IBM System p 570 with POWER 6

* Advanced IBM POWER6™ processor cores for enhanced performance and reliability

* Building block architecture delivers flexible scalability and modular growth

* Advanced virtualization features facilitate highly efficient systems utilization

* Enhanced RAS features enable improved application availability

The IBM POWER6 processor-based System p™ 570 mid-range server delivers outstanding price/performance, mainframe-inspired reliability and availability features, flexible capacity upgrades and innovative virtualization technologies. This powerful 19-inch rack-mount system, which can handle up to 16 POWER6 cores, can be used for database and application serving, as well as server consolidation. The modular p570 is designed to continue the tradition of its predecessor, the IBM POWER5+™ processor-based System p5™ 570 server, for resource optimization, secure and dependable performance and the flexibility to change with business needs. Clients have the ability to upgrade their current p5-570 servers and know that their investment in IBM Power Architecture™ technology has again been rewarded.

The p570 is the first server designed with POWER6 processors, resulting in performance and price/performance advantages while ushering in a new era in the virtualization and availability of UNIX® and Linux® data centers. POWER6 processors can run 64-bit applications, while concurrently supporting 32-bit applications to enhance flexibility. They feature simultaneous multithreading,1 allowing two application “threads” to be run at the same time, which can significantly reduce the time to complete tasks.

The p570 system is more than an evolution of technology wrapped into a familiar package; it is the result of “thinking outside the box.” IBM’s modular symmetric multiprocessor (SMP) architecture means that the system is constructed using 4-core building blocks. This design allows clients to start with what they need and grow by adding additional building blocks, all without disruption to the base system.2 Optional Capacity on Demand features allow the activation of dormant processor power for times as short as one minute. Clients may start small and grow with systems designed for continuous application availability.

Specifically, the System p 570 server provides:

Common features Hardware summary

* 19-inch rack-mount packaging
* 2- to 16-core SMP design with building block architecture
* 64-bit 3.5, 4.2 or 4.7 GHz POWER6 processor cores
* Mainframe-inspired RAS features
* Dynamic LPAR support
* Advanced POWER Virtualization1 (option)
o IBM Micro-Partitioning™ (up to 160 micro-partitions)
o Shared processor pool
o Virtual I/O Server
o Partition Mobility2
* Up to 32 optional I/O drawers
* IBM HACMP™ software support for near continuous operation*
* Supported by AIX 5L (V5.2 or later) and Linux® distributions from Red Hat (RHEL 4 Update 5 or later) and SUSE Linux (SLES 10 SP1 or later) operating systems



* 4U 19-inch rack-mount packaging
* One to four building blocks
* Two, four, eight, 12 or 16 3.5 GHz, 4.2 GHz or 4.7 GHz 64-bit POWER6 processor cores
* L2 cache: 8 MB to 64 MB (2- to 16-core)
* L3 cache: 32 MB to 256 MB (2- to 16-core)
* 2 GB to 192 GB of 667 MHz buffered DDR2 or 16 GB to 384 GB of 533 MHz buffered DDR2 or 32 GB to 768 GB of 400 MHz buffered DDR2 memory3
* Four hot-plug, blind-swap PCI Express 8x and two hot-plug, blind-swap PCI-X DDR adapter slots per building block
* Six hot-swappable SAS disk bays per building block provide up to 7.2 TB of internal disk storage
* Optional I/O drawers may add up to an additional 188 PCI-X slots and up to 240 disk bays (72 TB additional)4
* One SAS disk controller per building block (internal)
* One integrated dual-port Gigabit Ethernet per building block standard; One quad-port Gigabit Ethernet per building block available as optional upgrade; One dual-port 10 Gigabit Ethernet per building block available as optional upgrade
* Two GX I/O expansion adapter slots
* One dual-port USB per building block
* Two HMC ports (maximum of two), two SPCN ports per building block
* One optional hot-plug media bay per building block
* Redundant service processor for multiple building block systems2

IBM System Cluster 1350

Reduced time to deployment

IBM HPC clustering offers significant price/performance advantages for many high-performance workloads by harnessing the advantages of low cost servers plus innovative, easily available open source software.

Today, some businesses are building their own Linux and Microsoft clusters using commodity hardware, standard interconnects and networking technology, open source software, and in-house or third-party applications. Despite the apparent cost advantages offered by these systems, the expense and complexity of assembling, integrating, testing and managing these clusters from disparate, piece-part components often outweigh any benefits gained.

