-way to Sixteen-way 1157 1066 Eight-way to Six-way 1157 1067 Eight-way to Seven-way 1157 1068 Eight-way to Eight-way 1157 1069 Eight-way to Nine-way
1169 1057 Eight-way to Seven-way 1169 1058 Eight-way to Eight-way 1169 1059 Eight-way to Nine-way 1169 1070 Eight-way to Ten-way 1169 1071 Eight-way to Eleven-way 1169 1072 Eight-way to Twelve-way 1169 1073 Eight-way to Thirteen-way 1169 1074 Eight-way to Fourteen-way 1169 1075 Eight-way to Fifteen-way 1169 1076 Eight-way to Sixteen-way 1169 1067 Eight-way to Seven-way 1169 1068 Eight-way to Eight-way 1169 1069 Eight-way to Nine-way
1158 1056 Nine-way to Six-way 1158 1057 Nine-way to Seven-way 1158 1058 Nine-way to Eight-way 1158 1059 Nine-way to Nine-way 1158 1070 Nine-way to Ten-way 1158 1071 Nine-way to Eleven-way 1158 1072 Nine-way to Twelve-way 1158 1073 Nine-way to Thirteen-way 1158 1074 Nine-way to Fourteen-way 1158 1075 Nine-way to Fifteen-way 1158 1076 Nine-way to Sixteen-way 1158 1066 Nine-way to Six-way 1158 1067 Nine-way to Seven-way 1158 1068 Nine-way to Eight-way 1158 1069 Nine-way to Nine-way
1170 1057 Nine-way to Seven-way 1170 1058 Nine-way to Eight-way 1170 1059 Nine-way to Nine-way 1170 1070 Nine-way to Ten-way 1170 1071 Nine-way to Eleven-way 1170 1072 Nine-way to Twelve-way 1170 1073 Nine-way to Thirteen-way 1170 1074 Nine-way to Fourteen-way 1170 1075 Nine-way to Fifteen-way 1170 1076 Nine-way to Sixteen-way 1170 1067 Nine-way to Seven-way 1170 1068 Nine-way to Eight-way 1170 1069 Nine-way to Nine-way
1159 1057 Ten-way to Seven-way 1159 1058 Ten-way to Eight-way 1159 1059 Ten-way to Nine-way 1159 1070 Ten-way to Ten-way 1159 1071 Ten-way to Eleven-way 1159 1072 Ten-way to Twelve-way 1159 1073 Ten-way to Thirteen-way 1159 1074 Ten-way to Fourteen-way 1159 1075 Ten-way to Fifteen-way 1159 1076 Ten-way to Sixteen-way 1159 1067 Ten-way to Seven-way 1159 1068 Ten-way to Eight-way 1159 1069 Ten-way to Nine-way
1171 1058 Ten-way to Eight-way 1171 1059 Ten-way to Nine-way 1171 1070 Ten-way to Ten-way 1171 1071 Ten-way to Eleven-way 1171 1072 Ten-way to Twelve-way 1171 1073 Ten-way to Thirteen-way 1171 1074 Ten-way to Fourteen-way 1171 1075 Ten-way to Fifteen-way 1171 1076 Ten-way to Sixteen-way 1171 1068 Ten-way to Eight-way 1171 1069 Ten-way to Nine-way
1160 1057 Eleven-way to Seven-way 1160 1058 Eleven-way to Eight-way 1160 1059 Eleven-way to Nine-way 1160 1070 Eleven-way to Ten-way 1160 1071 Eleven-way to Eleven-way 1160 1072 Eleven-way to Twelve-way 1160 1073 Eleven-way to Thirteen-way 1160 1074 Eleven-way to Fourteen-way 1160 1075 Eleven-way to Fifteen-way 1160 1076 Eleven-way to Sixteen-way 1160 1067 Eleven-way to Seven-way 1160 1068 Eleven-way to Eight-way 1160 1069 Eleven-way to Nine-way
1172 1059 Eleven-way to Nine-way 1172 1070 Eleven-way to Ten-way 1172 1071 Eleven-way to Eleven-way 1172 1072 Eleven-way to Twelve-way 1172 1073 Eleven-way to Thirteen-way 1172 1074 Eleven-way to Fourteen-way 1172 1075 Eleven-way to Fifteen-way 1172 1076 Eleven-way to Sixteen-way 1172 1069 Eleven-way to Nine-way
1161 1058 Twelve-way to Eight-way 1161 1059 Twelve-way to Nine-way 1161 1070 Twelve-way to Ten-way 1161 1071 Twelve-way to Eleven-way 1161 1072 Twelve-way to Twelve-way 1161 1073 Twelve-way to Thirteen-way 1161 1074 Twelve-way to Fourteen-way 1161 1075 Twelve-way to Fifteen-way 1161 1076 Twelve-way to Sixteen-way 1161 1068 Twelve-way to Eight-way 1161 1069 Twelve-way to Nine-way
1173 1059 Twelve-way to Nine-way 1173 1070 Twelve-way to Ten-way 1173 1071 Twelve-way to Eleven-way 1173 1072 Twelve-way to Twelve-way 1173 1073 Twelve-way to Thirteen-way 1173 1074 Twelve-way to Fourteen-way 1173 1075 Twelve-way to Fifteen-way 1173 1076 Twelve-way to Sixteen-way 1173 1069 Twelve-way to Nine-way
Upgrades From:
zSeries 900, Models 101 to 116 and 1C1 to 1C9
To:
zSeries 900, Models 102 to 116 and 1C2 to 1C9,
1051 1052 One-way to Two-way 1051 1053 One-way to Three-way 1051 1054 One-way to Four-way 1051 1055 One-way to Five-way 1051 1056 One-way to Six-way 1051 1057 One-way to Seven-way 1051 1058 One-way to Eight-way 1051 1059 One-way to Nine-way 1051 1070 One-way to Ten-way 1051 1071 One-way to Eleven-way 1051 1072 One-way to Twelve-way 1051 1073 One-way to Thirteen-way 1051 1074 One-way to Fourteen-way 1051 1075 One-way to Fifteen-way 1051 1076 One-way to Sixteen-way 1051 1062 One-way to Two-way 1051 1063 One-way to Three-way 1051 1064 One-way to Four-way 1051 1065 One-way to Five-way 1051 1066 One-way to Six-way 1051 1067 One-way to Seven-way 1051 1068 One-way to Eight-way 1051 1069 One-way to Nine-way
1061 1062 One-way to Two-way 1061 1063 One-way to Three-way 1061 1064 One-way to Four-way 1061 1065 One-way to Five-way 1061 1066 One-way to Six-way 1061 1067 One-way to Seven-way 1061 1068 One-way to Eight-way 1061 1069 One-way to Nine-way 1061 1070 One-way to Ten-way 1061 1071 One-way to Eleven-way 1061 1072 One-way to Twelve-way 1061 1073 One-way to Thirteen-way 1061 1074 One-way to Fourteen-way 1061 1075 One-way to Fifteen-way 1061 1076 One-way to Sixteen-way
1052 1053 Two-way to Three-way 1052 1054 Two-way to Four-way 1052 1055 Two-way to Five-way 1052 1056 Two-way to Six-way 1052 1057 Two-way to Seven-way 1052 1058 Two-way to Eight-way 1052 1059 Two-way to Nine-way 1052 1070 Two-way to Ten-way 1052 1071 Two-way to Eleven-way 1052 1072 Two-way to Twelve-way 1052 1073 Two-way to Thirteen-way 1052 1074 Two-way to Fourteen-way 1052 1075 Two-way to Fifteen-way 1052 1076 Two-way to Sixteen-way 1052 1063 Two-way to Three-way 1052 1064 Two-way to Four-way 1052 1065 Two-way to Five-way 1052 1066 Two-way to Six-way 1052 1067 Two-way to Seven-way 1052 1068 Two-way to Eight-way 1052 1069 Two-way to Nine-way
1062 1063 Two-way to Three-way 1062 1064 Two-way to Four-way 1062 1065 Two-way to Five-way 1062 1066 Two-way to Six-way 1062 1067 Two-way to Seven-way 1062 1068 Two-way to Eight-way 1062 1069 Two-way to Nine-way 1062 1070 Two-way to Ten-way 1062 1071 Two-way to Eleven-way 1062 1072 Two-way to Twelve-way 1062 1073 Two-way to Thirteen-way 1062 1074 Two-way to Fourteen-way 1062 1075 Two-way to Fifteen-way 1062 1076 Two-way to Sixteen-way
1053 1054 Three-way to Four-way 1053 1055 Three-way to Five-way 1053 1056 Three-way to Six-way 1053 1057 Three-way to Seven-way 1053 1058 Three-way to Eight-way 1053 1059 Three-way to Nine-way 1053 1070 Three-way to Ten-way 1053 1071 Three-way to Eleven-way 1053 1072 Three-way to Twelve-way 1053 1073 Three-way to Thirteen-way 1053 1074 Three-way to Fourteen-way 1053 1075 Three-way to Fifteen-way 1053 1076 Three-way to Sixteen-way 1053 1064 Three-way to Four-way 1053 1065 Three-way to Five-way 1053 1066 Three-way to Six-way 1053 1067 Three-way to Seven-way 1053 1068 Three-way to Eight-way 1053 1069 Three-way to Nine-way
1063 1064 Three-way to Four-way 1063 1065 Three-way to Five-way 1063 1066 Three-way to Six-way 1063 1067 Three-way to Seven-way 1063 1068 Three-way to Eight-way 1063 1069 Three-way to Nine-way 1063 1070 Three-way to Ten-way 1063 1071 Three-way to Eleven-way 1063 1072 Three-way to Twelve-way 1063 1073 Three-way to Thirteen-way 1063 1074 Three-way to Fourteen-way 1063 1075 Three-way to Fifteen-way 1063 1076 Three-way to Sixteen-way
1054 1055 Four-way to Five-way 1054 1056 Four-way to Six-way 1054 1057 Four-way to Seven-way 1054 1058 Four-way to Eight-way 1054 1059 Four-way to Nine-way 1054 1070 Four-way to Ten-way 1054 1071 Four-way to Eleven-way 1054 1072 Four-way to Twelve-way 1054 1073 Four-way to Thirteen-way 1054 1074 Four-way to Fourteen-way 1054 1075 Four-way to Fifteen-way 1054 1076 Four-way to Sixteen-way 1054 1065 Four-way to Five-way 1054 1066 Four-way to Six-way 1054 1067 Four-way to Seven-way 1054 1068 Four-way to Eight-way 1054 1069 Four-way to Nine-way
1064 1065 Four-way to Five-way 1064 1066 Four-way to Six-way 1064 1067 Four-way to Seven-way 1064 1068 Four-way to Eight-way 1064 1069 Four-way to Nine-way 1064 1070 Four-way to Ten-way 1064 1071 Four-way to Eleven-way 1064 1072 Four-way to Twelve-way 1064 1073 Four-way to Thirteen-way 1064 1074 Four-way to Fourteen-way 1064 1075 Four-way to Fifteen-way 1064 1076 Four-way to Sixteen-way
1055 1056 Five-way to Six-way 1055 1057 Five-way to Seven-way 1055 1058 Five-way to Eight-way 1055 1059 Five-way to Nine-way 1055 1070 Five-way to Ten-way 1055 1071 Five-way to Eleven-way 1055 1072 Five-way to Twelve-way 1055 1073 Five-way to Thirteen-way 1055 1074 Five-way to Fourteen-way 1055 1075 Five-way to Fifteen-way 1055 1076 Five-way to Sixteen-way 1055 1066 Five-way to Six-way 1055 1067 Five-way to Seven-way 1055 1068 Five-way to Eight-way 1055 1069 Five-way to Nine-way
1065 1066 Five-way to Six-way 1065 1067 Five-way to Seven-way 1065 1068 Five-way to Eight-way 1065 1069 Five-way to Nine-way 1065 1070 Five-way to Ten-way 1065 1071 Five-way to Eleven-way 1065 1072 Five-way to Twelve-way 1065 1073 Five-way to Thirteen-way 1065 1074 Five-way to Fourteen-way 1065 1075 Five-way to Fifteen-way 1065 1076 Five-way to Sixteen-way
