IBM IMS V10 database and transaction servers deliver unsurpassed application and data serving
IBM United States
Software Announcement 207-241
October 9, 2007
 ENUS207241.PDF (96KB)
|
|
Table of contents
| | Document options |
|
| |
|
IBM Information Management System
IMS Database Manager V10 enhancements
-
Integrated, open access with enhanced IMS/XML database support, XQuery access to IMS data, and
broadened Java™ and XML tooling to ease development
-
Manageability through staging users to autonomic computing with simplified dynamic resource
definition, eased operations and systems management, integrated operations across
subsystems/platforms, and enhanced security and serviceability
-
Scalability with more parallelism in DBRC, and improved performance/capacity in Fast Path, HALDB,
and database utilities
IMS Transaction Manager V10 enhancements
-
Integrated, open access with enhanced XML and Web services connectivity, and broadened Java and XML
tooling to ease development
-
Manageability through staging users to autonomic computing with simplified dynamic resource
definition, eased operations and systems management, integrated operations across
subsystems/platforms, and enhanced security and serviceability
-
Scalability with widened bandwidth for Multiple Systems Coupling (MSC), and improved system
availability, performance, and capacity in workload balancing
For ordering, contact:
Your IBM representative, an IBM Business Partner, or IBM Americas Call Centers at
800-IBM-CALL
(Reference: YE001).
Back to top
IMS™ is unsurpassed in database and transaction processing availability and speed. IBM continues
to enhance IMS integration, manageability, and scalability.
IMS helps you with On Demand Business enablement, growth, availability, and systems management that
current and newer environments and cost measures require. The enhancements in IMS Database Manager
(IMS DB) and IMS Transaction Manager (IMS TM) V10 help you:
-
Transform the way you do business with integrated information
-
Build On Demand Business applications that tolerate the rigors of doing business across the Internet
-
Run a scalable, available, safe, and easily managed environment
-
Leverage your information to make more informed decisions
IMS V10 helps address your On Demand Business needs through integration/openness, manageability, and
scalability, providing:
-
Integration
with other products and platforms across the Internet, supporting open standards that benefit you,
and taking best advantage of the latest industry tooling for application development and
connectivity.
-
Manageability
in staging users to autonomic computing, easing installation and use, eliminating or reducing
outages, and minimizing the education curve for IMS users.
-
Scalability
with virtualization assuring flexibility for growth and expansion in a heterogeneous environment
while utilizing the latest hardware and software facilities to optimize performance, capacity,
availability, and recovery.
To learn more about IMS products and tools, visit
Back to top
IMS V10 can be used with all IBM processors capable of running z/OS®
(5694-A01) V1.7, or later. Additional prerequisites exist for specific
IMS V10 functional items.
Back to top
October 26, 2007
Back to top
Integrated/open access for new application development/connectivity
XML, Java, and Web services enhancements
IMS XQuery support provides access using standard XQuery expressions to IMS full-function data,
including new IMS XML data. This opens IMS to the emerging market of off-the-shelf, third-party
tools (for example, query generation tools for application development, business reporting, data
sharing, and so on) and offers a standard shareable integration point between IMS and other industry
databases. IMS XQuery is supported through the existing IMS JDBC interface. IMS XQuery support
enhances IMS data integration, eases application development, and increases programmer productivity.
IMS Database Service Data Objects (SDO) extends service-oriented architecture (SOA) capabilities to
IMS data in a language- and database-independent way. IMS SDO support enables read-only use of IMS
data in a disconnected mode (holding no locks in the database). This provides a way of representing
IMS data as industry-standard business objects, allowing IMS to transparently participate in SOA as
a standard Service Component Architecture (SCA) component. This support is being provided through
the IMS V10 service process.
IMS SOA Composite Business application support provides a next-generation business process to
integrate J2EE resources, services, and activities (like user interventions) based on Web services
with the Business Process Execution Language. This extends existing IMS transactions, including
MFS, to include conversational transactions as SOA-based composite business applications using the
IMS TM Resource Adapter (renamed from IMS Connector for Java) and WebSphere® tooling and runtime,
maximizing re-use of IMS assets in new applications for rapid business innovation and reduced costs.
Support for MFS Conversational transactions is being provided for IMS V10 through subsequent
WebSphere/Rational® tool deliverables.
Integrated Connect XML Adapter support for COBOL and PL/I, together with the IMS SOAP Gateway and
WebSphere Developer for zSeries® (WDz) or Rational Developer for System z™ (RDz), enables reuse
of IMS applications as Web services, leveraging open standards, utilizing flexible tooling support,
and providing IMS transaction interoperation with client applications independent of location,
programming language, and platform. This support has also been provided through the IMS SOAP
Gateway and IMS V9 service process.
IMS SOAP Gateway, a separate no-charge downloadable product, is enhanced to support the z/OS
environment, PL/I applications, and Asynchronous Callout. This is in addition to its earlier
support for COBOL applications and for Windows™, AIX®, and Linux™ on System z environments.
IMS Callout support enables IMS applications as clients, interoperating with business logic outside
the IMS environment. It provides for asynchronous callout to an external application (for example,
a Web service or a WebSphere application) through the IMS SOAP Gateway or IMS TM Resource Adapter.
This support allows for better integration in an SOA environment and includes correlation mapping
between the callout request and the external application, enhanced security, and assistance on
destination routing by avoiding the coding of IMS DFSYPRX0 and DFSYDRU0 user exits.
IMS Java library support enhances DB2® result sets and GSAM usage. This offers the ability to
return IMS data to the stored procedure client encapsulated within a DB2 result set, with the
conversion to the DB2 result set handled by the Java libraries. The Java libraries are also
enhanced to support GSAM databases consistent with other IMS database types, which allows all of the
supported data types to be stored into and read from a GSAM database record, and fully leverages the
existing Java library built-in data conversion routines.
DLIModel utility enhancements provide GSAM support and a new user interface. The DLIModel utility
was enhanced to provide metadata generation support for GSAM databases. The DLIModel GUI is an
Eclipse plugin that provides a user-friendly interface for viewing and generating IMS database
metadata. The DLIModel utility GUI fully supports the parsing of Program Specification Blocks
(PSBs) and Database Definitions (DBDs), now including GSAM, and the importing of COBOL copybooks
while eliminating any need to program control statements. It generates IMS Java metadata classes,
IMS XML Schemas (with new annotations for XQuery support), or DBD and PSB XMIs. These enhancements
simplify IMS metadata generation, ease IMS Java and XML Database application development, and offer
a visual representation of IMS databases with printing support. This can help achieve rapid
application development and reduced cost of development and ownership.
XML DB mapping enhancements allow for expanded mappings between new or existing IMS databases and
visualized XML documents or collections. These enhancements widen the scope of supported XML
documents for new IMS databases and ease disparate data integration across the enterprise.
MFS Web support provides access to existing IMS applications from WebSphere Application Server
environments, protecting your assets. MFS Web services enhancements expose attributes and extended
attributed fields for Web services applications. MFS SOA Solutions, the newest MFS Web Services
support, is being provided through WebSphere/Rational tools. MFS Web Enablement now includes access
from WebSphere Application Server for z/OS, in addition to Windows and AIX, and adds customizable
display enhancements, allowing drop-down list boxes and infopops on familiar look-and-feel
3270-style Web pages. These items have also been provided through the IMS V9 service process.
IMS TM Resource Adapter (IMS Connector for Java) enables WebSphere Application Server access to IMS
applications. PL/I application support is an enhancement using Rational Application Developer
tooling and WebSphere Application Servers to allow IMS PL/I applications to be enabled as Web
services without IMS application changes. Additional enhancements include support for the
Enterprise Metadata Discovery (EMD) API to help build wizards dynamically; Commit Mode 1/Synch Level
Confirm to enhance integrity; Resume TPIPE with Alternate ClientID to resume on one client id and
get output sent to a different client id; SSL Null encryption to reduce the overhead of encrypting
all the data that flows over the connection, thus improving performance; and WebSphere Application
Server 64-bit support for enhanced capacity. This support has also been provided for IMS V9
applications.
Additional connectivity enhancements
Multiple Systems Coupling VTAM® Generic Resources (VGR) support provides a remote IMS the ability
to use a generic resource node name to communicate with an IMS within an IMS Sysplex through the MSC
facility. A remote IMS can use a single MSC link definition to connect to the partner link in any
of the IMSs in the IMS Sysplex. Cloned MSC links can be used across IMSs for connection to remote
IMSs.
APPC enhancements provide support for timeout granularity in seconds and Local Logical Units (LUs).
For LU 6.2 descriptors, you can specify a Local-LU at the descriptor level, thus providing for more
flexibility.
APPC/OTMA Program Switch Without Affinity provides IMS Sysplex APPC/OTMA Synchronous Shared Queues
system affinity removal for program-to-program switches. This improves flexibility in workload
balancing and availability and reduces complexity. This support is being provided through the IMS
V8, V9, and V10 service process.
OTMA autonomic enhancements include:
-
Callout Descriptors that identify alternate destinations and allow you to define routing
information, thus eliminating the need to code OTMA routing exits to perform these tasks
-
Ability to activate message flood detection by suppressing input messages, if needed
-
The detection of wait synchpoint hangs and taking the timeout action, if needed
-
Member start/stop to suppress new input transactions and to resume the stopped member to accept new
input transactions
-
Member-level security with each member having its own security level
-
Additional information on the DISPLAY commands
-
Security refresh by userid using the /SECURE OTMA command
-
Resume TPIPE enhanced with security to protect operations
Integrated Connect enhancements improve usability by providing support for Commit Mode 1 ACK
Timeout, Message flood detection, and Alternate Client ID. These enhancements improve programmer
productivity and connectivity in performance, capacity, availability, recovery, security, and
manageability.
Additional security enhancements include:
-
RACF® error message reduction.
-
Faster RACF auditing.
-
Conversational Security enrichment items.
-
A mechanism on client input to the integrated IMS Connect function to change the password associated
with the client ID. Customer-written applications will have the ability to change the client RACF
password.
-
The ability to define to Integrated Connect the aging value used by OTMA within IMS for the aging
value of the Accessor Control Environment Elements (ACEEs) used by RACF. The current default value
is "forever."
-
RACF mixed-case passwords are supported, preserving the original password value rather than
attempting to translate the password to uppercase.
