1. 7 IBM Lietuva 2002

2. RS/6000 ® AS/400 ® S/390 ® NUMA-Q ® xSeries (With X-Architecture ™ technology Intel ® -based servers) pSeries (Performance UNIX ® servers) iSeries (Integrated Solution servers) zSeries (Zero Downtime servers) Yesterday: IBM Server Brands Today: A Powerful Single Brand Brand strategy change 2000!

3. is the fastest growing server segment. Intel-based servers are increasingly used for line-of-business applications...... driving the requirements for increaded performance high and availability! The Intel server market...

4. X-Architecture TM OnForever TM Availability Reliability and Serviceability Systems Management Industry Standards  4 way SMP  ECC Memory  Redundant Power / Cooling  Service Processor  Light Path Diagnostics  PFA  8 way SMP  Chipkill Memory  Active PCI  Adv. Service Processor  Systems Management  ESCON Connectivity Enterprise X-Architecture: Industry-Standards for the Enterprise ? Scalable Systems ? Physical Partitioning ? Scalability Port ? IA32 and IA64 ? Memory Mirroring ? Hot Swap ? Level 4 Cache Architecture ? Chipkill ? Redundant Bit Steering ? PCI-X I/O ? Remote I/O ("RIO") ? InfiniBand I/O XpandonDemand TM Scalability OnForever TM Availability Reliability and Serviceability Systems Management EXA Industry Standards EXA X-Architecture TM Enterprise

5.  Developed by IBM Research for NASA Pathfinder ('97 Mars mission)  Corrects single 4-bit errors and two 4-bit memory errors  Keeps server operational in spite of a full chip failure  Latest implementation has function on memory controller  Critical for applications with large amounts of memory ?Database server with 4GB of memory can take 8-12 hours to recover from a system failure  Is standard on IBM high-end servers  Competitors' Intel servers correct only single-bit errors Available Today Chipkill™ Memory

6.  Rapid identification of failing or failed components  Series of lights that lead from front operator panel to failing component  Helps minimize system downtime and improve servicing  Provided on x230, x232, x240, x250, x330, x340, x342, x350, x370 and a select number of the Point Solution offerings. Available Today Light Path Diagnostics™

7. PFADellHPCompaqxSeries Hardware: - HDD - Memory - CPUs - Fans - VRM - Power supplies Yes Software - OS - Middleware - Application Yes Available Today Predictive Failure Analysis® (PFA)

8.  Robust hardware design ?Highly reliable components ?"Zone" cooling  Designed for serviceability ?Tool-less installation/repair ? Blue touch points ?User-centric design ?Hot-swap design Mechanical Design

9. or this This... Cable Chaining Technology (C2T)

10. Establishing a new vector for Industry Standard Computing  Enterprise X-Architecture is where X-Architecture TM and the next generation IA-32 and IA-64 technology intersect and establish a new vector for Industry Standard computing  Enabling Mainframe Inspired capabilities in the areas of Availability, Scalability and Performance  Enterprise X-Architecture offers revolutionary investment protection capabilities by allowing customers to leverage and extend their server investments  Leveraging IBM's heritage and experience to extend the X-architecture technology blueprint

11. Convergence of Key Market Trends Summit Partitioning 4-Way Node Switched-Based Fabric I/O Modular Mechanical Packaging Drive to Rack Density Big SMP IA-32IA-64

12. Defining Enterprise X-Architecture  Technology building blocks ?Copper chip interconnects ?Silicon-on-Insulator substrates ?IBM Research & IBM Microelectronics  Known Server Characteristics ?NUMA ?Partitioning ?Multi-level caching  Industry Standard Compatibility ?IA-32 ?IA-64 ?PCI-X ?Infiniband ?Intel Processors ?SDRAM, DDR-DRAM, QP-DRAM SOI SiO 2

13. Project eLiza  eLiza is a major initiative to deliver systems that manage themselves. Building upon today's eServer self- managing leadership, which is the foundations for eLiza, the objective is to give customers the power to manage environments that are hundreds of times more complex and more broadly distributed than exist today. Self Diagnosing / Optimising  Determines the cause of an error as it happens and avoids the lengthy service times trying to recreate errors after the fact.  Lightpath Diagnostics allow for fast problem determination, by pinpointing the exact cause, or potential cause of a problem  Integrated Systems Management Processor constantly monitors the health and critical subsystems of the server, and can alert you of impending issues Self Healing  Chipkill, Redundant bit steering, ECC caches, system redundancies eliminate unnecessary service calls Self Configuring / Protecting  Auto Partitioning allowing a partitioned system to re-partition itself, in the event of a node failure, and bring the remaining nodes back online. Eliminates a failed subsystem from keeping the whole "system" unavailable. Many eLiza Capabilities Architected into EXA