1056 1057 Six-way to Seven-way 1056 1058 Six-way to Eight-way 1056 1059 Six-way to Nine-way 1056 1070 Six-way to Ten-way 1056 1071 Six-way to Eleven-way 1056 1072 Six-way to Twelve-way 1056 1073 Six-way to Thirteen-way 1056 1074 Six-way to Fourteen-way 1056 1075 Six-way to Fifteen-way 1056 1076 Six-way to Sixteen-way 1056 1067 Six-way to Seven-way 1056 1068 Six-way to Eight-way 1056 1069 Six-way to Nine-way
1066 1067 Six-way to Seven-way 1066 1068 Six-way to Eight-way 1066 1069 Six-way to Nine-way 1066 1070 Six-way to Ten-way 1066 1071 Six-way to Eleven-way 1066 1072 Six-way to Twelve-way 1066 1073 Six-way to Thirteen-way 1066 1074 Six-way to Fourteen-way 1066 1075 Six-way to Fifteen-way 1066 1076 Six-way to Sixteen-way
1057 1058 Seven-way to Eight-way 1057 1059 Seven-way to Nine-way 1057 1070 Seven-way to Ten-way 1057 1071 Seven-way to Eleven-way 1057 1072 Seven-way to Twelve-way 1057 1073 Seven-way to Thirteen-way 1057 1074 Seven-way to Fourteen-way 1057 1075 Seven-way to Fifteen-way 1057 1076 Seven-way to Sixteen-way 1057 1068 Seven-way to Eight-way 1057 1069 Seven-way to Nine-way
1067 1068 Seven-way to Eight-way 1067 1069 Seven-way to Nine-way 1067 1070 Seven-way to Ten-way 1067 1071 Seven-way to Eleven-way 1067 1072 Seven-way to Twelve-way 1067 1073 Seven-way to Thirteen-way 1067 1074 Seven-way to Fourteen-way 1067 1075 Seven-way to Fifteen-way 1067 1076 Seven-way to Sixteen-way
1058 1059 Eight-way to Nine-way 1058 1070 Eight-way to Ten-way 1058 1071 Eight-way to Eleven-way 1058 1072 Eight-way to Twelve-way 1058 1073 Eight-way to Thirteen-way 1058 1074 Eight-way to Fourteen-way 1058 1075 Eight-way to Fifteen-way 1058 1076 Eight-way to Sixteen-way 1058 1069 Eight-way to Nine-way
1068 1069 Eight-way to Nine-way 1068 1070 Eight-way to Ten-way 1068 1071 Eight-way to Eleven-way 1068 1072 Eight-way to Twelve-way 1068 1073 Eight-way to Thirteen-way 1068 1074 Eight-way to Fourteen-way 1068 1075 Eight-way to Fifteen-way 1068 1076 Eight-way to Sixteen-way
1059 1070 Nine-way to Ten-way 1059 1071 Nine-way to Eleven-way 1059 1072 Nine-way to Twelve-way 1059 1073 Nine-way to Thirteen-way 1059 1074 Nine-way to Fourteen-way 1059 1075 Nine-way to Fifteen-way 1059 1076 Nine-way to Sixteen-way
1069 1070 Nine-way to Ten-way 1069 1071 Nine-way to Eleven-way 1069 1072 Nine-way to Twelve-way 1069 1073 Nine-way to Thirteen-way 1069 1074 Nine-way to Fourteen-way 1069 1075 Nine-way to Fifteen-way 1069 1076 Nine-way to Sixteen-way
1070 1071 Ten-way to Eleven-way 1070 1072 Ten-way to Twelve-way 1070 1073 Ten-way to Thirteen-way 1070 1074 Ten-way to Fourteen-way 1070 1075 Ten-way to Fifteen-way 1070 1076 Ten-way to Sixteen-way
1071 1072 Eleven-way to Twelve-way 1071 1073 Eleven-way to Thirteen-way 1071 1074 Eleven-way to Fourteen-way 1071 1075 Eleven-way to Fifteen-way 1071 1076 Eleven-way to Sixteen-way
1072 1073 Twelve-way to Thirteen-way 1072 1074 Twelve-way to Fourteen-way 1072 1075 Twelve-way to Fifteen-way 1072 1076 Twelve-way to Sixteen-way
1073 1074 Thirteen-way to Fourteen-way 1073 1075 Thirteen-way to Fifteen-way 1073 1076 Thirteen-way to Sixteen-way
1074 1075 Fourteen-way to Fifteen-way 1074 1076 Fourteen-way to Sixteen-way
1075 1076 Fifteen-way to Sixteen-way
zSeries 900 Model 100 to zSeries 900 Model 100 Vertical Upgrades
1081 1082 1-ICF to 2-ICF 1081 1083 1-ICF to 3-ICF 1081 1084 1-ICF to 4-ICF 1081 1085 1-ICF to 5-ICF 1081 1086 1-ICF to 6-ICF 1081 1087 1-ICF to 7-ICF 1081 1088 1-ICF to 8-ICF 1081 1089 1-ICF to 9-ICF
1082 1083 2-ICF to 3-ICF 1082 1084 2-ICF to 4-ICF 1082 1085 2-ICF to 5-ICF 1082 1086 2-ICF to 6-ICF 1082 1087 2-ICF to 7-ICF 1082 1088 2-ICF to 8-ICF 1082 1089 2-ICF to 9-ICF
1083 1084 3-ICF to 4-ICF 1083 1085 3-ICF to 5-ICF 1083 1086 3-ICF to 6-ICF 1083 1087 3-ICF to 7-ICF 1083 1088 3-ICF to 8-ICF 1083 1089 3-ICF to 9-ICF
1084 1085 4-ICF to 5-ICF 1084 1086 4-ICF to 6-ICF 1084 1087 4-ICF to 7-ICF 1084 1088 4-ICF to 8-ICF 1084 1089 4-ICF to 9-ICF
1085 1086 5-ICF to 6-ICF 1085 1087 5-ICF to 7-ICF 1085 1088 5-ICF to 8-ICF 1085 1089 5-ICF to 9-ICF
1086 1087 6-ICF to 7-ICF 1086 1088 6-ICF to 8-ICF 1086 1089 6-ICF to 9-ICF
1087 1088 7-ICF to 8-ICF 1087 1089 7-ICF to 9-ICF
1088 1089 8-ICF to 9-ICF
Upgrades From:
zSeries 900, Model 100
To:
zSeries 900, Models 101 to 116 and 1C1 to 1C9
1081 1051 1-ICF to 1-way 1081 1052 1-ICF to 2-way 1081 1053 1-ICF to 3-way 1081 1054 1-ICF to 4-way 1081 1055 1-ICF to 5-way 1081 1056 1-ICF to 6-way 1081 1057 1-ICF to 7-way 1081 1058 1-ICF to 8-way 1081 1059 1-ICF to 9-way 1081 1070 1-ICF to 10-way 1081 1071 1-ICF to 11-way 1081 1072 1-ICF to 12-way 1081 1073 1-ICF to 13-way 1081 1074 1-ICF to 14-way 1081 1075 1-ICF to 15-way 1081 1076 1-ICF to 16-way 1081 1061 1-ICF to 1-way 1081 1062 1-ICF to 2-way 1081 1063 1-ICF to 3-way 1081 1064 1-ICF to 4-way 1081 1065 1-ICF to 5-way 1081 1066 1-ICF to 6-way 1081 1067 1-ICF to 7-way 1081 1068 1-ICF to 8-way 1081 1069 1-ICF to 9-way
1082 1052 2-ICF to 2-way 1082 1053 2-ICF to 3-way 1082 1054 2-ICF to 4-way 1082 1055 2-ICF to 5-way 1082 1056 2-ICF to 6-way 1082 1057 2-ICF to 7-way 1082 1058 2-ICF to 8-way 1082 1059 2-ICF to 9-way 1082 1070 2-ICF to 10-way 1082 1071 2-ICF to 11-way 1082 1072 2-ICF to 12-way 1082 1073 2-ICF to 13-way 1082 1074 2-ICF to 14-way 1082 1075 2-ICF to 15-way 1082 1076 2-ICF to 16-way 1082 1062 2-ICF to 2-way 1082 1063 2-ICF to 3-way 1082 1064 2-ICF to 4-way 1082 1065 2-ICF to 5-way 1082 1066 2-ICF to 6-way 1082 1067 2-ICF to 7-way 1082 1068 2-ICF to 8-way 1082 1069 2-ICF to 9-way
1083 1053 3-ICF to 3-way 1083 1054 3-ICF to 4-way 1083 1055 3-ICF to 5-way 1083 1056 3-ICF to 6-way 1083 1057 3-ICF to 7-way 1083 1058 3-ICF to 8-way 1083 1059 3-ICF to 9-way 1083 1070 3-ICF to 10-way 1083 1071 3-ICF to 11-way 1083 1072 3-ICF to 12-way 1083 1073 3-ICF to 13-way 1083 1074 3-ICF to 14-way 1083 1075 3-ICF to 15-way 1083 1076 3-ICF to 16-way 1083 1063 3-ICF to 3-way 1083 1064 3-ICF to 4-way 1083 1065 3-ICF to 5-way 1083 1066 3-ICF to 6-way 1083 1067 3-ICF to 7-way 1083 1068 3-ICF to 8-way 1083 1069 3-ICF to 9-way
1084 1054 4-ICF to 4-way 1084 1055 4-ICF to 5-way 1084 1056 4-ICF to 6-way 1084 1057 4-ICF to 7-way 1084 1058 4-ICF to 8-way 1084 1059 4-ICF to 9-way 1084 1070 4-ICF to 10-way 1084 1071 4-ICF to 11-way 1084 1072 4-ICF to 12-way 1084 1073 4-ICF to 13-way 1084 1074 4-ICF to 14-way 1084 1075 4-ICF to 15-way 1084 1076 4-ICF to 16-way 1084 1064 4-ICF to 4-way 1084 1065 4-ICF to 5-way 1084 1066 4-ICF to 6-way 1084 1067 4-ICF to 7-way 1084 1068 4-ICF to 8-way 1084 1069 4-ICF to 9-way
1085 1055 5-ICF to 5-way 1085 1056 5-ICF to 6-way 1085 1057 5-ICF to 7-way 1085 1058 5-ICF to 8-way 1085 1059 5-ICF to 9-way 1085 1070 5-ICF to 10-way 1085 1071 5-ICF to 11-way 1085 1072 5-ICF to 12-way 1085 1073 5-ICF to 13-way 1085 1074 5-ICF to 14-way 1085 1075 5-ICF to 15-way 1085 1076 5-ICF to 16-way 1085 1065 5-ICF to 5-way 1085 1066 5-ICF to 6-way 1085 1067 5-ICF to 7-way 1085 1068 5-ICF to 8-way 1085 1069 5-ICF to 9-way
1086 1056 6-ICF to 6-way 1086 1057 6-ICF to 7-way 1086 1058 6-ICF to 8-way 1086 1059 6-ICF to 9-way 1086 1070 6-ICF to 10-way 1086 1071 6-ICF to 11-way 1086 1072 6-ICF to 12-way 1086 1073 6-ICF to 13-way 1086 1074 6-ICF to 14-way 1086 1075 6-ICF to 15-way 1086 1076 6-ICF to 16-way 1086 1066 6-ICF to 6-way 1086 1067 6-ICF to 7-way 1086 1068 6-ICF to 8-way 1086 1069 6-ICF to 9-way
1087 1057 7-ICF to 7-way 1087 1058 7-ICF to 8-way 1087 1059 7-ICF to 9-way 1087 1070 7-ICF to 10-way 1087 1071 7-ICF to 11-way 1087 1072 7-ICF to 12-way 1087 1073 7-ICF to 13-way 1087 1074 7-ICF to 14-way 1087 1075 7-ICF to 15-way 1087 1076 7-ICF to 16-way 1087 1067 7-ICF to 7-way 1087 1068 7-ICF to 8-way 1087 1069 7-ICF to 9-way
1088 1058 8-ICF to 8-way 1088 1059 8-ICF to 9-way 1088 1070 8-ICF to 10-way 1088 1071 8-ICF to 11-way 1088 1072 8-ICF to 12-way 1088 1073 8-ICF to 13-way 1088 1074 8-ICF to 14-way 1088 1075 8-ICF to 15-way 1088 1076 8-ICF to 16-way 1088 1068 8-ICF to 8-way 1088 1069 8-ICF to 9-way
1089 1059 9-ICF to 9-way 1089 1070 9-ICF to 10-way 1089 1071 9-ICF to 11-way 1089 1072 9-ICF to 12-way 1089 1073 9-ICF to 13-way 1089 1074 9-ICF to 14-way 1089 1075 9-ICF to 15-way 1089 1076 9-ICF to 16-way 1089 1069 9-ICF to 9-way
Feature Conversions From:
9672 G5, G6, and z900
To:
2064 Models 210 to 216 and 2C1 to 2C9
9672 0901 2064 2070 (1) One-way to Ten-way 9672 0901 2064 2071 (1) One-way to Eleven-way 9672 0901 2064 2072 (1) One-way to Twelve-way 9672 0901 2064 2073 (1) One-way to Thirteen-way 9672 0901 2064 2074 (1) One-way to Fourteen-way 9672 0901 2064 2075 (1) One-way to Fifteen-way 9672 0901 2064 2076 (1) One-way to Sixteen-way 9672 0901 2064 2061 (1) One-way to One-way 9672 0901 2064 2062 (1) One-way to Two-way 9672 0901 2064 2063 (1) One-way to Three-way 9672 0901 2064 2064 (1) One-way to Four-way 9672 0901 2064 2065 (1) One-way to Five-way 9672 0901 2064 2066 (1) One-way to Six-way 9672 0901 2064 2067 (1) One-way to Seven-way 9672 0901 2064 2068 (1) One-way to Eight-way 9672 0901 2064 2069 (1) One-way to Nine-way