-
Security Management Utility (SMU) to RACF Conversion Utility creates a set of stand-alone utilities
to read and convert SMU source to comparable RACF input. This facilitates conversion from SMU to
RACF. Specific SMU control statements are processed by new utilities to generate RACF control
statements and to add the OPTIONS=SIGN parameter to specific TERMINAL macro specifications in Stage
1. This support was also provided through the IMS V9 service process.
These items enhance security and reduce unnecessary error messages.
Manageability through staging users to autonomic computing
Reduced system generation time/effort enhancements
Dynamic resource definition (DRD) and management enhancements simplify these activities:
-
New commands are provided to allow you to dynamically add, change, and delete certain runtime
resource definitions (databases, programs, routing codes, and transactions) without having to go
through the IMS system definition or online change process.
-
The Destination Creation (renamed from Output Creation) user exit (DFSINSX0) has been enhanced and
can be used to create transactions for scheduling, not just queueing, along with programs.
-
IMS Restart exits are added to provide enhanced access to IMS before and after restart.
-
QUERY commands are provided to display both the definitional attributes and the status of MODBLKS
resources.
-
EXPORT and IMPORT commands are provided to save and restore resource definitions to and from an
external data source. This item is being provided through the IMS V10 service process.
-
MSC resources can be dynamically updated and queried.
-
The IMS TSO Single Point of Control (SPOC) has been enhanced with a new user interface that can be
used to manage IMS resources.
These enhancements provide for the addition, change, and deletion of resources in IMS while
minimizing disruption, simplifying operations, simplifying the installation/generation effort,
increasing system control, and extending transaction scheduling.
Syntax Checker enhancements add new support and update existing support for currently supported
members, and add additional proclib and field options, new panels, and new keyword display options.
These enhancements simplify the installation effort.
Installation Verification Program (IVP) enhancements support new IMS functions with step-by-step and
menu-driven jobs and tasks that guide users to use and explore useful sample applications. For
example, Java region support is added to the standard IMS IVP environment to contain the necessary
steps to configure, deploy, and run the applications. This greatly simplifies the necessary
up-front work to verify that Java workload can be scheduled in an IMS-dependent region. Additional
IVP support is provided for the Integrated Connect region setup and a sample application
communicating with the IMS control region. IVP support is also provided for DRD, its user
interface, and the SPOC Audit trail display function. These enhancements assist in reducing the
installation effort.
Operations and system management enhancements
Operations Manager (OM) enhancements use the z/OS logger to provide an input/output audit trail for
IMS commands entered from an SPOC. The user can configure this so each OM uses its own log or all
OMs use the same merged log for all SPOC activity. These enhancements also use the SPOC to display
unsolicited messages from the audit trail, use the OM to track command responses, and to provide an
exit for batch utility DFSERA10 to format and print operations information saved in the z/OS logger.
Additional operations management enhancements include a batch SPOC utility to issue IMS operator
commands, a REXX parser function that processes the command response in XML and returns parsed
information in REXX variable, a TSO SPOC input user exit that can examine and alter the entered
command, and a REXX SPOC API that provides new REXX functions to subscribe/unsubscribe to
unsolicited messages. These enhancements can simplify operations management and improve output and
auditability for commands entered through the SPOC.
Systems Management enhancements enable IMS to maintain global command status for databases, areas,
and transactions in the IMS Resource Manager Resource Structure to be applied to new or restarting
IMSs in a Sysplex that were down when the command was issued. This provides an autonomic provision
of a single system image among IMSs in a Sysplex. Other enhancements allow users to:
-
Control when messages get logged to the secondary master
-
Allow users to queue messages and enter transactions from the OM API
These enhancements extend single point of operations support, simplify systems management, and
provide more granular control of logging of secondary master messages.
Sysplex Serialized Program Management (SSPM) will utilize the Resource Manager (RM) to manage serial
program scheduling across the IMS Sysplex in a shared queues environment so that only one iteration
of a serial program is running at a time in the IMS Sysplex. This simplifies operations application
flow management.
Application Control Block Library (ACBLIB) online change commit and /DISPLAY MODIFY ALL are changed
to no longer treat messages on the local queues in a nonshared queue environment as work in progress
for transactions indirectly affected by online change. This improves the usability of online change
by increasing the chances that commit will succeed, especially for an ACBLIB-only online change.
Enterprise Workload Manager (EWLM) support provides for workload management tracking across
environments, integrating IMS with the EWLM end-to-end workload management. This enhancement flows
EWLM Correlators with an IMS transaction, using an enhanced version of the existing workload manager
services to pass correlators back to the EWLM, thus enhancing workload balancing and easing
operations. A portion of the EWLM function for managing EWLM correlators can be redirected to an
IBM System z9™ Integrated Information Processor (zIIP).
Transaction Level Statistics allows users to log application accounting information at the
conclusion of each unit of work (commit) with logging done on a transaction-by-transaction basis at
the discretion of the user. This provides a new option for obtaining application statistics for
each unit of recovery. IMS will log the new records to reflect the messages processed within a
commit scope. This simplifies operations, offering more granular information.
Selectively Display System Parameters provides improved visibility of the startup parameters'
values, shows only the active feature's system parameters, and shows the actual value of each
parameter after reading the log. This improves system parameter visibility and can help determine
actual values for optimal configurations and user response times. These enhancements ease
operations, reduce customer/vendor usermods, and offer more granular information.
Serviceability enhancements
Base Primitive Environment (BPE) Trace Table enhancements provide for the contents of the BPE trace
table to be written to external media to preserve them for improved serviceability and problem
determination. The user will be able to set trace parameters in the BPE configuration PROCLIB
member. This provides the ability to trace the system over longer periods of time and increases the
likelihood of getting diagnostic data the first time with fewer re-creates. This eases operations
and serviceability.
Abend Search and Notification support can reduce the time required to determine that a problem
exists by providing real-time automatic e-mail notification that an event such as abnormal
termination user/system abends has occurred. The e-mail notification contains links to IBM-supplied
Internet resources for understanding, analyzing, and resolving problems. This function not only
automatically notifies system programmers of a system failure, but also provides direct, up-to-date,
real-time access to abend information and descriptions, reducing the skill level necessary to
identify and find solutions to problems, thus easing problem resolution and improving availability.
Knowledge-Based Log Analysis (KBLA) enhancements provide KBLA utility support of log record changes,
the KBLA ISPF environment to generate JCL to support IMS V9 and V10, and support of multiple
concurrent releases of IMS. This allows concurrent KBLA access for multiple IMS levels without any
setup reconfiguration, easing operations.
Additional serviceability enhancements include:
-
Dump address space selection enhanced to ensure that all needed address spaces are dumped
-
Shutdown trace to assist in analyzing problems in the shutdown process
-
Message Upgrade for DFS064 and DFS065 to include destination name, QSCD Dump and LSMB Dump
formatting improvements, and improved DFSERA30 formatting of split records
These items ease problem determination and increase awareness of problems and their resolution.
Scalability in high performance/capacity/availability/recovery
DBRC enhancements
Parallel Recovery Control (RECON) Access provides an option to use Record Level Sharing for the
RECON via use of the Transactional VSAM (DFSMStvs). Serialization of access to the RECON at the
dataset level is replaced by concurrent processing of DBRC requests from multiple IMS systems,
thereby reducing contention to the RECON data set. This provides the ability to improve transaction
throughput and response time that will result from reducing or eliminating RECON contention. This
strategy helps reduce or eliminate transaction response time issues, unplanned system quiesces for
OLDS switches, and growth constraints. This enhances availability and recoverability in a Sysplex
environment.
DBRC API enhancements allow the RECON dataset to be updated as well as read, and to secure the RECON
by limiting the level of access to individual users. This further enhances the API, which was first
introduced in IMS V9 to provide users with a single release-independent interface to the RECON.
These enhancements provide enhanced architected access to simplify tooling and programming efforts,
offering release independence, additional functionality, and enhanced usability and migration.
READONLY RECON dataset access support removes the requirement that all users have CONTROL access to
the RECONs. Users can now be assigned one of three levels of access (READ, UPDATE, or ALTER).
READONLY access is supported by the DBRC Utility (DSPURX00 or DSPURXRT) as well as the DBRC API.
DBRC Timestamp Precision enhancements provide full DBRC support of timestamps with microsecond
precision, reducing timestamp collisions, thus increasing reliability and availability.
Database utilities and log enhancements
Image Copy 2 (IC2) enhancements include support for the fast replication capability of Data Set
FlashCopy® on Enterprise Storage Servers and SnapShot on RAMAC® Virtual Array (RVA) DASD
subsystems for database image copy/restore processing. Enhancements also include an improved,
statement-driven interface of the SET Patch feature of DFSMSdss™. Support is provided for
recording alternative DB backup methods as concurrent/fuzzy user image copies. These items speed
and improve recovery by exploiting the latest storage technology and alternative/concurrent methods,
and provide additional information to ease use.
Sort enhancements increase the core size available to OEM sort utilities called by IMS Change
Accumulation and Prefix Resolution. The default is also changed. This allows more OEM Unit Control
Blocks (UCBs) to be allocated below the 16 MB line, thus increasing the available number of sort
work datasets, providing for efficiency in change accumulation and prefix resolution and improving
performance.
Statistics Utilities Shared Queues support enables shared queues to be included in the Log
Transaction analysis and Statistical analysis utilities, thus providing additional information for
managing these environments.
Indirect List Data Set (ILDS) Rebuild Utility enhancements improve the performance of ILDS creation
by avoiding Control Area (CA) and Control Interval (CI) splits, observing the VSAM free space
requirements so the ILDS can be provided for reorganization, by sorting Indirect List Entry (ILE)
records in data spaces and inserting them into the ILDS sequentially, and taking advantage of VSAM
KSDS free space. This support improves overall recovery time for recoveries requiring the ILDS to
be rebuilt and improves performance of subsequent offline reorganization reloads using the ILDS with
free space as input.
Change status code GG to BA for PROCOPT GON/GOT clarifies the status code for PROCOPT GON/GOT DL/I
calls against an unavailable High Availability Large Database (HALDB) partition by changing the GG
status code (usually meaning pointer errors) to BA (unavailable data) for these situations. This
support was also provided through the IMS V8 and IMS V9 service process.
The HALDB Online Reorganization (OLR) no automatic resume option provides an option for not resuming
automatically. If OLR resumes automatically at the restart of IMS, jobs controlling the OLR could
get confused. By providing an option to prevent OLR from resuming at restart, the job can resume
OLR on its own. This support was also provided through the IMS V9 service process.
Fast Path (FP) enhancements
FP enhancements include improved Expedited Message Handler (EMH), increased Data Entry Database
(DEDB) buffers, and availability/usability items. These items enhance performance, capacity,
usability, and availability, and simplify operations.
