November 2010 Customer Presentation

November 2010 Customer Presentation
PRIMERGY Rack Server November 2010 Customer Presentation Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2009 FUJITSU TECHNOLOGY SOLUTIONS

Navigation PLEASE DELETE THIS SLIDE PRIOR TO PRESENTING
Dynamic Infrastructures PRIMERGY Portfolio Overview Proof Points (customer references, benchmark hall of fame) PRIMERGY RX100 S6 PRIMERGY Dual Socket Servers PRIMERGY RX200 S6 PRIMERGY RX300 S6 PRIMERGY RX600 S5 PRIMERGY RX00 S1 Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2009 FUJITSU TECHNOLOGY SOLUTIONS

Dynamic Infrastructures
Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2009 FUJITSU TECHNOLOGY SOLUTIONS

Dynamic Infrastructures
Enabling customers to make the most beneficial choices for their IT infrastructure From the traditional way of hardware purchase To optimized solutions to new ways of IT delivery and infrastructure managed by our experts Dynamic Infrastructures: flexible IT capacity to meet today’s business requirements increased efficiency higher agility enhanced reliability Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2007 FUJITSU LIMITED

Rock Solid Base for Dynamic Infrastructures
PRIMERGY servers deliver high quality, represent a rock solid base, state-of-the-art technology and competitive features and costs PRIMERGY servers are the best answer to the do-more-with-less challenge PRIMERGY deliver Industry standard architecture Improved operational efficiency Reduced TCO The foundation for Dynamic Infrastructures Base for Fujitsu’s business process solutions FlexFrame ETERNUS CS x10sure Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2009 FUJITSU TECHNOLOGY SOLUTIONS

PRIMERGY Portfolio Overview

Servers for Dynamic Infrastructures
Full line of Industry Standard Servers for SME, Branch Offices and Datacenter needs Certification and Support for Operating Systems & Applications ServerView Management Suite Components, PRIMECENTER Rack, Storage, Infrastructures Common Infrastructure and Services Consult Design Build Maintain Operate Blade Server BX Tower Server TX / MX Rack Server RX Cloud Server CX MX130, TX100, TX120, TX150, TX200, TX300 RX100, RX200, RX300, RX600, RX900 BX400 / BX900 with SX960 BX920, BX922, BX924, BX960 CX1000 with CX120 / CX122 Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

Racks from Entry to High-end
Less complexity by strong use of identical components: HDD, h/p PSU, LAN, RAID, … Expandability & Performance Hot –Plug fans Increased availability through Hot-Plug PSU ECC / RAID Limited Manageability ECC / RAID Full integration in Server View Management Suite (iRMC) Increased data security through Hot-Plug HDD Ready for Virtualization Mono Dual Quad 8-socket RX100 RX200 RX300 RX600 RX900 Entry level price / performance Maximum performance at minimum space High expandability, performance and reliability High virtualization performance and mission-critical reliability Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

Why Rack Servers? No compromises with PRIMERGY Rack servers
Easy management Enables IT managers to control servers from a central unit, freeing up resource for more strategic, value-add projects Maximizes space Consolidates existing tower servers and network resources and minimizes the required floor space Get rid of complex cabling Simplifies cabling among network components Energy efficiency Improve the energy efficiency of your IT operation with state of the art rack servers and optimal cooling Lower TCO Reduces costs by enhancing the transparency of the server infrastructure Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

PRIMERGY RX100 S6 At A Glance
Highly modular, cost optimized multi usage rack server Optimal performance – optimal price Main Usage Scenarios Performance: Latest generation Intel ® mono-processor platform Small formfactor yet expandable: 1U housing Up to 32GB of RAM 2x 3.5" or 4x 2.5” SAS/SATA hot-plug hard disks 3x Gen 2 PCIe slots Power efficiency: power supply unit with 88% efficiency (CSCI silver) Enhanced iRMC S2 power consumption management Application and Utility Server Infra-structure Server Web-hosting Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

Maximum performance in a 1U housing The ideal 1U hosting and virtualization platform Main Usage Scenarios Full performance in a 1U rack server Latest generation Intel® Xeon® Processor 5600 series SAS 2.0 (6 Gb/s) support Energy saving Highly efficient power supplies with 92% efficiency High redundancy and data security Redundant and hot-plug fans and power supplies Modular RAID concept Best in class remote management On board iRMC S2 controller together with ServerView Suite Ideal infrastructure platform Virtua-lization Small databases Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

Your reliable foundation for virtualization in the datacenter The 2U Powerhouse Main Usage Scenarios Focus on performance Latest Intel® Xeon® Processor series Focus on redundancy and data security Redundant and hot-plug fans and PSUs Modular RAID concept Focus on expandability Up to 192 GB memory and 7 PCIe slots for maximal I/O bandwidth Focus on energy efficiency PSUs with efficiency levels of 92% Focus on manageability Virtualization Medium-sized databases Business appli-cations Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

The platform for the really critical applications in your company. Scalability and balanced composition to ensure your growth Main Usage Scenarios More consolidation options Up to 512 GB DDR3 memory 2x the capacity and up to 9x the bandwidth of the last generation Handle high data loads Up to 8-core Intel® Xeon® processor series for significant performance increases Prepared for high-end virtualization 8x PCIe 2.0 and 2x PCIe 1.0 for maximum I/O bandwidth and scalability Run your critical applications Processor RAS with Intel® Xeon® processor 7500 series Large scale Virtualization Critical back-end services Corporate business workloads Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