9672 0902 2064 2070 (1) One-way to Ten-way 9672 0902 2064 2071 (1) One-way to Eleven-way 9672 0902 2064 2072 (1) One-way to Twelve-way 9672 0902 2064 2073 (1) One-way to Thirteen-way 9672 0902 2064 2074 (1) One-way to Fourteen-way 9672 0902 2064 2075 (1) One-way to Fifteen-way 9672 0902 2064 2076 (1) One-way to Sixteen-way 9672 0902 2064 2061 (1) One-way to One`way 9672 0902 2064 2062 (1) One-way to Two-way 9672 0902 2064 2063 (1) One-way to Three-way 9672 0902 2064 2064 (1) One-way to Four-way 9672 0902 2064 2065 (1) One-way to Five-way 9672 0902 2064 2066 (1) One-way to Six-way 9672 0902 2064 2067 (1) One-way to Seven-way 9672 0902 2064 2068 (1) One-way to Eight-way 9672 0902 2064 2069 (1) One-way to Nine-way
9672 0916 2064 2070 (1) One-way to Ten-way 9672 0916 2064 2071 (1) One-way to Eleven-way 9672 0916 2064 2072 (1) One-way to Twelve-way 9672 0916 2064 2073 (1) One-way to Thirteen-way 9672 0916 2064 2074 (1) One-way to Fourteen-way 9672 0916 2064 2075 (1) One-way to Fifteen-way 9672 0916 2064 2076 (1) One-way to Sixteen-way 9672 0916 2064 2061 (1) One-way to One-way 9672 0916 2064 2062 (1) One-way to Two-way 9672 0916 2064 2063 (1) One-way to Three-way 9672 0916 2064 2064 (1) One-way to Four-way 9672 0916 2064 2065 (1) One-way to Five-way 9672 0916 2064 2066 (1) One-way to Six-way 9672 0916 2064 2067 (1) One-way to Seven-way 9672 0916 2064 2068 (1) One-way to Eight-way 9672 0916 2064 2069 (1) One-way to Nine-way
9672 0921 2064 2070 (1) One-way to Ten-way 9672 0921 2064 2071 (1) One-way to Eleven-way 9672 0921 2064 2072 (1) One-way to Twelve-way 9672 0921 2064 2073 (1) One-way to Thirteen-way 9672 0921 2064 2074 (1) One-way to Fourteen-way 9672 0921 2064 2075 (1) One-way to Fifteen-way 9672 0921 2064 2076 (1) One-way to Sixteen-way 9672 0921 2064 2061 (1) One-way to One-way 9672 0921 2064 2062 (1) One-way to Two-way 9672 0921 2064 2063 (1) One-way to Three-way 9672 0921 2064 2064 (1) One-way to Four-way 9672 0921 2064 2065 (1) One-way to Five-way 9672 0921 2064 2066 (1) One-way to Six-way 9672 0921 2064 2067 (1) One-way to Seven-way 9672 0921 2064 2068 (1) One-way to Eight-way 9672 0921 2064 2069 (1) One-way to Nine-way
9672 0903 2064 2070 (1) Two-way to Ten-way 9672 0903 2064 2071 (1) Two-way to Eleven-way 9672 0903 2064 2072 (1) Two-way to Twelve-way 9672 0903 2064 2073 (1) Two-way to Thirteen-way 9672 0903 2064 2074 (1) Two-way to Fourteen-way 9672 0903 2064 2075 (1) Two-way to Fifteen-way 9672 0903 2064 2076 (1) Two-way to Sixteen-way 9672 0903 2064 2061 (1) Two-way to One-way 9672 0903 2064 2062 (1) Two-way to Two-way 9672 0903 2064 2063 (1) Two-way to Three-way 9672 0903 2064 2064 (1) Two-way to Four-way 9672 0903 2064 2065 (1) Two-way to Five-way 9672 0903 2064 2066 (1) Two-way to Six-way 9672 0903 2064 2067 (1) Two-way to Seven-way 9672 0903 2064 2068 (1) Two-way to Eight-way 9672 0903 2064 2069 (1) Two-way to Nine-way
9672 0908 2064 2070 (1) Two-way to Ten-way 9672 0908 2064 2071 (1) Two-way to Eleven-way 9672 0908 2064 2072 (1) Two-way to Twelve-way 9672 0908 2064 2073 (1) Two-way to Thirteen-way 9672 0908 2064 2074 (1) Two-way to Fourteen-way 9672 0908 2064 2075 (1) Two-way to Fifteen-way 9672 0908 2064 2076 (1) Two-way to Sixteen-way 9672 0908 2064 2061 (1) Two-way to One-way 9672 0908 2064 2062 (1) Two-way to Two-way 9672 0908 2064 2063 (1) Two-way to Three-way 9672 0908 2064 2064 (1) Two-way to Four-way 9672 0908 2064 2065 (1) Two-way to Five-way 9672 0908 2064 2066 (1) Two-way to Six-way 9672 0908 2064 2067 (1) Two-way to Seven-way 9672 0908 2064 2068 (1) Two-way to Eight-way 9672 0908 2064 2069 (1) Two-way to Nine-way
9672 0917 2064 2070 (1) Two-way to Ten-way 9672 0917 2064 2071 (1) Two-way to Eleven-way 9672 0917 2064 2072 (1) Two-way to Twelve-way 9672 0917 2064 2073 (1) Two-way to Thirteen-way 9672 0917 2064 2074 (1) Two-way to Fourteen-way 9672 0917 2064 2075 (1) Two-way to Fifteen-way 9672 0917 2064 2076 (1) Two-way to Sixteen-way 9672 0917 2064 2061 (1) Two-way to One-way 9672 0917 2064 2062 (1) Two-way to Two-way 9672 0917 2064 2063 (1) Two-way to Three-way 9672 0917 2064 2064 (1) Two-way to Four-way 9672 0917 2064 2065 (1) Two-way to Five-way 9672 0917 2064 2066 (1) Two-way to Six-way 9672 0917 2064 2067 (1) Two-way to Seven-way 9672 0917 2064 2068 (1) Two-way to Eight-way 9672 0917 2064 2069 (1) Two-way to Nine-way
9672 0922 2064 2061 (1) Two-way to One-way 9672 0922 2064 2070 (1) Two-way to Ten-way 9672 0922 2064 2071 (1) Two-way to Eleven-way 9672 0922 2064 2072 (1) Two-way to Twelve-way 9672 0922 2064 2073 (1) Two-way to Thirteen-way 9672 0922 2064 2074 (1) Two-way to Fourteen-way 9672 0922 2064 2075 (1) Two-way to Fifteen-way 9672 0922 2064 2076 (1) Two-way to Sixteen-way 9672 0922 2064 2062 (1) Two-way to Two-way 9672 0922 2064 2063 (1) Two-way to Three-way 9672 0922 2064 2064 (1) Two-way to Four-way 9672 0922 2064 2065 (1) Two-way to Five-way 9672 0922 2064 2066 (1) Two-way to Six-way 9672 0922 2064 2067 (1) Two-way to Seven-way 9672 0922 2064 2068 (1) Two-way to Eight-way 9672 0922 2064 2069 (1) Two-way to Nine-way
9672 0904 2064 2070 (1) Three-way to Ten-way 9672 0904 2064 2071 (1) Three-way to Eleven-way 9672 0904 2064 2072 (1) Three-way to Twelve-way 9672 0904 2064 2073 (1) Three-way to Thirteen-way 9672 0904 2064 2074 (1) Three-way to Fourteen-way 9672 0904 2064 2075 (1) Three-way to Fifteen-way 9672 0904 2064 2076 (1) Three-way to Sixteen-way 9672 0904 2064 2062 (1) Three-way to Two-way 9672 0904 2064 2063 (1) Three-way to Three-way 9672 0904 2064 2064 (1) Three-way to Four-way 9672 0904 2064 2065 (1) Three-way to Five-way 9672 0904 2064 2066 (1) Three-way to Six-way 9672 0904 2064 2067 (1) Three-way to Seven-way 9672 0904 2064 2068 (1) Three-way to Eight-way 9672 0904 2064 2069 (1) Three-way to Nine-way
9672 0905 2064 2070 (1) Three-way to Ten-way 9672 0905 2064 2071 (1) Three-way to Eleven-way 9672 0905 2064 2072 (1) Three-way to Twelve-way 9672 0905 2064 2073 (1) Three-way to Thirteen-way 9672 0905 2064 2074 (1) Three-way to Fourteen-way 9672 0905 2064 2075 (1) Three-way to Fifteen-way 9672 0905 2064 2076 (1) Three-way to Sixteen-way 9672 0905 2064 2062 (1) Three-way to Two-way 9672 0905 2064 2063 (1) Three-way to Three-way 9672 0905 2064 2064 (1) Three-way to Four-way 9672 0905 2064 2065 (1) Three-way to Five-way 9672 0905 2064 2066 (1) Three-way to Six-way 9672 0905 2064 2067 (1) Three-way to Seven-way 9672 0905 2064 2068 (1) Three-way to Eight-way 9672 0905 2064 2069 (1) Three-way to Nine-way
9672 0923 2064 2070 (1) Three-way to Ten-way 9672 0923 2064 2071 (1) Three-way to Eleven-way 9672 0923 2064 2072 (1) Three-way to Twelve-way 9672 0923 2064 2073 (1) Three-way to Thirteen-way 9672 0923 2064 2074 (1) Three-way to Fourteen-way 9672 0923 2064 2075 (1) Three-way to Fifteen-way 9672 0923 2064 2076 (1) Three-way to Sixteen-way 9672 0923 2064 2062 (1) Three-way to Two-way 9672 0923 2064 2063 (1) Three-way to Three-way 9672 0923 2064 2064 (1) Three-way to Four-way 9672 0923 2064 2065 (1) Three-way to Five-way 9672 0923 2064 2066 (1) Three-way to Six-way 9672 0923 2064 2067 (1) Three-way to Seven-way 9672 0923 2064 2068 (1) Three-way to Eight-way 9672 0923 2064 2069 (1) Three-way to Nine-way
9672 0906 2064 2070 (1) Four-way to Ten-way 9672 0906 2064 2071 (1) Four-way to Eleven-way 9672 0906 2064 2072 (1) Four-way to Twelve-way 9672 0906 2064 2073 (1) Four-way to Thirteen-way 9672 0906 2064 2074 (1) Four-way to Fourteen-way 9672 0906 2064 2075 (1) Four-way to Fifteen-way 9672 0906 2064 2076 (1) Four-way to Sixteen-way 9672 0906 2064 2062 (1) Four-way to Two-way 9672 0906 2064 2063 (1) Four-way to Three-way 9672 0906 2064 2064 (1) Four-way to Four-way 9672 0906 2064 2065 (1) Four-way to Five-way 9672 0906 2064 2066 (1) Four-way to Six-way 9672 0906 2064 2067 (1) Four-way to Seven-way 9672 0906 2064 2068 (1) Four-way to Eight-way 9672 0906 2064 2069 (1) Four-way to Nine-way
9672 0907 2064 2070 (1) Four-way to Ten-way 9672 0907 2064 2071 (1) Four-way to Eleven-way 9672 0907 2064 2072 (1) Four-way to Twelve-way 9672 0907 2064 2073 (1) Four-way to Thirteen-way 9672 0907 2064 2074 (1) Four-way to Fourteen-way 9672 0907 2064 2075 (1) Four-way to Fifteen-way 9672 0907 2064 2076 (1) Four-way to Sixteen-way 9672 0907 2064 2062 (1) Four-way to Two-way 9672 0907 2064 2063 (1) Four-way to Three-way 9672 0907 2064 2064 (1) Four-way to Four-way 9672 0907 2064 2065 (1) Four-way to Five-way 9672 0907 2064 2066 (1) Four-way to Six-way 9672 0907 2064 2067 (1) Four-way to Seven-way 9672 0907 2064 2068 (1) Four-way to Eight-way 9672 0907 2064 2069 (1) Four-way to Nine-way