-
FP EMH enhancements add command support to reset FP response mode for static nodes and dynamic
users. This provides the capability to free up hung terminals in Fast Path Response mode without
requiring an IMS restart.
-
The 64 KB DEDB buffer limit is removed. There is no longer a maximum number of buffers that can be
defined for the DEDB buffer pool.
-
Batch interface support for the IMS DEDB Randomizer Interface adds a caller environment field to the
Randomizer Extended Call Interface (XCI) parameter list. This removes the need to access IMS
control blocks using registers and distinguishes between an online and a batch caller to the
randomizer.
-
Additional enhancements for DEDB users are the ability to start the DEDB and all of its areas with a
single command and an option for not unloading the randomizer when /DBR DB is used. This eliminates
the need to start the areas of a DEDB individually and improves ECSA usage.
-
For Virtual Storage Option (VSO) users, automatic compression of the SVSO private pool at the XRF
alternate is provided.
-
The Sequential Dependent Segment (SDEP) utilities (SCAN and DELETE) function QUITCI is enabled as a
system default through a keyword specified in a DFSVSMxx member. This enables a VSPEC reference to
automatically engage the existing SDEP utility function QUITCI, which was previously invoked only
when specified as an SDEP utility JCL SYSIN Control Statement.
Multiple Systems Coupling enhancements
MSC bandwidth enhancements use improved blocking technology to improve performance response times
for transaction and output message throughput. Enhancements also allow for even larger link buffers
with dynamic change of buffer sizes, inclusion of responses in the buffer, and sending it all with a
single send/write. Statistics are provided to determine performance and make adjustments. These
enhancements offer more efficiency and better hardware utilization, improve performance, require
fewer links, and make this environment easier to manage.
Additional performance/capacity/availability enhancements
Virtual Storage Constraint Relief enhancements provide a new option to move blocks from CSA to
31-bit storage, allowing CICS® and Open Database Access (ODBA) applications to use the larger PSBs
without putting further pressure on below-the-line storage. This provides increased capacity.
Large sequential data set enhancements support z/OS changes to remove the size limit of 64 KB tracks
per volume for sequential data sets for BSAM, QSAM, and EXCP. This reduces the need to use multiple
volumes for single datasets and relieves capacity restrictions.
ACBLIB Member Online Change (OLC) provides for individual ACBLIB members to be added or changed
(though not deleted) without a library switch, which earlier was required for a full OLC. Only the
resources associated with the change will be quiesced. This function coexists with existing full
library switch OLC capability. This ACBLIB function makes online change for ACBLIB more usable and
enhances availability.
Application Control Block generation (ACBGEN) 31-bit enhancements utilize storage above the line to
address problems with insufficient storage below the line that might occur when building an ACB with
a large number of Program Communication Blocks (PCBs). PSBs can now have 2,500 PCBs, thereby
increasing capacity and availability.
Display Active enhancements make the status information for a problem-causing region more readily
accessible, thus reducing outage time and improving availability. These items enhance the /DISPLAY
ACTIVE command region status information display to include support for a number of additional
region states for abnormal dump and termination. These items are also being provided through the
IMS V9 service process.
Accessibility by people with disabilities
A U.S. Section 508 Voluntary Product Accessibility Template containing details on the product's
accessibility compliance can be requested via IBM's Web site
Back to top
IMS, the leading database manager and transaction server in the industry,
is critical to your business. Exclusive to the z/OS platform, IMS V10
complements DB2 and WebSphere servers for database and transaction
management. All of these are strategic IBM products and continue to be
enhanced.
IMS Database Manager utilizes hierarchical organization technology,
whereas DB2, Oracle, and desktop systems utilize relational database
technology. Hierarchical and relational databases have each continued to
grow with their specific characteristics and different roles to play.
Hierarchical is best used for mission-critical work and for work that
requires the utmost in performance. Relational is best used for decision
support.
Hierarchical databases can offer a significant performance edge over
relational databases when queries are known beforehand. Query
optimization for relational databases ensures good performance where the
query is not known in advance. Each type is best at what it does. The
products supporting these technologies are enhanced to address the
different application requirements and are continuing to overlap more and
more in their capabilities. However, the product originally designed for
a particular capability will inherently be the best.
Relational and hierarchical technology can work together for optimum
solutions. Users can efficiently store operational data in hierarchical
form, which can be accessed easily by their favorite relational decision
support tools, with minimal impact on the production hierarchical data.
IMS data can be accessed directly or propagated and replicated with
relational data for summarizing, enhancing, and mining. IBM provides
standard application interfaces for accessing IMS as well as other data.
Both relational and hierarchical IMS data can be most efficiently
accessed, together or independently, using the IMS Transaction Manager
and WebSphere servers.
IBM continues to invest in providing these complementary solutions. Note
that most IMS customers also have DB2.
IMS Transaction Manager and WebSphere servers are both strategic
application managers and are enhanced to take advantage of each other.
They each have inherently different characteristics. IMS is more
efficient in application management, data storage, and data access but
applies strict rules for this access. WebSphere makes it easier to serve
the Web and integrate data that may have been less defined in advance.
Thus, they play different roles in the enterprise. Customers are using
both application managers — WebSphere for newer Web-based applications
and IMS for more mission-critical high-performance/high-availability and
low-cost/low-transaction applications and data.
IMS, Rational, and WebSphere products together have been providing tools
to make this combination an optimum environment. Using IMS TM Resource
Adapter, WebSphere and Rational development tooling can develop Web
applications that can serve the Web and easily access existing or new
mission-critical IMS applications. Using the IMS DB Resource Adapter and
IMS Open Database Access, WebSphere applications can also access IMS DB
data directly.
IBM demonstrates its commitments to you by continuing to enhance IMS.
Current investments have:
-
Substantially improved database availability
-
Established open access to IMS transactions
-
Extended Parallel Sysplex® systems support
Hardware and software support services
SmoothStart™/installation services:
IBM Installation Services are provided for IMS by IBM Global Services or your IBM Business
Partner at an additional cost. For additional information, contact your IBM representative and ask
for Installation Services for IMS.
Additional technical services (planning and migration assistance, performance tuning, and other
services) can be obtained through the Worldwide IMS Product Affinity Services team. For more
information, contact the team at dmservices@us.ibm.com.
Back to top
Refer to
206-224
, dated September 12, 2006, regarding new and enhanced IBM IMS tools that assist in management
of database environments.
Refer to
204-180
, dated August 10, 2004, regarding z/OS V1.6 general availability and z/OS V1.7 preview
announcement.
Business Partner information
If you are a Direct Reseller - System Reseller acquiring products from IBM, you may link directly to
Business Partner information for this announcement. A PartnerWorld ID and password are required
(use IBM ID).
BP Attachment for Announcement Letter 207-241
Trademarks
-
-
IMS, System z, System z9, DFSMSdss, and SmoothStart are trademarks of International Business
Machines Corporation in the United States or other countries or both.
-
-
z/OS, WebSphere, Rational, zSeries, AIX, DB2, VTAM, RACF, FlashCopy, RAMAC, CICS, and Parallel
Sysplex are registered trademarks of International Business Machines Corporation in the United
States or other countries or both.
-
-
Windows is a trademark of Microsoft Corporation.
-
-
Java is a trademark of Sun Microsystems, Inc.
-
-
Linux is a trademark of Linus Torvalds in the United States, other countries or both.
-
-
Other company, product, and service names may be trademarks or service marks of others.
Back to top
The following IMS™ classes are available now:
Course
Course title number
IMS Fundamentals CMW01
IMS System Programming: DBCTL CMW12
IMS System Programming: Database CMW11
and Transaction Management
IMS Database Recovery and Sharing CMW20
Control (DBRC)
Implementing IMS Security CMW431
IMS Parallel Sysplex(R) Workshop CM621
IMS Connectivity and Web Enablement CM651
Workshop
IMS DB Application Programming U3717
IMS DC Application Programming U3718
IMS Physical Organization of CMW22
Databases Workshop
IMS Fast Path Implementation CM641
IMS DB Performance and Tuning CMW30
IMS DC TM Performance and Tuning CMW21
IMS Shared Queues Implementation CMW61
IMS Logical Relationships U3724
IMS V8 Install Workshop U3729
IMS V9 Install Workshop U3759
IMS V10 Install Workshop U3769
IMS V8 Product Enhancements U3739
IMS V9 Product Enhancements CMW90
IMS V10 Product Enhancements CMW91
IMS Transaction Manager Performance CMW21
and Tuning
IMS Diagnostic Approaches CM660
IMS High Availability Large Database CMW46
IMS Data Sharing CMW50
IMS Shared Queues CMW61
(HALDB)
Contact IBM Global Services for schedules and enrollments. For additional information, visit
Back to top
Hardware requirements
Processors: IMS V10 operates on 64-bit IBM processors capable of running z/OS® V1.7, or later.
Direct access devices: Both the binder work data set SYSUT1 (during the bind of the IMS VTAM®
control blocks load monitoring module) and the SDFSRESL must reside on a device that supports a
record size of 18 KB, or greater. IMS Database Image Copy 2 (IC2) utility (DFSDMT0) concurrent copy
support requires concurrent copy-capable DASD controllers. IC2 Fast Replication support requires
either the FlashCopy® feature of the IBM Enterprise Storage Server™ (ESS) or the Snapshot
feature of the IBM RAMAC® Virtual Array (RVA) storage system. For all other system libraries and
working storage space, any device supported by the operating system is allowed.
Additional line-item requirement information and a list of supported terminals is provided in the
IMS V10 Release Planning Guide
at
Software requirements
IMS V10 operates under z/OS V1.7 configurations, or subsequent versions, releases, and modification
levels, unless otherwise stated, and requires the following minimum version, release, or
modification levels:
-
z/OS V1.7 (5647-A01) with DFSMSdfp™ (a base element of z/OS V1.7)
-
RACF® (included in a separately orderable Security Server feature of z/OS V1.7), or equivalent, if
security is used
-
IBM High-Level Assembler Toolkit (5696-234), a separately orderable feature of z/OS
IMS V10 also operates in a virtual machine under control of z/OS V1.7 and is intended for use in a
customer program development, testing, and non-XRF production environment, with some restrictions.
IMS Parallel Recon Access requires z/OS DFSMStvs, a separately orderable feature of z/OS V1.7.
Special bids will be considered for IMS customers using the Parallel Recon function, who do not
already have DFSMStvs, to acquire DFSMStvs for use restricted to IMS.