IBM has designed the IBM System Cluster 1350 to help address these challenges. Now clients can benefit from IBM’s extensive experience with HPC to help minimize this complexity and risk. Using advanced Intel® Xeon®, AMD Opteron™, and IBM PowerPC® processor-based server nodes, proven cluster management software and optional high-speed interconnects, the Cluster 1350 offers the best of IBM and third-party technology. As a result, clients can speed up installation of an HPC cluster, simplify its management, and reduce mean time to payback.

The Cluster 1350 is designed to be an ideal solution for a broad range of application environments, including industrial design and manufacturing, financial services, life sciences, government and education. These environments typically require excellent price/performance for handling high performance computing (HPC) and business performance computing (BPC) workloads. It is also an excellent choice for applications that require horizontal scaling capabilities, such as Web serving and collaboration.

Common features Hardware summary

* Rack-optimized Intel Xeon dual-core and quad-core and AMD Opteron processor-based servers
* Intel Xeon, AMD and PowerPC processor-based blades
* Optional high capacity IBM System Storage™ DS3200, DS3400, DS4700, DS4800 and EXP3000 Storage Servers and IBM System Storage EXP 810 Storage Expansion
* Industry-standard Gigabit Ethernet cluster interconnect
* Optional high-performance Myrinet-2000 and Myricom 10g cluster interconnect
* Optional Cisco, Voltaire, Force10 and PathScale InfiniBand cluster interconnects
* Clearspeed Floating Point Accelerator
* Terminal server and KVM switch
* Space-saving flat panel monitor and keyboard
* Runs with RHEL 4 or SLES 10 Linux operating systems or Windows Compute Cluster Server
* Robust cluster systems management and scalable parallel file system software
* Hardware installed and integrated in 25U or 42U Enterprise racks
* Scales up to 1,024 cluster nodes (larger systems and additional configurations available—contact your IBM representative or IBM Business Partner)
* Optional Linux cluster installation and support services from IBM Global Services or an authorized partner or distributor
* Clients must obtain the version of the Linux operating system specified by IBM from IBM, the Linux Distributor or an authorized reseller

IBM System Cluster 1600

IBM System Cluster 1600 systems are comprised of IBM POWER5™ and POWER5+™ symmetric multiprocessing (SMP) servers running AIX 5L™ or Linux®. Cluster 1600 is a highly scalable cluster solution for large-scale computational modeling and analysis, large databases and business intelligence applications and cost-effective datacenter, server and workload consolidation. Cluster 1600 systems can be deployed on Ethernet networks, InfiniBand networks, or with the IBM High Performance Switch and are typically managed with Cluster Systems Management (CSM) software, a comprehensive tool designed specifically to streamline initial deployment and ongoing management of cluster systems.

Common features

· Highly scalable AIX 5L or Linux cluster solutions for large-scale computational modeling, large databases and cost-effective data center, server and workload consolidation

· Cluster Systems Management (CSM) software for comprehensive, flexible deployment and ongoing management

· Cluster interconnect options: industry standard 1/10Gb Ethernet (AIX 5L or Linux), IBM High Performance Switch (AIX 5L and CSM) SP Switch2 (AIX 5L and PSSP); 4x/12x InfiniBand (AIX 5L or SLES 9); or Myrinet (Linux)

· Operating system options: AIX 5L Version 5.2 or 5.3, SUSE Linux Enterprise Server 8 or 9, Red Hat Enterprise Linux 4

· Complete software suite for creating, tuning and running parallel applications: Engineering & Scientific Subroutine Library (ESSL), Parallel ESSL, Parallel Environment, XL Fortran, VisualAge C++

· High-performance, high availability, highly scalable cluster file system General Parallel File System (GPFS)

· Job scheduling software to optimize resource utilization and throughput: LoadLeveler®

· High availability software for continuous access to data and applications: High Availability Cluster Multiprocessing (HACMP™)

Hardware summary

· Mix and match IBM POWER5 and POWER5+ servers:
· IBM System p5™ 595, 590, 575, 570, 560Q, 550Q, 550, 520Q, 520, 510Q, 510, 505Q and 505

· IBM eServer™ p5 595, 590, 575, 570, 550, 520, and 510



· Up to 128 servers or LPARs (AIX 5L or Linux operating system images) per cluster depending on hardware; higher scalability by special order