9672 0924 2064 2062 (1) Four-way to Two-way 9672 0924 2064 2070 (1) Four-way to Ten-way 9672 0924 2064 2071 (1) Four-way to Eleven-way 9672 0924 2064 2072 (1) Four-way to Twelve-way 9672 0924 2064 2073 (1) Four-way to Thirteen-way 9672 0924 2064 2074 (1) Four-way to Fourteen-way 9672 0924 2064 2075 (1) Four-way to Fifteen-way 9672 0924 2064 2076 (1) Four-way to Sixteen-way 9672 0924 2064 2063 (1) Four-way to Three-way 9672 0924 2064 2064 (1) Four-way to Four-way 9672 0924 2064 2065 (1) Four-way to Five-way 9672 0924 2064 2066 (1) Four-way to Six-way 9672 0924 2064 2067 (1) Four-way to Seven-way 9672 0924 2064 2068 (1) Four-way to Eight-way 9672 0924 2064 2069 (1) Four-way to Nine-way
9672 0909 2064 2062 (1) Five-way to Two-way 9672 0909 2064 2070 (1) Five-way to Ten-way 9672 0909 2064 2071 (1) Five-way to Eleven-way 9672 0909 2064 2072 (1) Five-way to Twelve-way 9672 0909 2064 2073 (1) Five-way to Thirteen-way 9672 0909 2064 2074 (1) Five-way to Fourteen-way 9672 0909 2064 2075 (1) Five-way to Fifteen-way 9672 0909 2064 2076 (1) Five-way to Sixteen-way 9672 0909 2064 2063 (1) Five-way to Three-way 9672 0909 2064 2064 (1) Five-way to Four-way 9672 0909 2064 2065 (1) Five-way to Five-way 9672 0909 2064 2066 (1) Five-way to Six-way 9672 0909 2064 2067 (1) Five-way to Seven-way 9672 0909 2064 2068 (1) Five-way to Eight-way 9672 0909 2064 2069 (1) Five-way to Nine-way
9672 0925 2064 2070 (1) Five-way to Ten-way 9672 0925 2064 2071 (1) Five-way to Eleven-way 9672 0925 2064 2072 (1) Five-way to Twelve-way 9672 0925 2064 2073 (1) Five-way to Thirteen-way 9672 0925 2064 2074 (1) Five-way to Fourteen-way 9672 0925 2064 2075 (1) Five-way to Fifteen-way 9672 0925 2064 2076 (1) Five-way to Sixteen-way 9672 0925 2064 2063 (1) Five-way to Three-way 9672 0925 2064 2064 (1) Five-way to Four-way 9672 0925 2064 2065 (1) Five-way to Five-way 9672 0925 2064 2066 (1) Five-way to Six-way 9672 0925 2064 2067 (1) Five-way to Seven-way 9672 0925 2064 2068 (1) Five-way to Eight-way 9672 0925 2064 2069 (1) Five-way to Nine-way
9672 0910 2064 2070 (1) Six-way to Ten-way 9672 0910 2064 2071 (1) Six-way to Eleven-way 9672 0910 2064 2072 (1) Six-way to Twelve-way 9672 0910 2064 2073 (1) Six-way to Thirteen-way 9672 0910 2064 2074 (1) Six-way to Fourteen-way 9672 0910 2064 2075 (1) Six-way to Fifteen-way 9672 0910 2064 2076 (1) Six-way to Sixteen-way 9672 0910 2064 2063 (1) Six-way to Three-way 9672 0910 2064 2064 (1) Six-way to Four-way 9672 0910 2064 2065 (1) Six-way to Five-way 9672 0910 2064 2066 (1) Six-way to Six-way 9672 0910 2064 2067 (1) Six-way to Seven-way 9672 0910 2064 2068 (1) Six-way to Eight-way 9672 0910 2064 2069 (1) Six-way to Nine-way
9672 0926 2064 2063 (1) Six-way to Three-way 9672 0926 2064 2070 (1) Six-way to Ten-way 9672 0926 2064 2071 (1) Six-way to Eleven-way 9672 0926 2064 2072 (1) Six-way to Twelve-way 9672 0926 2064 2073 (1) Six-way to Thirteen-way 9672 0926 2064 2074 (1) Six-way to Fourteen-way 9672 0926 2064 2075 (1) Six-way to Fifteen-way 9672 0926 2064 2076 (1) Six-way to Sixteen-way 9672 0926 2064 2064 (1) Six-way to Four-way 9672 0926 2064 2065 (1) Six-way to Five-way 9672 0926 2064 2066 (1) Six-way to Six-way 9672 0926 2064 2067 (1) Six-way to Seven-way 9672 0926 2064 2068 (1) Six-way to Eight-way 9672 0926 2064 2069 (1) Six-way to Nine-way
9672 0911 2064 2070 (1) Seven-way to Ten-way 9672 0911 2064 2071 (1) Seven-way to Eleven-way 9672 0911 2064 2072 (1) Seven-way to Twelve-way 9672 0911 2064 2073 (1) Seven-way to Thirteen-way 9672 0911 2064 2074 (1) Seven-way to Fourteen-way 9672 0911 2064 2075 (1) Seven-way to Fifteen-way 9672 0911 2064 2076 (1) Seven-way to Sixteen-way 9672 0911 2064 2063 (1) Seven-way to Three-way 9672 0911 2064 2064 (1) Seven-way to Four-way 9672 0911 2064 2065 (1) Seven-way to Five-way 9672 0911 2064 2066 (1) Seven-way to Six-way 9672 0911 2064 2067 (1) Seven-way to Seven-way 9672 0911 2064 2068 (1) Seven-way to Eight-way 9672 0911 2064 2069 (1) Seven-way to Nine-way
9672 0918 2064 2070 (1) Seven-way to Ten-way 9672 0918 2064 2071 (1) Seven-way to Eleven-way 9672 0918 2064 2072 (1) Seven-way to Twelve-way 9672 0918 2064 2073 (1) Seven-way to Thirteen-way 9672 0918 2064 2074 (1) Seven-way to Fourteen-way 9672 0918 2064 2075 (1) Seven-way to Fifteen-way 9672 0918 2064 2076 (1) Seven-way to Sixteen-way 9672 0918 2064 2064 (1) Seven-way to Four-way 9672 0918 2064 2065 (1) Seven-way to Five-way 9672 0918 2064 2066 (1) Seven-way to Six-way 9672 0918 2064 2067 (1) Seven-way to Seven-way 9672 0918 2064 2068 (1) Seven-way to Eight-way 9672 0918 2064 2069 (1) Seven-way to Nine-way
9672 0912 2064 2070 (1) Eight-way to Ten-way 9672 0912 2064 2071 (1) Eight-way to Eleven-way 9672 0912 2064 2072 (1) Eight-way to Twelve-way 9672 0912 2064 2073 (1) Eight-way to Thirteen-way 9672 0912 2064 2074 (1) Eight-way to Fourteen-way 9672 0912 2064 2075 (1) Eight-way to Fifteen-way 9672 0912 2064 2076 (1) Eight-way to Sixteen-way 9672 0912 2064 2064 (1) Eight-way to Four-way 9672 0912 2064 2065 (1) Eight-way to Five-way 9672 0912 2064 2066 (1) Eight-way to Six-way 9672 0912 2064 2067 (1) Eight-way to Seven-way 9672 0912 2064 2068 (1) Eight-way to Eight-way 9672 0912 2064 2069 (1) Eight-way to Nine-way
9672 0919 2064 2064 (1) Eight-way to Four-way 9672 0919 2064 2070 (1) Eight-way to Ten-way 9672 0919 2064 2071 (1) Eight-way to Eleven-way 9672 0919 2064 2072 (1) Eight-way to Twelve-way 9672 0919 2064 2073 (1) Eight-way to Thirteen-way 9672 0919 2064 2074 (1) Eight-way to Fourteen-way 9672 0919 2064 2075 (1) Eight-way to Fifteen-way 9672 0919 2064 2076 (1) Eight-way to Sixteen-way 9672 0919 2064 2065 (1) Eight-way to Five-way 9672 0919 2064 2066 (1) Eight-way to Six-way 9672 0919 2064 2067 (1) Eight-way to Seven-way 9672 0919 2064 2068 (1) Eight-way to Eight-way 9672 0919 2064 2069 (1) Eight-way to Nine-way
9672 0913 2064 2070 (1) Nine-way to Ten-way 9672 0913 2064 2071 (1) Nine-way to Eleven-way 9672 0913 2064 2072 (1) Nine-way to Twelve-way 9672 0913 2064 2073 (1) Nine-way to Thirteen-way 9672 0913 2064 2074 (1) Nine-way to Fourteen-way 9672 0913 2064 2075 (1) Nine-way to Fifteen-way 9672 0913 2064 2076 (1) Nine-way to Sixteen-way 9672 0913 2064 2064 (1) Nine-way to Four-way 9672 0913 2064 2065 (1) Nine-way to Five-way 9672 0913 2064 2066 (1) Nine-way to Six-way 9672 0913 2064 2067 (1) Nine-way to Seven-way 9672 0913 2064 2068 (1) Nine-way to Eight-way 9672 0913 2064 2069 (1) Nine-way to Nine-way
9672 0920 2064 2064 (1) Nine-way to Four-way 9672 0920 2064 2070 (1) Nine-way to Ten-way 9672 0920 2064 2071 (1) Nine-way to Eleven-way 9672 0920 2064 2072 (1) Nine-way to Twelve-way 9672 0920 2064 2073 (1) Nine-way to Thirteen-way 9672 0920 2064 2074 (1) Nine-way to Fourteen-way 9672 0920 2064 2075 (1) Nine-way to Fifteen-way 9672 0920 2064 2076 (1) Nine-way to Sixteen-way 9672 0920 2064 2065 (1) Nine-way to Five-way 9672 0920 2064 2066 (1) Nine-way to Six-way 9672 0920 2064 2067 (1) Nine-way to Seven-way 9672 0920 2064 2068 (1) Nine-way to Eight-way 9672 0920 2064 2069 (1) Nine-way to Nine-way
9672 0914 2064 2064 (1) Ten-way to Four-way 9672 0914 2064 2070 (1) Ten-way to Ten-way 9672 0914 2064 2071 (1) Ten-way to Eleven-way 9672 0914 2064 2072 (1) Ten-way to Twelve-way 9672 0914 2064 2073 (1) Ten-way to Thirteen-way 9672 0914 2064 2074 (1) Ten-way to Fourteen-way 9672 0914 2064 2075 (1) Ten-way to Fifteen-way 9672 0914 2064 2076 (1) Ten-way to Sixteen-way 9672 0914 2064 2065 (1) Ten-way to Five-way 9672 0914 2064 2066 (1) Ten-way to Six-way 9672 0914 2064 2067 (1) Ten-way to Seven-way 9672 0914 2064 2068 (1) Ten-way to Eight-way 9672 0914 2064 2069 (1) Ten-way to Nine-way
9672 0915 2064 2070 (1) Ten-way to Ten-way 9672 0915 2064 2071 (1) Ten-way to Eleven-way 9672 0915 2064 2072 (1) Ten-way to Twelve-way 9672 0915 2064 2073 (1) Ten-way to Thirteen-way 9672 0915 2064 2074 (1) Ten-way to Fourteen-way 9672 0915 2064 2075 (1) Ten-way to Fifteen-way 9672 0915 2064 2076 (1) Ten-way to Sixteen-way 9672 0915 2064 2065 (1) Ten-way to Five-way 9672 0915 2064 2066 (1) Ten-way to Six-way 9672 0915 2064 2067 (1) Ten-way to Seven-way 9672 0915 2064 2068 (1) Ten-way to Eight-way 9672 0915 2064 2069 (1) Ten-way to Nine-way
9672 7971 2064 2070 (1) 1-ICF to Ten-way 9672 7971 2064 2071 (1) 1-ICF to Eleven-way 9672 7971 2064 2072 (1) 1-ICF to Twelve-way 9672 7971 2064 2073 (1) 1-ICF to Thirteen-way 9672 7971 2064 2074 (1) 1-ICF to Fourteen-way 9672 7971 2064 2075 (1) 1-ICF to Fifteen-way 9672 7971 2064 2076 (1) 1-ICF to Sixteen-way 9672 7971 2064 2061 (1) 1-ICF to One-way 9672 7971 2064 2062 (1) 1-ICF to Two-way 9672 7971 2064 2063 (1) 1-ICF to Three-way 9672 7971 2064 2064 (1) 1-ICF to Four-way 9672 7971 2064 2065 (1) 1-ICF to Five-way 9672 7971 2064 2066 (1) 1-ICF to Six-way 9672 7971 2064 2067 (1) 1-ICF to Seven-way 9672 7971 2064 2068 (1) 1-ICF to Eight-way 9672 7971 2064 2069 (1) 1-ICF to Nine-way