IMS DB Image Copy 2 DFSMS fast replication support requires z/OS V1.8.
IMS V10 Integrated Connect XML Adapter support, used with the IMS SOAP Gateway, requires
WebSphere® Developer for zSeries® (WDz) V7.0 or Rational® Developer for System z™ (RDz)
V7.1. For Web services use with IMS SOAP Gateway, two limited usage licenses of WDz are being
provided for each license of IMS V10 while also requiring IMS SOAP Gateway for this support of Web
services. Terms and conditions are outlined in the WDz licensing. WDz licenses are provided, along
with the IMS SOAP Gateway, through the Integration Suite link at
The IMS ETO feature requires the IMS TM feature.
IMS/DB2® Coordinated Disaster Recovery Support requires the IMS V10
Remote Site Recovery (RSR) Recovery Level Tracking (RLT) feature.
The IMS RSR RLT feature requires either the IMS TM or the IMS DB feature.
The IMS RSR DLT feature requires the IMS RSR RLT and IMS DB features.
IMS V10 is written in High Level Assembler, PL/X, C, and Java™.
Additional line-item requirement and connectivity information is provided
in the
IMS V10 Release Planning Guide
at
Compatibility:
IMS V10 is upwardly compatible from previous versions, allowing
existing applications and data to be used without change. Migration and
coexistence support is provided for IMS V8 and V9 with V10. Review the
Preventative Service Planning information and the IMS V10 Planning Guide
for further details.
IMS V8 was the last release to support the IMS V5 SDEP CI format.
IMS V9 was the last release to support the Security Maintenance Utility.
Customers using SMU should migrate to RACF or an equivalent product.
IMS V9 was the last release that the MSC user routing exits DFSCMTR0,
DFSCMLR0, DFSCMPR0, and DFSCNPRT0 may be used. DFSMSCE0 must be used in
IMS V10.
IMS V9 was the last release to support the Basic Telecommunications
Access Method (BTAM). Customers using BTAM should migrate to Virtual
Telecommunications Access Method (VTAM) or Transmission Control
Protocol/Internet Protocol (TCP/IP). User code or tools dependent on
BTAM should migrate to VTAM or TCP/IP.
IMS V9 was the last release to support the user message exits HWSIMSO0
and HWSIMSO1. Customers using these exits should migrate to HWSSMPL1.
IMS V10 is the last release of IMS in which the IMS information will be
available in BookManager® format. The IMS information continues to be
available online (including the diagnosis information) as PDF files and
in XHTML in the Information Management Software for z/OS Solutions
Information Center at
You can also purchase hardcopy books containing the IMS V10 information
at the IBM Publications Center at
Performance considerations:
A single IMS runs over 22,000 transactions per second (two billion
transactions per day) with database update.
-
With IMS V10, the IBM performance group has been achieving transaction
rates of 22,372 transactions per second (tps) with database update using
a single IMS control region running on a single IBM System z9™
Enterprise Model S54 Mainframe (Type 2094, Model S54) at just 55.54% CPU
utilization of an 8 CP LPAR.
-
With the latest IMS V10 Multiple Systems Coupling link performance
enhancements and increased limits of the message buffer size range of 160
to 32689 bytes up to 1024 to 65536 bytes, MSC performance across the
board for MSC Channel to Channel (CTC), MSC Main Storage to Main Storage
(MTM), and MSC VTAM have shown improvements (using an IBM eServer®
zSeries 990 Type 2084 Model C24) of up to an average of 60% reduction in
message send and receive time, when comparing messages sent across MSC
with a buffer size of 4 KB compared to 64 KB.
-
Improvements with IMS V10 Fast Path Shared Expedited Message Handling
queue capability demonstrated an average of 6% Internal Throughput Rate
improvement using an IBM eServer zSeries 990 Type 2084 Model C24.
-
Using the z990 processor and the IBM DS8000™ (2107-921), IMS reached 82
MB/second logging bandwidth. This shows that IMS scales up to large
logging requirements for high-stress IMS activity such as MSC and Shared
Queues.
-
These performance tests demonstrate that nothing can match the
performance of IMS and System z in transaction rates and database access.
User group requirements:
This announcement satisfies, or partially satisfies, the following
requirements from one or more of the worldwide user group communities.
Asynchronous Callout
-
MR0706067523: Customer needs a way for IMS transactions encapsulated in
IC4J to invoke external services.
-
MR0504066353: A callout capability in SOAP Gateway consistent with the
IC4J callout capability.
-
MR080904276: Customer would like IMS PL/1 and COBOL programs to be able
to access data on a Sun server through outbound calls to Web service from
IMS.
-
MR0803044751: Customer needs to be able to issue a SOAP request from an
IMS Transaction; we need IMS transaction manager to be seen as a client.
IVP enhancements
-
MR032304642: Request to add access to IVP Variable Export Utility from
IVP panel DFSIXE11
-
MR0323046037: Redefine MFS generation for formats used by the IMS IVP
applications
-
MR0528042543: Modify the IVPs to utilize SYSALLDA units instead of SYSDA
BPE External Trace
-
MR1014022814: Customer needs the ability to externalize the BPE trace to
a trace data set for a short period of time
Support Data Set Flashcopy
-
MR00072632: IMS DBRC usage of RVA DFSMSdss™ SNAPSHOT for Image Copy and
Recovery
-
MR0120041320: IC2 enhancement to avoid Usermod on DFSUDMT2 for Set Patch
-
MR0901032751: Need "fuzzy" user image copy support to enable them to use
alternative database backup methods that will be supported by DBRC and
standard recovery procedures without having to /DBR all databases
DRD User Interface
Requirement numbers from Version 10 design review:
-
#1855: Provide defaults for panel
-
#1856, #1701, #1710, #1717, #200: Need batch capability
-
#1874, #1708, #1724: Provide user interface
-
#207: Experienced user interface
-
MR0828057554: Allow the changing of NEWAPPL from CSLU
Dynamic Resource Definition
The following requirements are partially satisfied:
-
MR00075392: Reduction of IMS Generation
-
MR00037481: Dynamic addition of IMS resources
EMH enhancements
-
0AT073103-002: Provide a command and/or enhance Sysplex Terminal
Management to reset Fast Path
Fast Path Serviceability Usability enhancement
-
MR040303270: /STA-/STO DB should also start/stop all areas.
-
MR0921006217: /DIS DB should differentiate between /STO DB and /DBR DB.
-
MR040403196: Make unload/reload randomizers optional.
-
MR0403013220: Do not force LKASID info in DFSVSMxx if DBRC already has
it.
-
MR0420015545: Compress FP SVSO Private Pool during XRF tracking.
-
MR082002635: Increase maximum DBBF specification.
OTMA enhancements
-
MR00066463: IMS failure with OTMA flooded with messages
-
MR0508016039: OTMA message flow control
-
MR101702591: OTMA clean-up for CM0 messages tpipes
-
MR0216015233: OTMA CM1 timeout
-
MR0504064839: OTMA outbound support
-
MR1108042841: Security consideration for Resume TPIPE
-
MR1122061814: OTMA ACEE refresh on USERID
-
MR1221066214: OTMA Flood protection feature messages should be sent to
MTO
MSC Bandwidth
-
REQ00070137: Need MSC VTAM link support for RACK/ACK immediately to meet
the high throughput requirement during customers' high-load periods
OLC ACBLIB enhancement
-
MR0521036316: Allow Online Change to update database attributes without a
suspended transaction preventing the Modify Commit
OM 2
-
MR0501024248: Commands entered from TSO SPOC need to be logged for audit
trail capability
Parallel Recon Access
-
REQ00068171: RECON performance
-
REQ00064734: RECON performance
-
REQ00062341: IMS DBRC strategy paper
-
REQ00033115: Reduce contention for RECONs
-
REQ00040181: IMS/VS — DBRC performance enhancement
-
REQ00038200: DBRC — Improve GENJCL performance (minimize RECON
unavailability)
-
MR00023567: Restructuring and Redesigning of IMS RECON Datasets (DBRC)
Selectively Display System Parameters
-
MR0613023637: Improve startup parameters values visibility
-
MR062502637: Show only active feature's system parameters
-
MR080101926: Show the actual value of each parameter
Support for z/OS 1.7 DFSMSdfp Large Sequential Data Sets >64k Tracks
Sysplex Serialized Program Management
-
MR00075839: Serial Applications in a Shared Queues Environment
Systems management enhancement
-
MR00022899: IMS secondary master should be able to be shut off
-
MR00026867: AOI exit for messages to secondary master
-
MR00071555: DFSAOE00 enhancement to tell from where a cmd was issued
-
MR0818006324: Re-sync DB status across multiple systems / restarts
Transaction-level statistics
-
MR0714034130: Write the application statistic record at a transactional
level instead of at a program level. Implement this option with a
parameter so customers unwilling to have an increase in log volume would
not be affected.
-
MR0922036035: IMS should have an option to request accounting data on
transaction base. After completion of a transaction, IMS should write a
new log record with all accounting data that belongs to this transaction.
-
MR00038716: IMS should create a x'07'-record after an application program
has processed a message (commit point).
CSA/VSCR
-
MR0930041911: Relieve DIRCA private storage constraint in CCTL address
SMU Security Removal
-
MR071603774: Eliminate the issuing of RACF ICH408I messages on IMS AUTH
calls
-
MR0925033123: Support for a new AUTHLOG= parameter on the DFSDCxxx member
Sort enhancement for Change Accumulation and Prefix Resolution Utilities
-
MR0929032834: Make CORE=MAX the default core size for sorting of IMS
Change Accumulation and Prefix Resolution utilities.
Serviceability enhancements
-
MR00038012: MSG DFS064 should indicate the UN-Found tran code.
-
MR0421045327: Resource name in DFS065.
-
MR120500686: Provide the name of the stopped resource on the DFS065I
message.
-
MF0612065031: Exit DFSNDMX0 needs to be improved to handle not only
application abends.
Planning information
Direct customer support:
Direct customer support is provided by IBM Operational Support Services — SoftwareXcel
Enterprise Edition or SoftwareXcel Basic Edition. These fee services can enhance your productivity
by providing voice and electronic access into the IBM support organization. IBM Operational Support
Services — SoftwareXcel Enterprise Edition or SoftwareXcel Basic Edition will help answer
questions pertaining to usage, how-to, and suspected software defects for eligible products.
Installation and technical support is provided by IBM Global Services. For more information on
services, call 888-426-4343.