14. Result: Efficient, Cost Effective Scalability with OnForever Reliability Raising the Technology Standard I/O Device - Storage I/O Device - Network I/O Device - Management XA Core Chip Set High-Speed Cache Enterprise X-Architecture... making industry-standard processors, memory, and I/O... better Processor  Scalable Systems  Physical Partitioning  Scalability Port  IA32 and IA64 Memory  Memory Mirroring  Hot Swap  Architecture  ChipKill  Redundant Bit Steering Input/Output (I/O)  PCI-X I/O  Remote I/O ("RIO")  InfiniBand I/O CACHE  Level 4 Cache  32 or 64MB Per Quad  High-Speed DDR Memory  Performance Enhancement

15. Flexibility for 32 and 64-bit processor technology, by utilizing an 80% common building-block design. I/O Device - Storage I/O Device - Network I/O Device - Management XA Core Chipset High-Speed Cache 32-bit Interface 32-bit I/O Device - Storage I/O Device - Network I/O Device - Management XA Core Chipset High-Speed Cache 64-bit Interface 64-bit Flexibility for the future - Designed-In

16. SMP Expansion Ports  Pay as you grow scalability  Affordable, Modular Node building blocks  Flexible SMP Partitioning  4, 8, 12, 16-way SMP Growth  High Speed Cluster Interconnect  Proven NUMA Technologies Mainframe Inspired Technologies XceL4 (L4) Cache Active Memory  Memory Mirroring  Dynamic Hot memory replacement  Propels Intel-based servers towards continuous operations  Dramatically increases up-time  Mainframe capability  Redundant Bit Steering Remote I/O  Proven high speed interconnect leveraged directly from RS/6000  Provides an interconnect between the processor system, and external I/O subsystems  Unmatched flexibility and near limitless expansion capability  Leverages existing investments while providing direct path to InfiniBand  Adds up to 64MB of Ultra High-Speed dedicated cache memory  Balanced design maximizing critical server subsystems  Provides high-speed communications between memory and processor subsystems  Optimized memory access for superior CPU / I/O performance  

17. Server Subsystem Growth

18. Memory Board 1-4Processors High-Speed L4 Access DIMMs Up to 64GB 400MHz FSB L4 Cache DDR Memory IA-32 or IA-64 1-3MB L3 Cache High-Speed PCI-X Devices EXA - XceL4 Cache Memory Solution Result: 15-20% Performance Improvement  Enterprise X-Architecture Adds Level 4 Cache ?Adds from 32 to 64MB of Ultra High-Speed dedicated CPU cache memory ?Balanced design maximizing critical server subsystems ?Provides high-speed communications between memory and processor subsystems ?New High-Performance processors can now work out of the L4 Cache, rather than competing with high-speed PCI-X adapters for main memory usage ?Optimized memory access for superior performance ?Allows high-performance PCI-X adapters, significantly better memory access ?Results in overall performance increase CongestionL4 Cache

19. Many Applications Require Access to Vast Amounts of Main Memory  Data Mining  Statistical Analysis  Financial Analysis Systems will Soon Have Access to 256GB of Main Memory, for In- Memory Databases, and Datasets With Business Critical Data in Memory, the Memory Subsystem must be Ruggedised Extreme Memory 250GB Increase

20. Active Memory  Propels Intel-based servers towards continuous operations  Dynamic Hot Swap DIMM memory replacement  Dramatically increases up-time  Mainframe capability and reliability  Memory Mirroring ("RAID-1M") enables Hot Swap Memory Double-Writes to Memory Dual Memory Cards Performance Advantage Chipkill Memory Subsystem  Systems will support up to 256GB of main memory  Requirement for better memory reliability to support In-Memory Databases  Chipkill Memory enables increased availability by detecting and correcting multiple-bit memory DIMM errors  Third-Generation Chipkill design (1: 7000 M10, 2: 7600/6000) Building a Better Memory Subsystem Memory ProteXion - Hot Spare Memory - Redundant Bit Steering  Redundant Bit Steering is similar to the "hot-spare" of a DASD Array  Utilises unused bits in each memory DIMM (hot spare bits)  Can utilise these spare bits in the event of a failure in a DIMM  Dramatically increased memory reliability, especially in multi-gigabyte main memory capacities with In-Memory databases 

21. Extending Active PCI to Memory

22. Memory ProteXion™ and ChipKill™ Memory

23. Scalability - when You need it

24. Scalability - Partitioning

25. The Industry's Only Bus-to-Bus Interconnect29

26. Virtual Computing Capabilities

27. Flexible Remote I/O (RIO) Capabilities

28. IBM ^ xSeries Portfolio