9672 7972 2064 2070 (1) 2-ICF to Ten-way 9672 7972 2064 2071 (1) 2-ICF to Eleven-way 9672 7972 2064 2072 (1) 2-ICF to Twelve-way 9672 7972 2064 2073 (1) 2-ICF to Thirteen-way 9672 7972 2064 2074 (1) 2-ICF to Fourteen-way 9672 7972 2064 2075 (1) 2-ICF to Fifteen-way 9672 7972 2064 2076 (1) 2-ICF to Sixteen-way 9672 7972 2064 2062 (1) 2-ICF to Two-way 9672 7972 2064 2063 (1) 2-ICF to Three-way 9672 7972 2064 2064 (1) 2-ICF to Four-way 9672 7972 2064 2065 (1) 2-ICF to Five-way 9672 7972 2064 2066 (1) 2-ICF to Six-way 9672 7972 2064 2067 (1) 2-ICF to Seven-way 9672 7972 2064 2068 (1) 2-ICF to Eight-way 9672 7972 2064 2069 (1) 2-ICF to Nine-way
9672 7973 2064 2070 (1) 3-ICF to Ten-way 9672 7973 2064 2071 (1) 3-ICF to Eleven-way 9672 7973 2064 2072 (1) 3-ICF to Twelve-way 9672 7973 2064 2073 (1) 3-ICF to Thirteen-way 9672 7973 2064 2074 (1) 3-ICF to Fourteen-way 9672 7973 2064 2075 (1) 3-ICF to Fifteen-way 9672 7973 2064 2076 (1) 3-ICF to Sixteen-way 9672 7973 2064 2063 (1) 3-ICF to Three-way 9672 7973 2064 2064 (1) 3-ICF to Four-way 9672 7973 2064 2065 (1) 3-ICF to Five-way 9672 7973 2064 2066 (1) 3-ICF to Six-way 9672 7973 2064 2067 (1) 3-ICF to Seven-way 9672 7973 2064 2068 (1) 3-ICF to Eight-way 9672 7973 2064 2069 (1) 3-ICF to Nine-way
9672 7974 2064 2070 (1) 4-ICF to Ten-way 9672 7974 2064 2071 (1) 4-ICF to Eleven-way 9672 7974 2064 2072 (1) 4-ICF to Twelve-way 9672 7974 2064 2073 (1) 4-ICF to Thirteen-way 9672 7974 2064 2074 (1) 4-ICF to Fourteen-way 9672 7974 2064 2075 (1) 4-ICF to Fifteen-way 9672 7974 2064 2076 (1) 4-ICF to Sixteen-way 9672 7974 2064 2064 (1) 4-ICF to Four-way 9672 7974 2064 2065 (1) 4-ICF to Five-way 9672 7974 2064 2066 (1) 4-ICF to Six-way 9672 7974 2064 2067 (1) 4-ICF to Seven-way 9672 7974 2064 2068 (1) 4-ICF to Eight-way 9672 7974 2064 2069 (1) 4-ICF to Nine-way
9672 7975 2064 2070 (1) 5-ICF to Ten-way 9672 7975 2064 2071 (1) 5-ICF to Eleven-way 9672 7975 2064 2072 (1) 5-ICF to Twelve-way 9672 7975 2064 2073 (1) 5-ICF to Thirteen-way 9672 7975 2064 2074 (1) 5-ICF to Fourteen-way 9672 7975 2064 2075 (1) 5-ICF to Fifteen-way 9672 7975 2064 2076 (1) 5-ICF to Sixteen-way 9672 7975 2064 2065 (1) 5-ICF to Five-way 9672 7975 2064 2066 (1) 5-ICF to Six-way 9672 7975 2064 2067 (1) 5-ICF to Seven-way 9672 7975 2064 2068 (1) 5-ICF to Eight-way 9672 7975 2064 2069 (1) 5-ICF to Nine-way
9672 7976 2064 2070 (1) 6-ICF to Ten-way 9672 7976 2064 2071 (1) 6-ICF to Eleven-way 9672 7976 2064 2072 (1) 6-ICF to Twelve-way 9672 7976 2064 2073 (1) 6-ICF to Thirteen-way 9672 7976 2064 2074 (1) 6-ICF to Fourteen-way 9672 7976 2064 2075 (1) 6-ICF to Fifteen-way 9672 7976 2064 2076 (1) 6-ICF to Sixteen-way 9672 7976 2064 2066 (1) 6-ICF to Six-way 9672 7976 2064 2067 (1) 6-ICF to Seven-way 9672 7976 2064 2068 (1) 6-ICF to Eight-way 9672 7976 2064 2069 (1) 6-ICF to Nine-way
9672 7977 2064 2070 (1) 7-ICF to Ten-way 9672 7977 2064 2071 (1) 7-ICF to Eleven-way 9672 7977 2064 2072 (1) 7-ICF to Twelve-way 9672 7977 2064 2073 (1) 7-ICF to Thirteen-way 9672 7977 2064 2074 (1) 7-ICF to Fourteen-way 9672 7977 2064 2075 (1) 7-ICF to Fifteen-way 9672 7977 2064 2076 (1) 7-ICF to Sixteen-way 9672 7977 2064 2067 (1) 7-ICF to Seven-way 9672 7977 2064 2068 (1) 7-ICF to Eight-way 9672 7977 2064 2069 (1) 7-ICF to Nine-way
9672 7978 2064 2070 (1) 8-ICF to Ten-way 9672 7978 2064 2071 (1) 8-ICF to Eleven-way 9672 7978 2064 2072 (1) 8-ICF to Twelve-way 9672 7978 2064 2073 (1) 8-ICF to Thirteen-way 9672 7978 2064 2074 (1) 8-ICF to Fourteen-way 9672 7978 2064 2075 (1) 8-ICF to Fifteen-way 9672 7978 2064 2076 (1) 8-ICF to Sixteen-way 9672 7978 2064 2068 (1) 8-ICF to Eight-way 9672 7978 2064 2069 (1) 8-ICF to Nine-way
9672 7979 2064 2070 (1) 9-ICF to Ten-way 9672 7979 2064 2071 (1) 9-ICF to Eleven-way 9672 7979 2064 2072 (1) 9-ICF to Twelve-way 9672 7979 2064 2073 (1) 9-ICF to Thirteen-way 9672 7979 2064 2074 (1) 9-ICF to Fourteen-way 9672 7979 2064 2075 (1) 9-ICF to Fifteen-way 9672 7979 2064 2076 (1) 9-ICF to Sixteen-way 9672 7979 2064 2069 (1) 9-ICF to Nine-way
9672 7980 2064 2070 (1) 10-ICF to Ten-way 9672 7980 2064 2071 (1) 10-ICF to Eleven-way 9672 7980 2064 2072 (1) 10-ICF to Twelve-way 9672 7980 2064 2073 (1) 10-ICF to Thirteen-way 9672 7980 2064 2074 (1) 10-ICF to Fourteen-way 9672 7980 2064 2075 (1) 10-ICF to Fifteen-way 9672 7980 2064 2076 (1) 10-ICF to Sixteen-way
9672 1150 2064 2070 (1) One-way to Ten-way 9672 1150 2064 2071 (1) One-way to Eleven-way 9672 1150 2064 2072 (1) One-way to Twelve-way 9672 1150 2064 2073 (1) One-way to Thirteen-way 9672 1150 2064 2074 (1) One-way to Fourteen-way 9672 1150 2064 2075 (1) One-way to Fifteen-way 9672 1150 2064 2076 (1) One-way to Sixteen-way 9672 1150 2064 2061 (1) One-way to One-way 9672 1150 2064 2062 (1) One-way to Two-way 9672 1150 2064 2063 (1) One-way to Three-way 9672 1150 2064 2064 (1) One-way to Four-way 9672 1150 2064 2065 (1) One-way to Five-way 9672 1150 2064 2066 (1) One-way to Six-way 9672 1150 2064 2067 (1) One-way to Seven-way 9672 1150 2064 2068 (1) One-way to Eight-way 9672 1150 2064 2069 (1) One-way to Nine-way
9672 1162 2064 2070 (1) One-way to Ten-way 9672 1162 2064 2071 (1) One-way to Eleven-way 9672 1162 2064 2072 (1) One-way to Twelve-way 9672 1162 2064 2073 (1) One-way to Thirteen-way 9672 1162 2064 2074 (1) One-way to Fourteen-way 9672 1162 2064 2075 (1) One-way to Fifteen-way 9672 1162 2064 2076 (1) One-way to Sixteen-way 9672 1162 2064 2061 (1) One-way to One-way 9672 1162 2064 2062 (1) One-way to Two-way 9672 1162 2064 2063 (1) One-way to Three-way 9672 1162 2064 2064 (1) One-way to Four-way 9672 1162 2064 2065 (1) One-way to Five-way 9672 1162 2064 2066 (1) One-way to Six-way 9672 1162 2064 2067 (1) One-way to Seven-way 9672 1162 2064 2068 (1) One-way to Eight-way 9672 1162 2064 2069 (1) One-way to Nine-way
9672 1151 2064 2070 (1) Two-way to Ten-way 9672 1151 2064 2071 (1) Two-way to Eleven-way 9672 1151 2064 2072 (1) Two-way to Twelve-way 9672 1151 2064 2073 (1) Two-way to Thirteen-way 9672 1151 2064 2074 (1) Two-way to Fourteen-way 9672 1151 2064 2075 (1) Two-way to Fifteen-way 9672 1151 2064 2076 (1) Two-way to Sixteen-way 9672 1151 2064 2062 (1) Two-way to Two-way 9672 1151 2064 2063 (1) Two-way to Three-way 9672 1151 2064 2064 (1) Two-way to Four-way 9672 1151 2064 2065 (1) Two-way to Five-way 9672 1151 2064 2066 (1) Two-way to Six-way 9672 1151 2064 2067 (1) Two-way to Seven-way 9672 1151 2064 2068 (1) Two-way to Eight-way 9672 1151 2064 2069 (1) Two-way to Nine-way
9672 1163 2064 2070 (1) Two-way to Ten-way 9672 1163 2064 2071 (1) Two-way to Eleven-way 9672 1163 2064 2072 (1) Two-way to Twelve-way 9672 1163 2064 2073 (1) Two-way to Thirteen-way 9672 1163 2064 2074 (1) Two-way to Fourteen-way 9672 1163 2064 2075 (1) Two-way to Fifteen-way 9672 1163 2064 2076 (1) Two-way to Sixteen-way 9672 1163 2064 2062 (1) Two-way to Two-way 9672 1163 2064 2063 (1) Two-way to Three-way 9672 1163 2064 2064 (1) Two-way to Four-way 9672 1163 2064 2065 (1) Two-way to Five-way 9672 1163 2064 2066 (1) Two-way to Six-way 9672 1163 2064 2067 (1) Two-way to Seven-way 9672 1163 2064 2068 (1) Two-way to Eight-way 9672 1163 2064 2069 (1) Two-way to Nine-way
9672 1152 2064 2070 (1) Three-way to Ten-way 9672 1152 2064 2071 (1) Three-way to Eleven-way 9672 1152 2064 2072 (1) Three-way to Twelve-way 9672 1152 2064 2073 (1) Three-way to Thirteen-way 9672 1152 2064 2074 (1) Three-way to Fourteen-way 9672 1152 2064 2075 (1) Three-way to Fifteen-way 9672 1152 2064 2076 (1) Three-way to Sixteen-way 9672 1152 2064 2062 (1) Three-way to Two-way 9672 1152 2064 2063 (1) Three-way to Three-way 9672 1152 2064 2064 (1) Three-way to Four-way 9672 1152 2064 2065 (1) Three-way to Five-way 9672 1152 2064 2066 (1) Three-way to Six-way 9672 1152 2064 2067 (1) Three-way to Seven-way 9672 1152 2064 2068 (1) Three-way to Eight-way 9672 1152 2064 2069 (1) Three-way to Nine-way
9672 1164 2064 2062 (1) Three-way to Two-way 9672 1164 2064 2070 (1) Three-way to Ten-way 9672 1164 2064 2071 (1) Three-way to Eleven-way 9672 1164 2064 2072 (1) Three-way to Twelve-way 9672 1164 2064 2073 (1) Three-way to Thirteen-way 9672 1164 2064 2074 (1) Three-way to Fourteen-way 9672 1164 2064 2075 (1) Three-way to Fifteen-way 9672 1164 2064 2076 (1) Three-way to Sixteen-way 9672 1164 2064 2063 (1) Three-way to Three-way 9672 1164 2064 2064 (1) Three-way to Four-way 9672 1164 2064 2065 (1) Three-way to Five-way 9672 1164 2064 2066 (1) Three-way to Six-way 9672 1164 2064 2067 (1) Three-way to Seven-way 9672 1164 2064 2068 (1) Three-way to Eight-way 9672 1164 2064 2069 (1) Three-way to Nine-way
9672 1153 2064 2070 (1) Four-way to Ten-way 9672 1153 2064 2071 (1) Four-way to Eleven-way 9672 1153 2064 2072 (1) Four-way to Twelve-way 9672 1153 2064 2073 (1) Four-way to Thirteen-way 9672 1153 2064 2074 (1) Four-way to Fourteen-way 9672 1153 2064 2075 (1) Four-way to Fifteen-way 9672 1153 2064 2076 (1) Four-way to Sixteen-way 9672 1153 2064 2063 (1) Four-way to Three-way 9672 1153 2064 2064 (1) Four-way to Four-way 9672 1153 2064 2065 (1) Four-way to Five-way 9672 1153 2064 2066 (1) Four-way to Six-way 9672 1153 2064 2067 (1) Four-way to Seven-way 9672 1153 2064 2068 (1) Four-way to Eight-way 9672 1153 2064 2069 (1) Four-way to Nine-way