Security, auditability, and control
The announced program uses the security and auditability features of the host hardware or operating
system software. The customer is responsible for evaluation, selection, and implementation of
security features, administrative procedures, and appropriate controls in application systems and
communication facilities.
Back to top
Ordering z/OS through the Internet
ShopzSeries provides an easier way to plan and order your z/OS ServerPac or CBPDO. It will analyze
your current installation, determine the correct product migration, and present your new
configuration based on z/OS. Additional products can also be added to your order (including
determination of whether all product requisites are satisfied). ShopzSeries is available in the
U.S., Canada, and several countries in Europe. In countries where ShopzSeries is not available yet,
contact your IBM representative (or IBM Business Partner) to handle your order via the traditional
IBM ordering process. For more details and availability, visit
New licensees
Orders for new licenses can be placed now.
Registered customers can access IBMLink for ordering
information and charges.
Shipment will not occur before the availability date.
Unless a
later date is specified, orders entered before the planned availability date will be assigned a
schedule date of one week following availability.
Unless a later date is specified, an order is scheduled for the week following order entry.
New users of IMS V10 should specify:
Type: 5635 Model: A01
CFSW configuration and order entry capability are available.
When IMS V10 is available, IMS V8 will no longer be available for ordering.
Parallel Sysplex license charge (PSLC) basic license
To order a basic license, specify the program number and quantity of MSU. If there is more than
one program copy in a Parallel Sysplex, the charge for all copies is associated to one license by
specifying the applicable PSLC license options and quantity represented by the sum of the Service
Units in Millions (MSUs) in your Parallel Sysplex. For all other program copies, specify the System
Usage Registration No-Charge (SYSUSGREG NC) Identifier on the licenses.
For China only:
To
order a basic license, specify the program number and feature number 9001 for asset registration.
Specify the PSLC Base feature. If applicable, specify the PSLC Level A and PSLC Level B, and PSLC
Level C, and PSLC Level D features and quantity.
If there is more than one program copy in a
Parallel Sysplex, the charge for all copies is associated to one license by specifying the
applicable PSLC feature numbers and quantity represented by the sum of the MSUs in your Parallel
Sysplex. For all other program copies, specify the PSLC No-Charge (NC) Identifier feature on the
licenses.
Also, specify the feature number of the desired distribution medium.
IMS V10 DATABASE-LEVEL TRACKING (S01480R)
Machine(s) Feature MLC feature
MSU capacity number description
1 1079 PSLC Base, 1 MSU
2 1080 PSLC Base, 2 MSUs
3 1081 PSLC Base, 3 MSUs
4 -- 45 1082 PSLC Level A, 1 MSU
1083 PSLC Level A, 42 MSUs
46 -- 175 1084 PSLC Level B, 1 MSU
1085 PSLC Level B, 10 MSUs
1086 PSLC Level B, 50 MSUs
176 -- 315 1087 PSLC Level C, 1 MSU
1088 PSLC Level C, 10 MSUs
1089 PSLC Level C, 50 MSUs
316 or more 1090 PSLC Level D, 1 MSU
1091 PSLC Level D, 50 MSUs
Not applicable 1092 PSLC N/C ID
IMS V10 DATABASE MANAGER (S01480N)
Machine(s) Feature MLC feature
MSU capacity number description
1 1004 PSLC Base, 1 MSU
2 1005 PSLC Base, 2 MSUs
3 1006 PSLC Base, 3 MSUs
4 -- 45 1007 PSLC Level A, 1 MSU
1008 PSLC Level A, 42 MSUs
46 -- 175 1009 PSLC Level B, 1 MSU
1010 PSLC Level B, 10 MSUs
1011 PSLC Level B, 50 MSUs
176 -- 315 1012 PSLC Level C, 1 MSU
1013 PSLC Level C, 10 MSUs
1014 PSLC Level C, 50 MSUs
316 or more 1015 PSLC Level D, 1 MSU
1016 PSLC Level D, 50 MSUs
Not applicable 1017 PSLC N/C ID
IMS V10 EXTENDED TERMINAL OPTION (S01480T)
Machine(s) Feature MLC feature
MSU capacity number description
1 1233 PSLC Base, 1 MSU
2 1234 PSLC Base, 2 MSUs
3 1237 PSLC Base, 3 MSUs
4 -- 45 1238 PSLC Level A, 1 MSU
1239 PSLC Level A, 42 MSUs
46 -- 175 1240 PSLC Level B, 1 MSU
1241 PSLC Level B, 10 MSUs
1242 PSLC Level B, 50 MSUs
176 -- 315 1243 PSLC Level C, 1 MSU
1244 PSLC Level C, 10 MSUs
1245 PSLC Level C, 50 MSUs
316 or more 1246 PSLC Level D, 1 MSU
1247 PSLC Level D, 50 MSUs
Not applicable 1248 PSLC N/C ID
IMS V10 RECOVERY LEVEL TRACKING (S01480W)
Machine(s) Feature MLC feature
MSU capacity number description
1 1154 PSLC Base, 1 MSU
2 1155 PSLC Base, 2 MSUs
3 1156 PSLC Base, 3 MSUs
4 -- 45 1157 PSLC Level A, 1 MSU
1158 PSLC Level A, 42 MSUs
46 -- 175 1159 PSLC Level B, 1 MSU
1160 PSLC Level B, 10 MSUs
1161 PSLC Level B, 50 MSUs
176 -- 315 1162 PSLC Level C, 1 MSU
1163 PSLC Level C, 10 MSUs
1164 PSLC Level C, 50 MSUs
316 or more 1165 PSLC Level D, 1 MSU
1166 PSLC Level D, 50 MSUs
Not applicable 1167 PSLC N/C ID
IMS V10 TRANSACTION MANAGER (S014811)
Machine(s) Feature MLC feature
MSU capacity number description
1 0929 PSLC Base, 1 MSU
2 0930 PSLC Base, 2 MSUs
3 0931 PSLC Base, 3 MSUs
4 -- 45 0932 PSLC Level A, 1 MSU
0933 PSLC Level A, 42 MSUs
46 -- 175 0934 PSLC Level B, 1 MSU
0935 PSLC Level B, 10 MSUs
0936 PSLC Level B, 50 MSUs
176 -- 315 0937 PSLC Level C, 1 MSU
0938 PSLC Level C, 10 MSUs
0939 PSLC Level C, 50 MSUs
316 or more 0940 PSLC Level D, 1 MSU
0941 PSLC Level D, 50 MSUs
Not applicable 0942 PSLC N/C ID
Workload License Charge (WLC) Basic License:
If there is more than one program copy in a Parallel Sysplex, the charge for all copies is
associated to one license by specifying the applicable WLC license options and quantity represented
by the sum of the MSUs in your Parallel Sysplex. For all other program copies, specify the Workload
Registration Variable WLC Identifier on the licenses.
Variable Workload License charge features
IMS V10 DATABASE-LEVEL TRACKING (S01480R)
VWLC VWLC
feature feature
description number
Base, Level 0 includes 3 MSUs 1105
Additional quantity, Level 0 1106
up to 45 MSUs
Additional quantity, Level 1 1107
46 — 175 MSUs
Additional quantity, Level 2 1108
176 — 315 MSUs
Additional quantity, Level 3 1109
316 — 575 MSUs
Level 3, Per 50 MSUs for machine 1110
capacity of 316 — 575 MSUs
Additional quantity, Level 4 1111
576 — 875 MSUs
Level 4, Per 50 MSUs for machine 1112
capacity of 576 — 875 MSUs
Additional quantity, Level 5 1113
876 -1315 MSUs
Level 5, Per 50 MSUs for machine 1114
capacity of 876-1315 MSUs
Additional quantity, Level 6 1115
1316-1975 MSUs
Level 6 Per 50 MSUs for machine 1116
capacity of 1316-1975 MSUs
Additional quantity, Level 7 1117
1976+ MSUs
Level 7, Per 50 MSUs for machine 1118
capacity of 1976+ MSUs
Workload Registration — No Charge:
Registration Base, Level 0 1119
including 1 MSU
Registration additional quantity 1120
Level 0 up to 45 MSUs
Registration additional quantity 1121
Level 1 46 — 175 MSUs
Registration additional quantity 1122
Level 2 176 — 315 MSUs
Registration additional quantity 1123
Level 3 316 — 575 MSUs
Registration additional quantity 1124
Level 3, Per 50 MSUs for machine
capacity of 316 — 575 MSUs
Registration additional quantity 1125
Level 4 576 — 875 MSUs
Registration additional quantity 1126
Level 4, Per 50 MSUs for machine
capacity of 576 — 875 MSUs
Registration additional quantity 1127
Level 5 876-1315 MSUs
Registration additional quantity 1128
Level 5, Per 50 MSUs for machine
capacity of 876 — 1315 MSUs
Registration additional quantity 1129
Level 6 1316-1975 MSUs
Registration additional quantity 1130
Level 6, Per 50 MSUs for machine
capacity of 1316 — 1975 MSUs
Registration additional quantity 1131
Level 7 1976+ MSUs
Registration additional quantity 1132
Level 7, Per 50 MSUs for machine
capacity of 1976+ MSUs
IMS V10 DATABASE MANAGER (S01480N)
VWLC VWLC
feature feature
description number
Base, Level 0 includes 3 MSUs 1030
Additional quantity, Level 0 1031
up to 45 MSUs
Additional quantity, Level 1 1032
46 — 175 MSUs
Additional quantity, Level 2 1033
176 — 315 MSUs
Additional quantity, Level 3 1034
316 — 575 MSUs
Level 3, Per 50 MSUs for machine 1035
capacity of 316 — 575 MSUs
Additional quantity, Level 4 1036
576 — 875 MSUs
Level 4, Per 50 MSUs for machine 1037
capacity of 576 — 875 MSUs
Additional quantity, Level 5 1038
876 -1315 MSUs
Level 5, Per 50 MSUs for machine 1039
capacity of 876-1315 MSUs
Additional quantity, Level 6 1040
1316-1975 MSUs
Level 6 Per 50 MSUs for machine 1041
capacity of 1316-1975 MSUs
Additional quantity, Level 7 1042
1976+ MSUs
Level 7, Per 50 MSUs for machine 1043
capacity of 1976+ MSUs
Workload Registration — No Charge:
Registration Base, Level 0 1044
including 1 MSU
Registration additional quantity 1045
Level 0 up to 45 MSUs
Registration additional quantity 1046
Level 1 46 — 175 MSUs
Registration additional quantity 1047
Level 2 176 — 315 MSUs
Registration additional quantity 1048
Level 3 316 — 575 MSUs
Registration additional quantity 1049
Level 3, Per 50 MSUs for machine
capacity of 316 — 575 MSUs
Registration additional quantity 1050
Level 4 576 — 875 MSUs
Registration additional quantity 1051
Level 4, Per 50 MSUs for machine
