iSeries
System Rationalisation - System Consolidation
Merging two systems to run under the same instance of OS/400 is a very complex
task. However, with the IBM charges that now govern interactive and batch workloads
it can make good financial sense to do so. For example, a company has two systems
an S20 #2161 (113 CPW) and a 720 #2061 (240 CPW) with an #1501 interactive feature.
The 720 system is used almost exclusively for interactive work, leaving 70%
(170 CPW) of available processor resource unused. Through merging the two workloads
on to the 720 system, management effort is reduced as are operating costs.
The service starts with a fact finding project to identify all duplications,
such as libraries, profiles, etc and application conflicts. All issues are discussed
and resolved with your application vendor or development team before detailed
planning takes place.
The consolidation process takes place in four stages; Planning, Initial load,
Testing and Go Live. All tasks are planned in detailed and listed in order.
Following the plan, the initial load stage is executed, loading the target system
with data and applications from all source systems. Testing now begins. All
aspects of the system, communications and applications are tested. Go Live only
occurs after satisfactory test results. ATS can supply an interim system for
the purpose of research and testing. If an interim system is used a system migration
will be built into the project.
20 days support is also provided after Go Live.
Deliverables:
Project management
Full Project planning and scheduling
Data and Application transfer
Communication links
Security implemented
All tasks required to complete system merge carried out
20 days support for all consolidation related issues or questions
Benefits:
Reduced operating costs
Reduced system management
Maximise existing computing resource
System Rationalisation - LPAR Services - Design and
Planning
System Rationalisation - LPAR Services - Configuration
and Set-up
System Rationalisation - LPAR Services - Migration
to LPAR
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