9672 1165 2064 2070 (1) Four-way to Ten-way 9672 1165 2064 2071 (1) Four-way to Eleven-way 9672 1165 2064 2072 (1) Four-way to Twelve-way 9672 1165 2064 2073 (1) Four-way to Thirteen-way 9672 1165 2064 2074 (1) Four-way to Fourteen-way 9672 1165 2064 2075 (1) Four-way to Fifteen-way 9672 1165 2064 2076 (1) Four-way to Sixteen-way 9672 1165 2064 2063 (1) Four-way to Three-way 9672 1165 2064 2064 (1) Four-way to Four-way 9672 1165 2064 2065 (1) Four-way to Five-way 9672 1165 2064 2066 (1) Four-way to Six-way 9672 1165 2064 2067 (1) Four-way to Seven-way 9672 1165 2064 2068 (1) Four-way to Eight-way 9672 1165 2064 2069 (1) Four-way to Nine-way
9672 1154 2064 2063 (1) Five-way to Three-way 9672 1154 2064 2070 (1) Five-way to Ten-way 9672 1154 2064 2071 (1) Five-way to Eleven-way 9672 1154 2064 2072 (1) Five-way to Twelve-way 9672 1154 2064 2073 (1) Five-way to Thirteen-way 9672 1154 2064 2074 (1) Five-way to Fourteen-way 9672 1154 2064 2075 (1) Five-way to Fifteen-way 9672 1154 2064 2076 (1) Five-way to Sixteen-way 9672 1154 2064 2064 (1) Five-way to Four-way 9672 1154 2064 2065 (1) Five-way to Five-way 9672 1154 2064 2066 (1) Five-way to Six-way 9672 1154 2064 2067 (1) Five-way to Seven-way 9672 1154 2064 2068 (1) Five-way to Eight-way 9672 1154 2064 2069 (1) Five-way to Nine-way
9672 1166 2064 2070 (1) Five-way to Ten-way 9672 1166 2064 2071 (1) Five-way to Eleven-way 9672 1166 2064 2072 (1) Five-way to Twelve-way 9672 1166 2064 2073 (1) Five-way to Thirteen-way 9672 1166 2064 2074 (1) Five-way to Fourteen-way 9672 1166 2064 2075 (1) Five-way to Fifteen-way 9672 1166 2064 2076 (1) Five-way to Sixteen-way 9672 1166 2064 2064 (1) Five-way to Four-way 9672 1166 2064 2065 (1) Five-way to Five-way 9672 1166 2064 2066 (1) Five-way to Six-way 9672 1166 2064 2067 (1) Five-way to Seven-way 9672 1166 2064 2068 (1) Five-way to Eight-way 9672 1166 2064 2069 (1) Five-way to Nine-way
9672 1155 2064 2070 (1) Six-way to Ten-way 9672 1155 2064 2071 (1) Six-way to Eleven-way 9672 1155 2064 2072 (1) Six-way to Twelve-way 9672 1155 2064 2073 (1) Six-way to Thirteen-way 9672 1155 2064 2074 (1) Six-way to Fourteen-way 9672 1155 2064 2075 (1) Six-way to Fifteen-way 9672 1155 2064 2076 (1) Six-way to Sixteen-way 9672 1155 2064 2064 (1) Six-way to Four-way 9672 1155 2064 2065 (1) Six-way to Five-way 9672 1155 2064 2066 (1) Six-way to Six-way 9672 1155 2064 2067 (1) Six-way to Seven-way 9672 1155 2064 2068 (1) Six-way to Eight-way 9672 1155 2064 2069 (1) Six-way to Nine-way
9672 1167 2064 2064 (1) Six-way to Four-way 9672 1167 2064 2070 (1) Six-way to Ten-way 9672 1167 2064 2071 (1) Six-way to Eleven-way 9672 1167 2064 2072 (1) Six-way to Twelve-way 9672 1167 2064 2073 (1) Six-way to Thirteen-way 9672 1167 2064 2074 (1) Six-way to Fourteen-way 9672 1167 2064 2075 (1) Six-way to Fifteen-way 9672 1167 2064 2076 (1) Six-way to Sixteen-way 9672 1167 2064 2065 (1) Six-way to Five-way 9672 1167 2064 2066 (1) Six-way to Six-way 9672 1167 2064 2067 (1) Six-way to Seven-way 9672 1167 2064 2068 (1) Six-way to Eight-way 9672 1167 2064 2069 (1) Six-way to Nine-way
9672 1156 2064 2064 (1) Seven-way to Four-way 9672 1156 2064 2070 (1) Seven-way to Ten-way 9672 1156 2064 2071 (1) Seven-way to Eleven-way 9672 1156 2064 2072 (1) Seven-way to Twelve-way 9672 1156 2064 2073 (1) Seven-way to Thirteen-way 9672 1156 2064 2074 (1) Seven-way to Fourteen-way 9672 1156 2064 2075 (1) Seven-way to Fifteen-way 9672 1156 2064 2076 (1) Seven-way to Sixteen-way 9672 1156 2064 2065 (1) Seven-way to Five-way 9672 1156 2064 2066 (1) Seven-way to Six-way 9672 1156 2064 2067 (1) Seven-way to Seven-way 9672 1156 2064 2068 (1) Seven-way to Eight-way 9672 1156 2064 2069 (1) Seven-way to Nine-way
9672 1168 2064 2070 (1) Seven-way to Ten-way 9672 1168 2064 2071 (1) Seven-way to Eleven-way 9672 1168 2064 2072 (1) Seven-way to Twelve-way 9672 1168 2064 2073 (1) Seven-way to Thirteen-way 9672 1168 2064 2074 (1) Seven-way to Fourteen-way 9672 1168 2064 2075 (1) Seven-way to Fifteen-way 9672 1168 2064 2076 (1) Seven-way to Sixteen-way 9672 1168 2064 2065 (1) Seven-way to Five-way 9672 1168 2064 2066 (1) Seven-way to Six-way 9672 1168 2064 2067 (1) Seven-way to Seven-way 9672 1168 2064 2068 (1) Seven-way to Eight-way 9672 1168 2064 2069 (1) Seven-way to Nine-way
9672 1157 2064 2070 (1) Eight-way to Ten-way 9672 1157 2064 2071 (1) Eight-way to Eleven-way 9672 1157 2064 2072 (1) Eight-way to Twelve-way 9672 1157 2064 2073 (1) Eight-way to Thirteen-way 9672 1157 2064 2074 (1) Eight-way to Fourteen-way 9672 1157 2064 2075 (1) Eight-way to Fifteen-way 9672 1157 2064 2076 (1) Eight-way to Sixteen-way 9672 1157 2064 2065 (1) Eight-way to Five-way 9672 1157 2064 2066 (1) Eight-way to Six-way 9672 1157 2064 2067 (1) Eight-way to Seven-way 9672 1157 2064 2068 (1) Eight-way to Eight-way 9672 1157 2064 2069 (1) Eight-way to Nine-way
9672 1169 2064 2065 (1) Eight-way to Five-way 9672 1169 2064 2070 (1) Eight-way to Ten-way 9672 1169 2064 2071 (1) Eight-way to Eleven-way 9672 1169 2064 2072 (1) Eight-way to Twelve-way 9672 1169 2064 2073 (1) Eight-way to Thirteen-way 9672 1169 2064 2074 (1) Eight-way to Fourteen-way 9672 1169 2064 2075 (1) Eight-way to Fifteen-way 9672 1169 2064 2076 (1) Eight-way to Sixteen-way 9672 1169 2064 2066 (1) Eight-way to Six-way 9672 1169 2064 2067 (1) Eight-way to Seven-way 9672 1169 2064 2068 (1) Eight-way to Eight-way 9672 1169 2064 2069 (1) Eight-way to Nine-way
9672 1158 2064 2065 (1) Nine-way to Five-way 9672 1158 2064 2070 (1) Nine-way to Ten-way 9672 1158 2064 2071 (1) Nine-way to Eleven-way 9672 1158 2064 2072 (1) Nine-way to Twelve-way 9672 1158 2064 2073 (1) Nine-way to Thirteen-way 9672 1158 2064 2074 (1) Nine-way to Fourteen-way 9672 1158 2064 2075 (1) Nine-way to Fifteen-way 9672 1158 2064 2076 (1) Nine-way to Sixteen-way 9672 1158 2064 2066 (1) Nine-way to Six-way 9672 1158 2064 2067 (1) Nine-way to Seven-way 9672 1158 2064 2068 (1) Nine-way to Eight-way 9672 1158 2064 2069 (1) Nine-way to Nine-way
9672 1170 2064 2066 (1) Nine-way to Six-way 9672 1170 2064 2070 (1) Nine-way to Ten-way 9672 1170 2064 2071 (1) Nine-way to Eleven-way 9672 1170 2064 2072 (1) Nine-way to Twelve-way 9672 1170 2064 2073 (1) Nine-way to Thirteen-way 9672 1170 2064 2074 (1) Nine-way to Fourteen-way 9672 1170 2064 2075 (1) Nine-way to Fifteen-way 9672 1170 2064 2076 (1) Nine-way to Sixteen-way 9672 1170 2064 2067 (1) Nine-way to Seven-way 9672 1170 2064 2068 (1) Nine-way to Eight-way 9672 1170 2064 2069 (1) Nine-way to Nine-way
9672 1159 2064 2070 (1) Ten-way to Ten-way 9672 1159 2064 2071 (1) Ten-way to Eleven-way 9672 1159 2064 2072 (1) Ten-way to Twelve-way 9672 1159 2064 2073 (1) Ten-way to Thirteen-way 9672 1159 2064 2074 (1) Ten-way to Fourteen-way 9672 1159 2064 2075 (1) Ten-way to Fifteen-way 9672 1159 2064 2076 (1) Ten-way to Sixteen-way 9672 1159 2064 2066 (1) Ten-way to Six-way 9672 1159 2064 2067 (1) Ten-way to Seven-way 9672 1159 2064 2068 (1) Ten-way to Eight-way 9672 1159 2064 2069 (1) Ten-way to Nine-way
9672 1171 2064 2070 (1) Ten-way to Ten-way 9672 1171 2064 2071 (1) Ten-way to Eleven-way 9672 1171 2064 2072 (1) Ten-way to Twelve-way 9672 1171 2064 2073 (1) Ten-way to Thirteen-way 9672 1171 2064 2074 (1) Ten-way to Fourteen-way 9672 1171 2064 2075 (1) Ten-way to Fifteen-way 9672 1171 2064 2076 (1) Ten-way to Sixteen-way 9672 1171 2064 2067 (1) Ten-way to Seven-way 9672 1171 2064 2068 (1) Ten-way to Eight-way 9672 1171 2064 2069 (1) Ten-way to Nine-way
9672 1160 2064 2066 (1) Eleven-way to Six-way 9672 1160 2064 2070 (1) Eleven-way to Ten-way 9672 1160 2064 2071 (1) Eleven-way to Eleven-way 9672 1160 2064 2072 (1) Eleven-way to Twelve-way 9672 1160 2064 2073 (1) Eleven-way to Thirteen-way 9672 1160 2064 2074 (1) Eleven-way to Fourteen-way 9672 1160 2064 2075 (1) Eleven-way to Fifteen-way 9672 1160 2064 2076 (1) Eleven-way to Sixteen-way 9672 1160 2064 2067 (1) Eleven-way to Seven-way 9672 1160 2064 2068 (1) Eleven-way to Eight-way 9672 1160 2064 2069 (1) Eleven-way to Nine-way
9672 1172 2064 2067 (1) Eleven-way to Seven-way 9672 1172 2064 2070 (1) Eleven-way to Ten-way 9672 1172 2064 2071 (1) Eleven-way to Eleven-way 9672 1172 2064 2072 (1) Eleven-way to Twelve-way 9672 1172 2064 2073 (1) Eleven-way to Thirteen-way 9672 1172 2064 2074 (1) Eleven-way to Fourteen-way 9672 1172 2064 2075 (1) Eleven-way to Fifteen-way 9672 1172 2064 2076 (1) Eleven-way to Sixteen-way 9672 1172 2064 2068 (1) Eleven-way to Eight-way 9672 1172 2064 2069 (1) Eleven-way to Nine-way