capacity of 576 — 875 MSUs
Registration additional quantity 1052
Level 5 876-1315 MSUs
Registration additional quantity 1053
Level 5, Per 50 MSUs for machine
capacity of 876 — 1315 MSUs
Registration additional quantity 1054
Level 6 1316-1975 MSUs
Registration additional quantity 1055
Level 6, Per 50 MSUs for machine
capacity of 1316 — 1975 MSUs
Registration additional quantity 1056
Level 7 1976+ MSUs
Registration additional quantity 1057
Level 7, Per 50 MSUs for machine
capacity of 1976+ MSUs
IMS V10 EXTENDED TERMINAL OPTION (S01480T)
VWLC VWLC
feature feature
description number
Base, Level 0 includes 3 MSUs 1269
Additional quantity, Level 0 1270
up to 45 MSUs
Additional quantity, Level 1 1271
46 — 175 MSUs
Additional quantity, Level 2 1272
176 — 315 MSUs
Additional quantity, Level 3 1273
316 — 575 MSUs
Level 3, Per 50 MSUs for machine 1274
capacity of 316 — 575 MSUs
Additional quantity, Level 4 1275
576 — 875 MSUs
Level 4, Per 50 MSUs for machine 1276
capacity of 576 — 875 MSUs
Additional quantity, Level 5 1311
876 -1315 MSUs
Level 5, Per 50 MSUs for machine 1312
capacity of 876-1315 MSUs
Additional quantity, Level 6 1314
1316-1975 MSUs
Level 6 Per 50 MSUs for machine 1315
capacity of 1316-1975 MSUs
Additional quantity, Level 7 1277
1976+ MSUs
Level 7, Per 50 MSUs for machine 1316
capacity of 1976+ MSUs
Workload Registration — No Charge:
Registration Base, Level 0 1278
including 1 MSU
Registration additional quantity 1279
Level 0 up to 45 MSUs
Registration additional quantity 1280
Level 1 46 — 175 MSUs
Registration additional quantity 1281
Level 2 176 — 315 MSUs
Registration additional quantity 1282
Level 3 316 — 575 MSUs
Registration additional quantity 1283
Level 3, Per 50 MSUs for machine
capacity of 316 — 575 MSUs
Registration additional quantity 1284
Level 4 576 — 875 MSUs
Registration additional quantity 1285
Level 4, Per 50 MSUs for machine
capacity of 576 — 875 MSUs
Registration additional quantity 1317
Level 5 876-1315 MSUs
Registration additional quantity 1318
Level 5, Per 50 MSUs for machine
capacity of 876 — 1315 MSUs
Registration additional quantity 1319
Level 6 1316-1975 MSUs
Registration additional quantity 1286
Level 6, Per 50 MSUs for machine
capacity of 1316 — 1975 MSUs
Registration additional quantity 1287
Level 7 1976+ MSUs
Registration additional quantity 1288
Level 7, Per 50 MSUs for machine
capacity of 1976+ MSUs
IMS V10 RECOVERY LEVEL TRACKING (S01480W)
VWLC VWLC
feature feature
description number
Base, Level 0 includes 3 MSUs 1180
Additional quantity, Level 0 1181
up to 45 MSUs
Additional quantity, Level 1 1182
46 — 175 MSUs
Additional quantity, Level 2 1183
176 — 315 MSUs
Additional quantity, Level 3 1184
316 — 575 MSUs
Level 3, Per 50 MSUs for machine 1185
capacity of 316 — 575 MSUs
Additional quantity, Level 4 1186
576 — 875 MSUs
Level 4, Per 50 MSUs for machine 1187
capacity of 576 — 875 MSUs
Additional quantity, Level 5 1188
876 -1315 MSUs
Level 5, Per 50 MSUs for machine 1189
capacity of 876-1315 MSUs
Additional quantity, Level 6 1190
1316-1975 MSUs
Level 6 Per 50 MSUs for machine 1191
capacity of 1316-1975 MSUs
Additional quantity, Level 7 1192
1976+ MSUs
Level 7, Per 50 MSUs for machine 1193
capacity of 1976+ MSUs
Workload Registration — No Charge:
Registration Base, Level 0 1194
including 1 MSU
Registration additional quantity 1195
Level 0 up to 45 MSUs
Registration additional quantity 1196
Level 1 46 — 175 MSUs
Registration additional quantity 1197
Level 2 176 — 315 MSUs
Registration additional quantity 1198
Level 3 316 — 575 MSUs
Registration additional quantity 1199
Level 3, Per 50 MSUs for machine
capacity of 316 — 575 MSUs
Registration additional quantity 1200
Level 4 576 — 875 MSUs
Registration additional quantity 1201
Level 4, Per 50 MSUs for machine
capacity of 576 — 875 MSUs
Registration additional quantity 1202
Level 5 876-1315 MSUs
Registration additional quantity 1203
Level 5, Per 50 MSUs for machine
capacity of 876 — 1315 MSUs
Registration additional quantity 1204
Level 6 1316-1975 MSUs
Registration additional quantity 1205
Level 6, Per 50 MSUs for machine
capacity of 1316 — 1975 MSUs
Registration additional quantity 1206
Level 7 1976+ MSUs
Registration additional quantity 1207
Level 7, Per 50 MSUs for machine
capacity of 1976+ MSUs
IMS V10 TRANSACTION MANAGER (S014811)
VWLC VWLC
feature feature
description number
Base, Level 0 includes 3 MSUs 0955
Additional quantity, Level 0 0956
up to 45 MSUs
Additional quantity, Level 1 0957
46 — 175 MSUs
Additional quantity, Level 2 0958
176 — 315 MSUs
Additional quantity, Level 3 0959
316 — 575 MSUs
Level 3, Per 50 MSUs for machine 0960
capacity of 316 — 575 MSUs
Additional quantity, Level 4 0961
576 — 875 MSUs
Level 4, Per 50 MSUs for machine 0962
capacity of 576 — 875 MSUs
Additional quantity, Level 5 0963
876 -1315 MSUs
Level 5, Per 50 MSUs for machine 0964
capacity of 876-1315 MSUs
Additional quantity, Level 6 0965
1316-1975 MSUs
Level 6 Per 50 MSUs for machine 0966
capacity of 1316-1975 MSUs
Additional quantity, Level 7 0967
1976+ MSUs
Level 7, Per 50 MSUs for machine 0968
capacity of 1976+ MSUs
Workload Registration — No Charge:
Registration Base, Level 0 0969
including 1 MSU
Registration additional quantity 0970
Level 0 up to 45 MSUs
Registration additional quantity 0971
Level 1 46 — 175 MSUs
Registration additional quantity 0972
Level 2 176 — 315 MSUs
Registration additional quantity 0973
Level 3 316 — 575 MSUs
Registration additional quantity 0974
Level 3, Per 50 MSUs for machine
capacity of 316 — 575 MSUs
Registration additional quantity 0975
Level 4 576 — 875 MSUs
Registration additional quantity 0976
Level 4, Per 50 MSUs for machine
capacity of 576 — 875 MSUs
Registration additional quantity 0977
Level 5 876-1315 MSUs
Registration additional quantity 0978
Level 5, Per 50 MSUs for machine
capacity of 876 — 1315 MSUs
Registration additional quantity 0979
Level 6 1316-1975 MSUs
Registration additional quantity 0980
Level 6, Per 50 MSUs for machine
capacity of 1316 — 1975 MSUs
Registration additional quantity 0981
Level 7 1976+ MSUs
Registration additional quantity 0982
Level 7, Per 50 MSUs for machine
capacity of 1976+ MSUs
Entry Workload License Charge (EWLC) Basic License:
To order a basic license, specify the program number and the quantity of MSUs.
IMS V10 DATABASE-LEVEL TRACKING (S01480R)
EWLC EWLC
feature feature
description number
Base, Level 1 includes 3 MSUs 1144
Additional quantity, Level 1 1145
4 — 17 MSUs
Additional quantity, Level 2 1146
18 — 30 MSUs
Additional quantity, Level 3 1147
31 — 45 MSUs
Additional quantity, Level 4 1148
46 — 87 MSUs
Additional quantity, Level 5 1149
88 — 175 MSUs
Additional quantity, Level 6 1150
176 — 260 MSUs
Additional quantity, Level 7 1151
261+ MSUs
Level 7, Per 50 MSUs for machine 1152
capacity of 261+ MSUs
IMS V10 DATABASE MANAGER (S01480N)
EWLC EWLC
feature feature
description number
Base, Level 1 includes 3 MSUs 1069
Additional quantity, Level 1 1070
4 — 17 MSUs
Additional quantity, Level 2 1071
18 — 30 MSUs
Additional quantity, Level 3 1072
31 — 45 MSUs
Additional quantity, Level 4 1073
46 — 87 MSUs
Additional quantity, Level 5 1074
88 — 175 MSUs
Additional quantity, Level 6 1075
176 — 260 MSUs
Additional quantity, Level 7 1076
261+ MSUs
Level 7, Per 50 MSUs for machine 1077
capacity of 261+ MSUs
IMS V10 EXTENDED TERMINAL OPTION (S01480T)
EWLC EWLC
feature feature
description number
Base, Level 1 includes 3 MSUs 1321
Additional quantity, Level 1 1304
4 — 17 MSUs
Additional quantity, Level 2 1305
18 — 30 MSUs
Additional quantity, Level 3 1306
31 — 45 MSUs
Additional quantity, Level 4 1307
46 — 87 MSUs
Additional quantity, Level 5 1308
88 — 175 MSUs
Additional quantity, Level 6 1323
176 — 260 MSUs
Additional quantity, Level 7 1309
261+ MSUs
Level 7, Per 50 MSUs for machine 1310
capacity of 261+ MSUs
IMS V10 RECOVERY LEVEL TRACKING (S01480W)
EWLC EWLC
feature feature
description number
Base, Level 1 includes 3 MSUs 1219
Additional quantity, Level 1 1220
4 — 17 MSUs
Additional quantity, Level 2 1221
18 — 30 MSUs
Additional quantity, Level 3 1222
31 — 45 MSUs
Additional quantity, Level 4 1223
46 — 87 MSUs
Additional quantity, Level 5 1224
88 — 175 MSUs
Additional quantity, Level 6 1225
176 — 260 MSUs
Additional quantity, Level 7 1226
261+ MSUs
Level 7, Per 50 MSUs for machine 1227
capacity of 261+ MSUs
IMS V10 TRANSACTION MANAGER (S014811)
EWLC EWLC
feature feature
description number
Base, Level 1 includes 3 MSUs 0994
Additional quantity, Level 1 0995
4 — 17 MSUs
Additional quantity, Level 2 0996
18 — 30 MSUs
Additional quantity, Level 3 0997
31 — 45 MSUs
Additional quantity, Level 4 0998
46 — 87 MSUs
Additional quantity, Level 5 0999
88 — 175 MSUs
Additional quantity, Level 6 1000
176 — 260 MSUs
Additional quantity, Level 7 1001
261+ MSUs
Level 7, Per 50 MSUs for machine 1002
capacity of 261+ MSUs
zSeries Usage Pricing (Usage License Charge) Basic License:
To order a basic license, specify the appropriate program and feature number, if required, for
asset registration. Specify the applicable S/390® and zSeries Usage Pricing feature. Also,
specify the feature number of the desired distribution medium.
