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ibm unix servers, pseries,
high end, pseries 590, pseries 595Q, Associates, IBM Business
Partner UK
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| System p5 570 - System p5 575 - eServer p5 590 - eServer p5 595 |
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IBM System p5 570
(Rack-mount)
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Easily scale from 2- to 16-cores with the IBM System p5™ 570. Unique IBM modular SMP architecture lets you add more powerful IBM POWER5+™ processing capability exactly when needed. |
Common Features:
- 19-inch rack-mount packaging
- 2- to 16-core SMP design with unique building block architecture
- 64-bit 1.9 or 2.2 GHz POWER5+ processors
- Mainframe-inspired RAS features
- Dynamic LPAR support
- Advanced POWER Virtualization (option)
- Micro-Partitioning (up to 160 micro-partitions)
- Shared processor pool
- Virtual I/O Server
- Partition Load Manager (AIX 5L™ only)
- Up to 20 optional I/O drawers
- HACMP™ for AIX 5L software support for near continuous operation
- Supported by AIX 5L (V5.2 and V5.3) and Linux distributions from Red Hat (RHEL AS 4) and SUSE LINUX (SLES 9) operating systems
- Cluster 1600 support with Cluster Systems Management software
| Processor |
2-, 4-, 8-, 12- or 16-core POWER5+ |
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Clock
rates (Min/Max) |
1.9 GHz / 2.2 GHz |
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System
memory (Std/Max) |
1.9 GHz / 2.2 GHz |
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Internal
storage (Std/Max) |
73.4GB / 79.2TB (with optional I/O drawers |
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Performance
(rPerf range)* |
12.27 / 95.96 |
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IBM System p5 575
(Frame-mount)
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IBM System p5 575 cluster nodes are 8- and 16-core high-powered building blocks for data mining and numeric intensive computing applications—featuring a high memory bandwidth and an ultra-dense design. |
Common Features:
- 24" system frame packaging
- 8- and 16-core symmetric multiprocessing (SMP) design
- 64-bit POWER5+ technology
- Mainframe-inspired RAS features
- Dynamic LPAR support
- Advanced POWER™ Virtualization feature (option)
- Micro-Partitioning™ technology (up to 160 micro-partitions)
- Shared processor pool
- Virtual I/O Server
- Partition Load Manager (AIX 5L™ only)
- One optional I/O drawer
- Supported by AIX 5L (V5.2 and V5.3) and Linux® distributions from Red Hat, Inc. (RHEL AS 4 or later) and SUSE LINUX (SLES 9 or later) operating systems
- Cluster 1600 support with Cluster Systems Management software
- IBM eServer pSeries® High Performance Switch and 4x InfiniBand support
| Processors |
8- 16-core IBM POWER5+™ |
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Clock
rates (Min/Max) |
2.2 GHz (8-core), 1.9 GHz (16-core) |
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System
memory (Std/Max) |
1GB / 256GB |
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Internal
storage (Std/Max) |
73.4GB / 2.9TB |
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Performance
(rPerf range)* |
66.44 (8-core) and 111.4 (16-core) |
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IBM eServer p5 590
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The IBM p5 590 server is designed to deliver outstanding performance at a price-point that will transform IT economics. Equipped with advanced 64-bit IBM POWER5™ processors in up to 32-way symmetric multiprocessing (SMP) configurations, this server is built to provide the processing power for a wide range of complex, mission-critical applications with demanding processing requirements—from database services to enterprise resource planning (ERP) and transaction processing. |
Common Features:
- 64-bit POWER5™ technology
- Simultaneous multi-threading
- Copper and silicon-on-insulator (SOI) chip
- MCM (multichip module) packaging
- Advanced symmetric multiprocessing (SMP) 8- to 32-way
- Mainframe-proven RAS including dynamic firmware updates (1Q05), redundant system clock, Chipkill™ memory, redundant service processor (1H05), First Failure Data Capture and Dynamic Processor Deallocation
- IBM Virtualization Engine support standard
- Micro-Partitioning™
- Shared processor pool
- Virtual I/O
- Virtual LAN
- Up to 254 dynamic LPARs
- 24-inch system frame packaging with up to 8 I/O drawers
- Hot-swappable disk bays, hot-plug PCI-X slots, redundant power subsystem with optional redundant battery backup
- On demand capabilities for processors and memory—Permanent, On/Off, Reserve (processors only) and Trial activations available
- AIX 5L™ V5.2 and V5.3, i5/OS™, and Linux® distributions from SUSE LINUX and Red Hat, Inc.
- Cluster 1600 support with Cluster Systems Management for AIX 5L and Linux (1Q05)
Hardware summary:
- 1.65GHz POWER5 processors
- Up to 1TB of DDR1 or up to 128GB of DDR2 ECC Chipkill system memory
- Up to 9.3TB of internal 15K rpm disk storage (with optional I/O drawers)
- 8- to 32-way 24-inch system frame configurations
- 16 hot-swappable disk bays (up to 128 with optional I/O drawers)
- 20 hot-plug PCI-X slots (up to 160 with optional I/O drawers)
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IBM eServer p5 595
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As the most powerful IBM eServer p5 system, the p5-595 server can deliver exceptional performance, reliability, scalability and flexibility—enabling businesses to tackle workloads that were previously beyond the reach of a single UNIX® system. |
Common Features:
- 64-bit POWER5™ technology
- Simultaneous multi-threading
- Copper and silicon-on-insulator (SOI) chip
- MCM (multichip module) packaging
- Advanced symmetric multiprocessing (SMP) 16- to 64-way
- Mainframe-proven RAS including dynamic firmware updates (1Q05), redundant system clock, Chipkill™ memory, redundant service processor (1H05), First Failure Data Capture and Dynamic Processor Deallocation
- IBM Virtualization Engine support standard
- Micro-Partitioning™
- Shared processor pool
- Virtual I/O
- Virtual LAN
- Up to 254 dynamic LPARs
- 24-inch system frame packaging with up to 12 I/O drawers
- Hot-swappable disk bays, hot-plug PCI-X slots, redundant power subsystem with optional redundant battery backup
- On demand capabilities for processors and memory—Permanent, On/Off, Reserve (processors only) and Trial activations available
- AIX 5L™ V5.2 and V5.3, i5/OS™, and Linux® distributions from SUSE LINUX and Red Hat, Inc.
- Cluster 1600 support with Cluster Systems Management for AIX 5L and Linux (1Q05)
Hardware summary:
- 1.65GHz and 1.90GHz POWER5 processors
- Up to 2TB of DDR1 or up to 256GB of DDR2 ECC Chipkill system memory
- Up to 14TB of internal 15K rpm disk storage (with optional I/O drawers)
- 16- to 64-way 24-inch system frame configurations
- 16 hot-swappable disk bays (up to 192 with optional I/O drawers)
- 20 hot-plug PCI-X slots (up to 240 with optional I/O drawers)
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*
The benchmarks and values shown herein were derived
using particular, well configured, development-level
computer systems. Actual system performance may
vary and is dependent upon many factors including
system hardware configuration and software design
and configuration. |
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