9672 1161 2064 2070 (1) Twelve-way to Ten-way 9672 1161 2064 2071 (1) Twelve-way to Eleven-way 9672 1161 2064 2072 (1) Twelve-way to Twelve-way 9672 1161 2064 2073 (1) Twelve-way to Thirteen-way 9672 1161 2064 2074 (1) Twelve-way to Fourteen-way 9672 1161 2064 2075 (1) Twelve-way to Fifteen-way 9672 1161 2064 2076 (1) Twelve-way to Sixteen-way 9672 1161 2064 2067 (1) Twelve-way to Seven-way 9672 1161 2064 2068 (1) Twelve-way to Eight-way 9672 1161 2064 2069 (1) Twelve-way to Nine-way
9672 1173 2064 2070 (1) Twelve-way to Ten-way 9672 1173 2064 2071 (1) Twelve-way to Eleven-way 9672 1173 2064 2072 (1) Twelve-way to Twelve-way 9672 1173 2064 2073 (1) Twelve-way to Thirteen-way 9672 1173 2064 2074 (1) Twelve-way to Fourteen-way 9672 1173 2064 2075 (1) Twelve-way to Fifteen-way 9672 1173 2064 2076 (1) Twelve-way to Sixteen-way 9672 1173 2064 2068 (1) Twelve-way to Eight-way 9672 1173 2064 2069 (1) Twelve-way to Nine-way
2064 1051 2064 2070 (1) One-way to Ten-way 2064 1051 2064 2071 (1) One-way to Eleven-way 2064 1051 2064 2072 (1) One-way to Twelve-way 2064 1051 2064 2073 (1) One-way to Thirteen-way 2064 1051 2064 2074 (1) One-way to Fourteen-way 2064 1051 2064 2075 (1) One-way to Fifteen-way 2064 1051 2064 2076 (1) One-way to Sixteen-way 2064 1051 2064 2061 (1) One-way to One-way 2064 1051 2064 2062 (1) One-way to Two-way 2064 1051 2064 2063 (1) One-way to Three-way 2064 1051 2064 2064 (1) One-way to Four-way 2064 1051 2064 2065 (1) One-way to Five-way 2064 1051 2064 2066 (1) One-way to Six-way 2064 1051 2064 2067 (1) One-way to Seven-way 2064 1051 2064 2068 (1) One-way to Eight-way 2064 1051 2064 2069 (1) One-way to Nine-way
2064 1061 2064 2061 (1) One-way to One-way 2064 1061 2064 2062 (1) One-way to Two-way 2064 1061 2064 2063 (1) One-way to Three-way 2064 1061 2064 2064 (1) One-way to Four-way 2064 1061 2064 2065 (1) One-way to Five-way 2064 1061 2064 2066 (1) One-way to Six-way 2064 1061 2064 2067 (1) One-way to Seven-way 2064 1061 2064 2068 (1) One-way to Eight-way 2064 1061 2064 2069 (1) One-way to Nine-way 2064 1061 2064 2070 (1) One-way to Ten-way 2064 1061 2064 2071 (1) One-way to Eleven-way 2064 1061 2064 2072 (1) One-way to Twelve-way 2064 1061 2064 2073 (1) One-way to Thirteen-way 2064 1061 2064 2074 (1) One-way to Fourteen-way 2064 1061 2064 2075 (1) One-way to Fifteen-way 2064 1061 2064 2076 (1) One-way to Sixteen-way
2064 1052 2064 2070 (1) Two-way to Ten-way 2064 1052 2064 2071 (1) Two-way to Eleven-way 2064 1052 2064 2072 (1) Two-way to Twelve-way 2064 1052 2064 2073 (1) Two-way to Thirteen-way 2064 1052 2064 2074 (1) Two-way to Fourteen-way 2064 1052 2064 2075 (1) Two-way to Fifteen-way 2064 1052 2064 2076 (1) Two-way to Sixteen-way 2064 1052 2064 2062 (1) Two-way to Two-way 2064 1052 2064 2063 (1) Two-way to Three-way 2064 1052 2064 2064 (1) Two-way to Four-way 2064 1052 2064 2065 (1) Two-way to Five-way 2064 1052 2064 2066 (1) Two-way to Six-way 2064 1052 2064 2067 (1) Two-way to Seven-way 2064 1052 2064 2068 (1) Two-way to Eight-way 2064 1052 2064 2069 (1) Two-way to Nine-way
2064 1062 2064 2062 (1) Two-way to Two-way 2064 1062 2064 2063 (1) Two-way to Three-way 2064 1062 2064 2064 (1) Two-way to Four-way 2064 1062 2064 2065 (1) Two-way to Five-way 2064 1062 2064 2066 (1) Two-way to Six-way 2064 1062 2064 2067 (1) Two-way to Seven-way 2064 1062 2064 2068 (1) Two-way to Eight-way 2064 1062 2064 2069 (1) Two-way to Nine-way 2064 1062 2064 2070 (1) Two-way to Ten-way 2064 1062 2064 2071 (1) Two-way to Eleven-way 2064 1062 2064 2072 (1) Two-way to Twelve-way 2064 1062 2064 2073 (1) Two-way to Thirteen-way 2064 1062 2064 2074 (1) Two-way to Fourteen-way 2064 1062 2064 2075 (1) Two-way to Fifteen-way 2064 1062 2064 2076 (1) Two-way to Sixteen-way
2064 1053 2064 2070 (1) Three-way to Ten-way 2064 1053 2064 2071 (1) Three-way to Eleven-way 2064 1053 2064 2072 (1) Three-way to Twelve-way 2064 1053 2064 2073 (1) Three-way to Thirteen-way 2064 1053 2064 2074 (1) Three-way to Fourteen-way 2064 1053 2064 2075 (1) Three-way to Fifteen-way 2064 1053 2064 2076 (1) Three-way to Sixteen-way 2064 1053 2064 2063 (1) Three-way to Three-way 2064 1053 2064 2064 (1) Three-way to Four-way 2064 1053 2064 2065 (1) Three-way to Five-way 2064 1053 2064 2066 (1) Three-way to Six-way 2064 1053 2064 2067 (1) Three-way to Seven-way 2064 1053 2064 2068 (1) Three-way to Eight-way 2064 1053 2064 2069 (1) Three-way to Nine-way
2064 1063 2064 2063 (1) Three-way to Three-way 2064 1063 2064 2064 (1) Three-way to Four-way 2064 1063 2064 2065 (1) Three-way to Five-way 2064 1063 2064 2066 (1) Three-way to Six-way 2064 1063 2064 2067 (1) Three-way to Seven-way 2064 1063 2064 2068 (1) Three-way to Eight-way 2064 1063 2064 2069 (1) Three-way to Nine-way 2064 1063 2064 2070 (1) Three-way to Ten-way 2064 1063 2064 2071 (1) Three-way to Eleven-way 2064 1063 2064 2072 (1) Three-way to Twelve-way 2064 1063 2064 2073 (1) Three-way to Thirteen-way 2064 1063 2064 2074 (1) Three-way to Fourteen-way 2064 1063 2064 2075 (1) Three-way to Fifteen-way 2064 1063 2064 2076 (1) Three-way to Sixteen-way
2064 1054 2064 2070 (1) Four-way to Ten-way 2064 1054 2064 2071 (1) Four-way to Eleven-way 2064 1054 2064 2072 (1) Four-way to Twelve-way 2064 1054 2064 2073 (1) Four-way to Thirteen-way 2064 1054 2064 2074 (1) Four-way to Fourteen-way 2064 1054 2064 2075 (1) Four-way to Fifteen-way 2064 1054 2064 2076 (1) Four-way to Sixteen-way 2064 1054 2064 2064 (1) Four-way to Four-way 2064 1054 2064 2065 (1) Four-way to Five-way 2064 1054 2064 2066 (1) Four-way to Six-way 2064 1054 2064 2067 (1) Four-way to Seven-way 2064 1054 2064 2068 (1) Four-way to Eight-way 2064 1054 2064 2069 (1) Four-way to Nine-way
2064 1064 2064 2064 (1) Four-way to Four-way 2064 1064 2064 2065 (1) Four-way to Five-way 2064 1064 2064 2066 (1) Four-way to Six-way 2064 1064 2064 2067 (1) Four-way to Seven-way 2064 1064 2064 2068 (1) Four-way to Eight-way 2064 1064 2064 2069 (1) Four-way to Nine-way 2064 1064 2064 2070 (1) Four-way to Ten-way 2064 1064 2064 2071 (1) Four-way to Eleven-way 2064 1064 2064 2072 (1) Four-way to Twelve-way 2064 1064 2064 2073 (1) Four-way to Thirteen-way 2064 1064 2064 2074 (1) Four-way to Fourteen-way 2064 1064 2064 2075 (1) Four-way to Fifteen-way 2064 1064 2064 2076 (1) Four-way to Sixteen-way
2064 1055 2064 2064 (1) Five-way to Four-way 2064 1055 2064 2070 (1) Five-way to Ten-way 2064 1055 2064 2071 (1) Five-way to Eleven-way 2064 1055 2064 2072 (1) Five-way to Twelve-way 2064 1055 2064 2073 (1) Five-way to Thirteen-way 2064 1055 2064 2074 (1) Five-way to Fourteen-way 2064 1055 2064 2075 (1) Five-way to Fifteen-way 2064 1055 2064 2076 (1) Five-way to Sixteen-way 2064 1055 2064 2065 (1) Five-way to Five-way 2064 1055 2064 2066 (1) Five-way to Six-way 2064 1055 2064 2067 (1) Five-way to Seven-way 2064 1055 2064 2068 (1) Five-way to Eight-way 2064 1055 2064 2069 (1) Five-way to Nine-way
2064 1065 2064 2065 (1) Five-way to Five-way 2064 1065 2064 2066 (1) Five-way to Six-way 2064 1065 2064 2067 (1) Five-way to Seven-way 2064 1065 2064 2068 (1) Five-way to Eight-way 2064 1065 2064 2069 (1) Five-way to Nine-way 2064 1065 2064 2070 (1) Five-way to Ten-way 2064 1065 2064 2071 (1) Five-way to Eleven-way 2064 1065 2064 2072 (1) Five-way to Twelve-way 2064 1065 2064 2073 (1) Five-way to Thirteen-way 2064 1065 2064 2074 (1) Five-way to Fourteen-way 2064 1065 2064 2075 (1) Five-way to Fifteen-way 2064 1065 2064 2076 (1) Five-way to Sixteen-way
2064 1056 2064 2065 (1) Six-way to Five-way 2064 1056 2064 2070 (1) Six-way to Ten-way 2064 1056 2064 2071 (1) Six-way to Eleven-way 2064 1056 2064 2072 (1) Six-way to Twelve-way 2064 1056 2064 2073 (1) Six-way to Thirteen-way 2064 1056 2064 2074 (1) Six-way to Fourteen-way 2064 1056 2064 2075 (1) Six-way to Fifteen-way 2064 1056 2064 2076 (1) Six-way to Sixteen-way 2064 1056 2064 2066 (1) Six-way to Six-way 2064 1056 2064 2067 (1) Six-way to Seven-way 2064 1056 2064 2068 (1) Six-way to Eight-way 2064 1056 2064 2069 (1) Six-way to Nine-way
2064 1066 2064 2065 (1) Six-way to Five-way 2064 1066 2064 2066 (1) Six-way to Six-way 2064 1066 2064 2067 (1) Six-way to Seven-way 2064 1066 2064 2068 (1) Six-way to Eight-way 2064 1066 2064 2069 (1) Six-way to Nine-way 2064 1066 2064 2070 (1) Six-way to Ten-way 2064 1066 2064 2071 (1) Six-way to Eleven-way 2064 1066 2064 2072 (1) Six-way to Twelve-way 2064 1066 2064 2073 (1) Six-way to Thirteen-way 2064 1066 2064 2074 (1) Six-way to Fourteen-way 2064 1066 2064 2075 (1) Six-way to Fifteen-way 2064 1066 2064 2076 (1) Six-way to Sixteen-way
2064 1057 2064 2066 (1) Seven-way to Six-way 2064 1057 2064 2070 (1) Seven-way to Ten-way 2064 1057 2064 2071 (1) Seven-way to Eleven-way 2064 1057 2064 2072 (1) Seven-way to Twelve-way 2064 1057 2064 2073 (1) Seven-way to Thirteen-way 2064 1057 2064 2074 (1) Seven-way to Fourteen-way 2064 1057 2064 2075 (1) Seven-way to Fifteen-way 2064 1057 2064 2076 (1) Seven-way to Sixteen-way 2064 1057 2064 2067 (1) Seven-way to Seven-way 2064 1057 2064 2068 (1) Seven-way to Eight-way 2064 1057 2064 2069 (1) Seven-way to Nine-way