Charges will be based upon the peak MSUs. Usage reported between thresholds of features 1, 2, or 3,
will be rounded up to the next MSU level. Above 1.0 MSU, usage will be rounded to the nearest
whole MSU. For example, 2.4 MSUs would round to 2.0 MSUs for pricing, and 2.5 MSUs would round to
3.0 MSUs for pricing.
The customer pricing will be determined by selecting either:
Feature 1 (if usage is below 0.25 MSU)
Feature 2 (if usage is between 0.26 and 0.50)
Feature 3 (if usage is between 0.51 and 1.0)
Feature 3+ (# MSUs from 2-11 times the charge associated with
feature number 4) + (# MSUs from 12-44 times the
charge associated with feature number 5) +
(# MSUs from 45-78 times the charge associated with
feature number 6) + (# MSUs above 78 times the charge
associated with feature number 7, if applicable)
Examples for ordering: A customer with a measured usage (from the IBM Measured Usage report) of
0.3 MSU would:
-
Order quantity 1 of the 0.26 to 0.5 MSU base feature
A customer with 6.6 MSUs (from the IBM Usage report) would:
-
Be rounded up to 7.0 MSUs
-
Order quantity 1 of the "0.51 to 1.0 MSU" base feature
-
Order quantity 6 of the Level A 1 MSU feature
A customer with 15 MSUs (from the IBM Usage report) would:
-
Order quantity 1 of the "0.51 to 1.0 MSU" base feature
-
Order quantity 10 of the Level A 1 MSU feature
-
Order quantity 4 of the Level B 1 MSU feature
A customer with 50 MSUs (from the IBM Usage report) would:
-
Order quantity 1 of the "0.51 to 1.0 MSU" base feature
-
Order quantity 10 of the Level A 1 MSU feature
-
Order quantity 33 of the Level B 1 MSU feature
-
Order quantity 6 of the Level C 1 MSU feature
A customer with 85 MSUs (from the IBM Usage report) would:
-
Order quantity 1 of the "0.51 to 1.0 MSU" base feature
-
Order quantity 10 of the Level A 1 MSU feature
-
Order quantity 33 of the Level B 1 MSU feature
-
Order quantity 34 of the Level C 1 MSU feature
-
Order quantity 7 of the Level D 1 MSU feature
IMS V10 DATABASE-LEVEL TRACKING (S01480R)
Usage Pricing
feature
Description number
0 to 0.25 MSU Base 1093
0.26 to 0.5 MSU Base 1094
Level A (0.51 to 1.0 MSU) Base 1095
Level A Chg/MSU (2 to 11 MSUs) 1096
Level B Chg/MSU (12 to 44 MSUs) 1097
Level C Chg/MSU (45 to 78 MSUs) 1098
Level D Chg/MSU (Above 78 MSUs) 1099
Level D Chg/MSU (Per 50 MSUs for 1100
Machine Capacity of 79+ MSUs)
N/C ID Feature 1101
IMS V10 DATABASE MANAGER (S01480N)
Usage Pricing
feature
Description number
0 to 0.25 MSU Base 1018
0.26 to 0.5 MSU Base 1019
Level A (0.51 to 1.0 MSU) Base 1020
Level A Chg/MSU (2 to 11 MSUs) 1021
Level B Chg/MSU (12 to 44 MSUs) 1022
Level C Chg/MSU (45 to 78 MSUs) 1023
Level D Chg/MSU (Above 78 MSUs) 1024
Level D Chg/MSU (Per 50 MSUs for 1025
Machine Capacity of 79+ MSUs)
N/C ID Feature 1026
IMS V10 EXTENDED TERMINAL OPTION (S01480T)
Usage Pricing
feature
Description number
0 to 0.25 MSU Base 1251
0.26 to 0.5 MSU Base 1252
Level A (0.51 to 1.0 MSU) Base 1255
Level A Chg/MSU (2 to 11 MSUs) 1256
Level B Chg/MSU (12 to 44 MSUs) 1257
Level C Chg/MSU (45 to 78 MSUs) 1258
Level D Chg/MSU (Above 78 MSUs) 1259
Level D Chg/MSU (Per 50 MSUs for 1260
Machine Capacity of 79+ MSUs)
N/C ID Feature 1262
IMS V10 RECOVERY LEVEL TRACKING (S01480W)
Usage Pricing
feature
Description number
0 to 0.25 MSU Base 1168
0.26 to 0.5 MSU Base 1169
Level A (0.51 to 1.0 MSU) Base 1170
Level A Chg/MSU (2 to 11 MSUs) 1171
Level B Chg/MSU (12 to 44 MSUs) 1172
Level C Chg/MSU (45 to 78 MSUs) 1173
Level D Chg/MSU (Above 78 MSUs) 1174
Level D Chg/MSU (Per 50 MSUs for 1175
Machine Capacity of 79+ MSUs)
N/C ID Feature 1176
IMS V10 TRANSACTION MANAGER (S014811)
Usage Pricing
feature
Description number
0 to 0.25 MSU Base 0943
0.26 to 0.5 MSU Base 0944
Level A (0.51 to 1.0 MSU) Base 0945
Level A Chg/MSU (2 to 11 MSUs) 0946
Level B Chg/MSU (12 to 44 MSUs) 0947
Level C Chg/MSU (45 to 78 MSUs) 0948
Level D Chg/MSU (Above 78 MSUs) 0949
Level D Chg/MSU (Per 50 MSUs for 0950
Machine Capacity of 79+ MSUs)
N/C ID Feature 0951
Growth Opportunity License Charge (GOLC):
To order GOLC software, specify the program number, feature number 9001 for asset registration,
and the GOLC monthly charge feature number from the following table. Also, specify the feature
number for the desired distribution medium.
IMS V10 DATABASE LEVEL TRACKING (S01480R)
GOLC GOLC
Category Feature number
H30 Basic 1102
H50 Basic 1103
H70 Basic 1104
IMS V10 DATABASE MANAGER (S01480N)
GOLC GOLC
Category Feature number
H30 Basic 1027
H50 Basic 1028
H70 Basic 1029
IMS V10 EXTENDED TERMINAL OPTION (S01480T)
GOLC GOLC
Category Feature number
H30 Basic 1265
H50 Basic 1266
H70 Basic 1267
IMS V10 RECOVERY LEVEL TRACKING (S01480W)
GOLC GOLC
Category Feature number
H30 Basic 1177
H50 Basic 1178
H70 Basic 1179
IMS V10 TRANSACTION MANAGER (S014811)
GOLC GOLC
Category Feature number
H30 Basic 0952
H50 Basic 0953
H70 Basic 0954
zSeries Entry License Charge (zELC):
To order zELC software, specify the program number, feature number 9001 for asset registration,
and the zELC monthly charge feature number from the following table. Also, specify the feature
number for the desired distribution medium.
IMS V10 DATABASE LEVEL TRACKING (S01480R)
z800 Models zELC feature number
A01 -- Basic 1325
110 -- Basic 1133
0E1 -- Basic 1134
0A1 -- Basic 1135
0B1 -- Basic 1136
0C1 -- Basic 1137
0X2 -- Basic 1138
001 -- Basic 1139
0A2 -- Basic 1140
002 -- Basic 1141
003 -- Basic 1142
004 -- Basic 1143
IMS V10 DATABASE MANAGER (S01480N)
z800 Models zELC feature number
A01 -- Basic 1324
110 -- Basic 1058
0E1 -- Basic 1059
0A1 -- Basic 1060
0B1 -- Basic 1061
0C1 -- Basic 1062
0X2 -- Basic 1063
001 -- Basic 1064
0A2 -- Basic 1065
002 -- Basic 1066
003 -- Basic 1067
004 -- Basic 1068
IMS V10 EXTENDED TERMINAL OPTION (S01480T)
z800 Models zELC feature number
A01 -- Basic 1320
110 -- Basic 1290
0E1 -- Basic 1291
0A1 -- Basic 1292
0B1 -- Basic 1293
0C1 -- Basic 1294
0X2 -- Basic 1295
001 -- Basic 1296
0A2 -- Basic 1297
002 -- Basic 1298
003 -- Basic 1299
004 -- Basic 1301
IMS V10 RECOVERY LEVEL TRACKING (S01480W)
z800 Models zELC feature number
A01 -- Basic 1326
110 -- Basic 1208
0E1 -- Basic 1209
0A1 -- Basic 1210
0B1 -- Basic 1211
0C1 -- Basic 1212
0X2 -- Basic 1213
001 -- Basic 1214
0A2 -- Basic 1215
002 -- Basic 1216
003 -- Basic 1217
004 -- Basic 1218
IMS V10 TRANSACTION MANAGER (S014811)
z800 Models zELC feature number
A01 -- Basic 1322
110 -- Basic 0983
0E1 -- Basic 0984
0A1 -- Basic 0985
0B1 -- Basic 0986
0C1 -- Basic 0987
0X2 -- Basic 0988
001 -- Basic 0989
0A2 -- Basic 0990
002 -- Basic 0991
003 -- Basic 0992
004 -- Basic 0993
Single version charging:
To elect single version charging, the customer must notify and identify to IBM the prior
program and replacement program and the designated machine the programs are operating on.
Basic machine-readable material
Orderable
Supply ID Feature Distribution Medium Description
S01480R 5872 3480 Tape Cartridge IMS V10 Database Level
Tracking
S01480N 5862 3480 Tape Cartridge IMS V10 Database Manager
S01480W 5892 3480 Tape Cartridge IMS V10 Recovery Level
Tracking
S01480T 5882 3480 Tape Cartridge IMS V10 Extended Terminal
Option
S014811 5963 3480 Tape Cartridge IMS V10 Transaction
Manager
Note that the following supply IDs and feature numbers that were announced for the IMS V10 QPP are
being withdrawn as part of this announcement:
Orderable
Supply ID Feature Distribution Medium Description
S012K9H 5802 3480 Tape Cartridge IMS V10 Database Level
Tracking
S012KBN 5852 3480 Tape Cartridge IMS V10 Database Manager
S012KBL 5842 3480 Tape Cartridge IMS V10 Recovery Level
Tracking
S012K9M 5822 3480 Tape Cartridge IMS V10 Extended Terminal
Option
S012R1X 5832 3480 Tape Cartridge IMS V10 Transaction
Manager
Customization options:
Select the appropriate feature numbers to customize your order to specify the delivery options
desired. These features can be specified on the initial or MES orders.
Example:
If publications are not desired for the initial order, specify feature number 3470 to ship
media only. For future updates, specify feature number 3480 to ship media updates only. If, in the
future, publication updates are required, order an MES to remove feature number 3480; then, the
publications will ship with the next release of the program.
Initial shipments
Feature Description
3444 Serial Number Only
(suppresses shipment of media and documentation)
3470 Ship Media Only
(suppresses initial shipment of documentation)
3471 Ship Documentation Only
(suppresses initial shipment of media)
Update shipments
Feature Description
3480 Ship Media Updates Only
(suppresses update shipment of documentation)
3481 Ship Documentation Only
(suppresses update shipment of media)
3482 Suppress Updates
(suppresses update shipment of media and
documentation)
Expedite shipments
Feature Description
3445 Local IBM Office Expedite
(for IBM use only)
3446 Customer Expedite Process Charge
($30 charge for each product)
Expedite shipments will be processed to receive 72-hour delivery from the time IBM Software Delivery
and Fulfillment (SDF) receives the order. SDF will then ship the order via overnight air
transportation.
Optional machine-readable material:
To order, select the feature number for the desired distribution medium:
Feature Distribution
Environment number medium
IMS V10 System Services 5950 3480 cartridge
(SV OPTSRC) (S01480Z)
Note that the following optional source that was announced for the IMS V10 QPP is being withdrawn as
part of this announcement:
Feature Distribution
Environment number medium
IMS V10 System Services 5812 3480 cartridge
(SV OPTSRC) (S012K9K)
Unlicensed documentation:
A memo and one copy of the following publications are supplied automatically with the basic
machine-readable material:
-
Hardcopy:
-
Program directory (GI10-8754)
-
Release Planning Guide (GC18-9717)
-
Softcopy:
-
CD with the entire library (ZES1-2962-00)
-
A secure Web site with the entire library
Licensed documentation:
Subsequent updates (technical newsletters or revisions between releases) to the publications
shipped with the product will be distributed to the user of record for as long as a license for this
software remains in effect. A separate publication order or subscription is not needed.
Customized offerings
Product deliverables are shipped only via Customized Offerings (for example, CBPDO, ServerPac,
SystemPac®).
CBPDO and ServerPac are offered for Internet delivery, where ShopzSeries product ordering is
available. Internet delivery of ServerPac may help improve automation and software delivery time.
For more details on Internet delivery, refer to the ShopzSeries help information at
Media type for this software product is chosen during the customized
offerings ordering process. Based on your customer environment, it is
recommended that the highest possible density tape media is selected.
Currently offered media types are:
-
CBPDOs — 3480, 3480 Compressed, 3490E, 3590, 3592*
-
ServerPacs — 3480, 3480 Compressed, 3490E, 3590, 3592*
-
SystemPacs — 3480, 3480 Compressed, 3490E, 3590, 3592*
-
*
-
3592 is highest density media. Selecting 3592 will ship the fewest
number of media.
Once a product becomes available, it will be included in the next
ServerPac and SystemPac monthly update.
Production of software product orders will begin on the planned
availability date.
-
CBPDO shipments will begin one week after planned availability.
-
ServerPac shipments will begin two weeks after inclusion in ServerPac.
-
SystemPac shipments will begin four weeks after inclusion in SystemPac
due to additional customization and data input verification.
Back to top
Agreement:
IBM Customer Agreement
Variable charges apply:
No
Indexed monthly license charge (IMLC) applies:
No
Location license applies:
No
Use limitation applies:
No
Educational allowance available:
Yes, 15% education allowance applies to qualified education
institution customers.
Volume orders:
Not applicable
Replaced Program(s) Replacement Program(s)
Program Program Program Program
number name number name
5655-B01 IMS V7 5635-A01 IMS V10
5655-C56 IMS V8 5635-A01 IMS V10
5655-J38 IMS V9 5635-A01 IMS V10
5635-A01 IMS V10 Follow-on If any
Warranty applies:
Yes
Licensed program materials availability
Restricted materials of IBM: None
Nonrestricted source materials: Some
Object Code Only (OCO): Some
Program services
Support Center applies: Yes
Access is available through the
IBM Support Center.
Available until discontinued: 12 months' written notice
APAR mailing address: IBM Corporation
555 Bailey Avenue
San Jose, CA 95141
IBM Operational Support Services — SupportLine:
Yes
Back to top
For all local charges, contact your IBM representative.
Sub-capacity charges for VWLC products
Sub-capacity charges for VWLC products are based on product LPAR utilization capacity. Product LPAR
utilization capacity for a VWLC product is the highest number of MSUs utilized by the combined LPARs
in which a VWLC product runs concurrently during a reporting period. The number of MSUs is based on
the highest observed rolling four-hour average utilization used by the combination of the relevant
LPARs during the reporting period. Refer to
200-354
, dated October 3, 2000,
201-258
, dated September 11, 2001, and
202-105
, dated April 30, 2002, for additional details on IBM Workload License Charges.
Sub-capacity charges terms and conditions
zSeries software charges at less than full machine capacity for eligible VWLC products apply when
z/OS is running in z/Architecture™ (64 bit) mode on an IBM eServer zSeries 900, no other MVS™
based operating system is licensed to that server and the required information is provided by the
customer in accordance with the applicable terms.
Sub-capacity charges for a VWLC product is based on the utilization of the LPARs where/when the
product executes. To obtain charges at less than full machine capacity for VWLC products, the
customer is required to:
-
Sign and abide by the terms of the Attachment for IBM System z Workload License Charges — Pre-ILM
(Z125-6516).
-
Obtain the latest version of the Sub-Capacity Reporting Tool
-
Install any VWLC product and IBM eServer zSeries 900 Licensed Internal Code (LIC) service required
for sub-capacity charging. Required service will be listed on the WLC Web site
-
Collect SMF data as required by the Sub-Capacity Reporting Tool. Retain
the collected SMF data for a period of not less than six months.
-
Use the IBM provided Sub-Capacity Reporting Tool to process the collected
SMF data. The Sub-Capacity Report produced by the tool is used to
determine required license capacity for the VWLC products. Required
license capacity is determined based on the largest MSU value of a VWLC
product running concurrently in all LPARs during the reporting period.
IBM reserves the right to request the system data that supports these
product defined capacity values for a period of up to six months after
the data was collected.
-
Provide an initial Sub-Capacity Report to begin to receive the benefits
of less than full machine capacity charges. Sub-capacity charging will
follow submission of a Sub-Capacity Report. There will be no retroactive
application of sub-capacity charges.
-
Submit Sub-Capacity Reports monthly.
-
Submit Sub-Capacity Reports for all VWLC products with complete data for
the entire reporting period to the e-mail address and by the date
specified in the current IBM System z Workload License Charges Exhibit
(Z125-6324) and on the zSeries Software Pricing Web site
Sub-Capacity Reports that reflect a changed product defined capacity will
be considered to be orders placed by the customer without further action
on the customer's part and IBM is authorized to make any resulting
billing increase or decrease. To place an order for a new license or to
discontinue licenses, move licenses between machines, report a hardware
model upgrade, or enable or disable product features, the customer must
contact IBM or their IBM Business Partner.
-
Configure machine to send weekly Transmit System Availability Data (TSAD)
to IBM via the IBM eServer zSeries 900 Remote Support Facility (RSF). If
the machine cannot connect via the RSF, provide this TSAD via an
alternate means documented in the z/OS publication
Planning for Workload License Charges
at
IBM Global Financing
IBM Global Financing offers competitive financing to credit-qualified customers to assist them in
acquiring IT solutions. Offerings include financing for IT acquisition, including hardware,
software, and services, from both IBM and other manufacturers or vendors. Offerings (for all
customer segments: small, medium, and large enterprise), rates, terms, and availability can vary by
country. Contact your local IBM Global Financing organization or visit
IBM Global Financing offerings are provided through IBM Credit LLC in the
United States, and other IBM subsidiaries and divisions worldwide to
qualified commercial and government customers. Rates are based on a
customer's credit rating, financing terms, offering type, equipment type,
and options, and may vary by country. Other restrictions may apply.
Rates and offerings are subject to change, extension, or withdrawal
without notice.
Back to top
To order, contact the Americas Call Centers, your local IBM
representative, or your IBM Business Partner.
To identify your local IBM representative or IBM Business Partner, call
800-IBM-4YOU (426-4968).
Phone: 800-IBM-CALL (426-2255)
Fax: 800-2IBM-FAX (242-6329)
Internet: callserv@ca.ibm.com
Mail: IBM Teleweb Customer Support
ibm.com Sales Execution Center, Americas North
3500 Steeles Ave. East, Tower 3/4
Markham, Ontario
Canada
L3R 2Z1
Reference: YE001
The Americas Call Centers, our national direct marketing organization,
can add your name to the mailing list for catalogs of IBM products.
Note:
Shipments will begin after the planned availability date.
Trademarks
-
-
IMS, Enterprise Storage Server, DFSMSdfp, System z, IBMLink, System z9,
DS8000, DFSMSdss, DFSMShsm, z/Architecture, and MVS are trademarks of
International Business Machines Corporation in the United States or other
countries or both.
-
-
Parallel Sysplex, z/OS, VTAM, FlashCopy, RAMAC, RACF, WebSphere, zSeries,
Rational, DB2, BookManager, eServer, S/390, and SystemPac are registered
trademarks of International Business Machines Corporation in the United
States or other countries or both.
-
-
Java is a trademark of Sun Microsystems, Inc.
-
-
Other company, product, and service names may be trademarks or service
marks of others.
At a glance