2064 1067 2064 2066 (1) Seven-way to Six-way 2064 1067 2064 2067 (1) Seven-way to Seven-way 2064 1067 2064 2068 (1) Seven-way to Eight-way 2064 1067 2064 2069 (1) Seven-way to Nine-way 2064 1067 2064 2070 (1) Seven-way to Ten-way 2064 1067 2064 2071 (1) Seven-way to Eleven-way 2064 1067 2064 2072 (1) Seven-way to Twelve-way 2064 1067 2064 2073 (1) Seven-way to Thirteen-way 2064 1067 2064 2074 (1) Seven-way to Fourteen-way 2064 1067 2064 2075 (1) Seven-way to Fifteen-way 2064 1067 2064 2076 (1) Seven-way to Sixteen-way
2064 1058 2064 2066 (1) Eight-way to Six-way 2064 1058 2064 2067 (1) Eight-way to Seven-way 2064 1058 2064 2070 (1) Eight-way to Ten-way 2064 1058 2064 2071 (1) Eight-way to Eleven-way 2064 1058 2064 2072 (1) Eight-way to Twelve-way 2064 1058 2064 2073 (1) Eight-way to Thirteen-way 2064 1058 2064 2074 (1) Eight-way to Fourteen-way 2064 1058 2064 2075 (1) Eight-way to Fifteen-way 2064 1058 2064 2076 (1) Eight-way to Sixteen-way 2064 1058 2064 2068 (1) Eight-way to Eight-way 2064 1058 2064 2069 (1) Eight-way to Nine-way
2064 1068 2064 2067 (1) Eight-way to Seven-way 2064 1068 2064 2068 (1) Eight-way to Eight-way 2064 1068 2064 2069 (1) Eight-way to Nine-way 2064 1068 2064 2070 (1) Eight-way to Ten-way 2064 1068 2064 2071 (1) Eight-way to Eleven-way 2064 1068 2064 2072 (1) Eight-way to Twelve-way 2064 1068 2064 2073 (1) Eight-way to Thirteen-way 2064 1068 2064 2074 (1) Eight-way to Fourteen-way 2064 1068 2064 2075 (1) Eight-way to Fifteen-way 2064 1068 2064 2076 (1) Eight-way to Sixteen-way
2064 1059 2064 2067 (1) Nine-way to Seven-way 2064 1059 2064 2068 (1) Nine-way to Eight-way 2064 1059 2064 2070 (1) Nine-way to Ten-way 2064 1059 2064 2071 (1) Nine-way to Eleven-way 2064 1059 2064 2072 (1) Nine-way to Twelve-way 2064 1059 2064 2073 (1) Nine-way to Thirteen-way 2064 1059 2064 2074 (1) Nine-way to Fourteen-way 2064 1059 2064 2075 (1) Nine-way to Fifteen-way 2064 1059 2064 2076 (1) Nine-way to Sixteen-way 2064 1059 2064 2069 (1) Nine-way to Nine-way
2064 1069 2064 2068 (1) Nine-way to Eight-way 2064 1069 2064 2069 (1) Nine-way to Nine-way 2064 1069 2064 2070 (1) Nine-way to Ten-way 2064 1069 2064 2071 (1) Nine-way to Eleven-way 2064 1069 2064 2072 (1) Nine-way to Twelve-way 2064 1069 2064 2073 (1) Nine-way to Thirteen-way 2064 1069 2064 2074 (1) Nine-way to Fourteen-way 2064 1069 2064 2075 (1) Nine-way to Fifteen-way 2064 1069 2064 2076 (1) Nine-way to Sixteen-way
2064 1070 2064 2069 (1) Ten-way to Nine-way 2064 1070 2064 2070 (1) Ten-way to Ten-way 2064 1070 2064 2071 (1) Ten-way to Eleven-way 2064 1070 2064 2072 (1) Ten-way to Twelve-way 2064 1070 2064 2073 (1) Ten-way to Thirteen-way 2064 1070 2064 2074 (1) Ten-way to Fourteen-way 2064 1070 2064 2075 (1) Ten-way to Fifteen-way 2064 1070 2064 2076 (1) Ten-way to Sixteen-way
2064 1071 2064 2069 (1) Eleven-way to Nine-way 2064 1071 2064 2070 (1) Eleven-way to Ten-way 2064 1071 2064 2071 (1) Eleven-way to Eleven-way 2064 1071 2064 2072 (1) Eleven-way to Twelve-way 2064 1071 2064 2073 (1) Eleven-way to Thirteen-way 2064 1071 2064 2074 (1) Eleven-way to Fourteen-way 2064 1071 2064 2075 (1) Eleven-way to Fifteen-way 2064 1071 2064 2076 (1) Eleven-way to Sixteen-way
2064 1072 2064 2070 (1) Twelve-way to Ten-way 2064 1072 2064 2071 (1) Twelve-way to Eleven-way 2064 1072 2064 2072 (1) Twelve-way to Twelve-way 2064 1072 2064 2073 (1) Twelve-way to Thirteen-way 2064 1072 2064 2074 (1) Twelve-way to Fourteen-way 2064 1072 2064 2075 (1) Twelve-way to Fifteen-way 2064 1072 2064 2076 (1) Twelve-way to Sixteen-way
2064 1073 2064 2071 (1) Thirteen-way to Eleven-way 2064 1073 2064 2072 (1) Thirteen-way to Twelve-way 2064 1073 2064 2073 (1) Thirteen-way to Thirteen-way 2064 1073 2064 2074 (1) Thirteen-way to Fourteen-way 2064 1073 2064 2075 (1) Thirteen-way to Fifteen-way 2064 1073 2064 2076 (1) Thirteen-way to Sixteen-way
2064 1074 2064 2072 (1) Fourteen-way to Twelve-way 2064 1074 2064 2073 (1) Fourteen-way to Thirteen-way 2064 1074 2064 2074 (1) Fourteen-way to Fourteen-way 2064 1074 2064 2075 (1) Fourteen-way to Fifteen-way 2064 1074 2064 2076 (1) Fourteen-way to Sixteen-way
2064 1075 2064 2072 (1) Fifteen-way to Twelve-way 2064 1075 2064 2073 (1) Fifteen-way to Thirteen-way 2064 1075 2064 2074 (1) Fifteen-way to Fourteen-way 2064 1075 2064 2075 (1) Fifteen-way to Fifteen-way 2064 1075 2064 2076 (1) Fifteen-way to Sixteen-way
2064 1076 2064 2073 (1) Sixteen-way to Thirteen-way 2064 1076 2064 2074 (1) Sixteen-way to Fourteen-way 2064 1076 2064 2075 (1) Sixteen-way to Fifteen-way 2064 1076 2064 2076 (1) Sixteen-way to Sixteen-way
2064 2061 2064 2062 (1) One-way to Two-way 2064 2061 2064 2063 (1) One-way to Three-way 2064 2061 2064 2064 (1) One-way to Four-way 2064 2061 2064 2065 (1) One-way to Five-way 2064 2061 2064 2066 (1) One-way to Six-way 2064 2061 2064 2067 (1) One-way to Seven-way 2064 2061 2064 2068 (1) One-way to Eight-way 2064 2061 2064 2069 (1) One-way to Nine-way 2064 2061 2064 2070 (1) One-way to Ten-way 2064 2061 2064 2071 (1) One-way to Eleven-way 2064 2061 2064 2072 (1) One-way to Twelve-way 2064 2061 2064 2073 (1) One-way to Thirteen-way 2064 2061 2064 2074 (1) One-way to Fourteen-way 2064 2061 2064 2075 (1) One-way to Fifteen-way 2064 2061 2064 2076 (1) One-way to Sixteen-way
2064 2062 2064 2063 (1) Two-way to Three-way 2064 2062 2064 2064 (1) Two-way to Four-way 2064 2062 2064 2065 (1) Two-way to Five-way 2064 2062 2064 2066 (1) Two-way to Six-way 2064 2062 2064 2067 (1) Two-way to Seven-way 2064 2062 2064 2068 (1) Two-way to Eight-way 2064 2062 2064 2069 (1) Two-way to Nine-way 2064 2062 2064 2070 (1) Two-way to Ten-way 2064 2062 2064 2071 (1) Two-way to Eleven-way 2064 2062 2064 2072 (1) Two-way to Twelve-way 2064 2062 2064 2073 (1) Two-way to Thirteen-way 2064 2062 2064 2074 (1) Two-way to Fourteen-way 2064 2062 2064 2075 (1) Two-way to Fifteen-way 2064 2062 2064 2076 (1) Two-way to Sixteen-way
2064 2063 2064 2064 (1) Three-way to Four-way 2064 2063 2064 2065 (1) Three-way to Five-way 2064 2063 2064 2066 (1) Three-way to Six-way 2064 2063 2064 2067 (1) Three-way to Seven-way 2064 2063 2064 2068 (1) Three-way to Eight-way 2064 2063 2064 2069 (1) Three-way to Nine-way 2064 2063 2064 2070 (1) Three-way to Ten-way 2064 2063 2064 2071 (1) Three-way to Eleven-way 2064 2063 2064 2072 (1) Three-way to Twelve-way 2064 2063 2064 2073 (1) Three-way to Thirteen-way 2064 2063 2064 2074 (1) Three-way to Fourteen-way 2064 2063 2064 2075 (1) Three-way to Fifteen-way 2064 2063 2064 2076 (1) Three-way to Sixteen-way
2064 2064 2064 2065 (1) Four-way to Five-way 2064 2064 2064 2066 (1) Four-way to Six-way 2064 2064 2064 2067 (1) Four-way to Seven-way 2064 2064 2064 2068 (1) Four-way to Eight-way 2064 2064 2064 2069 (1) Four-way to Nine-way 2064 2064 2064 2070 (1) Four-way to Ten-way 2064 2064 2064 2071 (1) Four-way to Eleven-way 2064 2064 2064 2072 (1) Four-way to Twelve-way 2064 2064 2064 2073 (1) Four-way to Thirteen-way 2064 2064 2064 2074 (1) Four-way to Fourteen-way 2064 2064 2064 2075 (1) Four-way to Fifteen-way 2064 2064 2064 2076 (1) Four-way to Sixteen-way
2064 2065 2064 2066 (1) Five-way to Six-way 2064 2065 2064 2067 (1) Five-way to Seven-way 2064 2065 2064 2068 (1) Five-way to Eight-way 2064 2065 2064 2069 (1) Five-way to Nine-way 2064 2065 2064 2070 (1) Five-way to Ten-way 2064 2065 2064 2071 (1) Five-way to Eleven-way 2064 2065 2064 2072 (1) Five-way to Twelve-way 2064 2065 2064 2073 (1) Five-way to Thirteen-way 2064 2065 2064 2074 (1) Five-way to Fourteen-way 2064 2065 2064 2075 (1) Five-way to Fifteen-way 2064 2065 2064 2076 (1) Five-way to Sixteen-way
2064 2066 2064 2067 (1) Six-way to Seven-way 2064 2066 2064 2068 (1) Six-way to Eight-way 2064 2066 2064 2069 (1) Six-way to Nine-way 2064 2066 2064 2070 (1) Six-way to Ten-way 2064 2066 2064 2071 (1) Six-way to Eleven-way 2064 2066 2064 2072 (1) Six-way to Twelve-way 2064 2066 2064 2073 (1) Six-way to Thirteen-way 2064 2066 2064 2074 (1) Six-way to Fourteen-way 2064 2066 2064 2075 (1) Six-way to Fifteen-way 2064 2066 2064 2076 (1) Six-way to Sixteen-way
2064 2067 2064 2068 (1) Seven-way to Eight-way 2064 2067 2064 2069 (1) Seven-way to Nine-way 2064 2067 2064 2070 (1) Seven-way to Ten-way 2064 2067 2064 2071 (1) Seven-way to Eleven-way 2064 2067 2064 2072 (1) Seven-way to Twelve-way 2064 2067 2064 2073 (1) Seven-way to Thirteen-way 2064 2067 2064 2074 (1) Seven-way to Fourteen-way 2064 2067 2064 2075 (1) Seven-way to Fifteen-way 2064 2067 2064 2076 (1) Seven-way to Sixteen-way
2064 2068 2064 2069 (1) Eight-way to Nine-way 2064 2068 2064 2070 (1) Eight-way to Ten-way 2064 2068 2064 2071 (1) Eight-way to Eleven-way 2064 2068 2064 2072 (1) Eight-way to Twelve-way 2064 2068 2064 2073 (1) Eight-way to Thirteen-way 2064 2068 2064 2074 (1) Eight-way to Fourteen-way 2064 2068 2064 2075 (1) Eight-way to Fifteen-way 2064 2068 2064 2076 (1) Eight-way to Sixteen-way
2064 2069 2064 2070 (1)