The PRIMERGY RX900 S1 starts where quad socket servers ends up The x86 Host-of-Choice for mission critical scale-up workloads Main Usage Scenarios Large-scale SMP single partition, choice of 4, 6 or 8 CPU configurations Nehalem EX (8core) processors with Intel QPI Link architecture High Availability RAS features MCA Architecture Multiple Memory mirroring modes Hot-plug PCI slots High I/O capacity 14x PCIe lane + 2 x PCIe2.0 4 High connectivity 2 x onboard 10 Gbit Eth ports 6 x onboard 1 Gbit Eth ports Glue-less Architecture Scales up inside the chassis w/o infrastructure rack changes Low latencies Large scale Virtualization Mission Critical large back-end services Corporate business workloads Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

PRIMERGY RX - Overview Model RX100 S6 RX200 S6 RX300 S6 RX600 S5 Type
1-socket rack server 2-socket rack server 4-socket rack server Height units in rack 1 U 2 U 4 U Processors 1x Intel® Xeon®, Intel® Pentium®, Intel® Core™ i3 or Intel® Celeron® processor Up to 2 x Intel® Xeon® processor 5500/ 5600 series Up to 4x Intel® Xeon® processor 7500 series Memory 4 memory slots 1-8 GB (4x 1-2 GB) UDMIMs or 1-32 GB (4x1-8 GB) RDIMMs 12 memory slots GB (12x16 GB) RDIMMs or 2-24 GB (12x2 GB) UDIMMs; LV DIMMs 18 memory slots 2-192 GB (12x16 GB) RDIMMs or 24 GB (12x2 GB) UDIMMs; 16 memory slots on 2 memory boards per CPU=> up to 64 memory slots with 4 CPUs, 2GB, 4GB, or 8GB DDR3 DIMMs =>max 512 GB I/O Slots 1x PCIe Gen2 x4, 2x PCIe Gen2 x8 5x PCIe Gen2 x4, 2x PCIe Gen2 x8 3x PCIe Gen2 x4, 4x PCIe Gen2 x8, 1x PCIe Gen2 x16, 2x PCIe x4 Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2007 FUJITSU LIMITED

PRIMERGY RX - Overview Model RX100 S6 RX200 S6 RX300 S6 RX600 S5 RAID
RAID 0, 1 onboard, 5/6 optional RAID 0/1/5/6 optional Maximum number of hot-plug HDDs (HDD size in inches) HDD SATA 3.5-inch TB HDD SAS 3.5-inch GB HDD SATA 2.5-inch GB SSD SATA 2.5-inch 32 / 64 GB HDD SAS 2.5-inch 73 /300 GB HDD SATA 2.5-inch 160 / 500 GB HDD SAS 2.5-inch 73 / 146 / 300 GB HDD SATA 3.5-inch GB HDD SATA 3.5-inch 1 / 2 TB HDD SAS 2.5-inch GB HDD SATA 2.5-inch GB Power Supply 350 W/ 88% 450 W/ 92% 770 W/ 89% 800 W/ 92% 850 W/ 92% OS Support Microsoft® Windows®, SUSE and RedHat Linux, VMware Microsoft® Windows®, SUSE and RedHat Linux, VMware, Citrix Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2007 FUJITSU LIMITED

PRIMERGY Rack Server Proof Points
Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2007 FUJITSU LIMITED

Usage Scenario: Efficiency
OMV: Technology refresh with PRIMERGY Servers across more than 20 countries The Customer The leading energy group in the European growth belt Ranks among Austria’s largest publicly traded industrial companies The Aim Server modernization Maximum performance with industry-standard server technology Worldwide availability and support The Solution Installation of PRIMERGY RX200, RX300 and RX600 servers at OMV locations in more than 20 countries Logistics and customs processing, maintenance with country-specific service levels The Benefits Significant cost reductions Increased energy efficiency of the data centers Optimum support for business processes with the most recent processor technology »The product design of the PRIMERGY servers enables us to achieve significant energy savings in our data centers.« Christian Berndl, Head of Data Center IT, OMV Solutions GmbH Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

Usage Scenario: High Performance
The RWTH Aachen University opts for PRIMERGY RX200 in pursuit of excellence. The Customer The RWTH Aachen ranks among Germany‘s leading technical universities Some students and 450 professor The Aim Maintain and make available high-performance computing functionality for technological and scientific applications (e.g. for very large-scale simulation models) The Solution High-performance computer cluster consisting of 250 compute nodes based on PRIMERGY RX200 and an InfiniBand Network The Benefits Market leading processor technology High-speed processing of very large volumes of data Reliable platform for operation of computer clusters »The high-performance system based on PRIMERGY servers gives our students and faculty the resources they need for very large-scale simulation models.« Dr. Thomas Eifert, Project Manager, RWTH Aachen Center for Computing and Communication Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

Usage Scenario: Virtualization
European Commodity Clearing (ECC): Consolidation and virtualization enable high degree of agility . The Customer Leading location for energy trading in Europe More than 200 trading partners from 20 countries use the platform to trade in electricity, natural gas, CO2 emission rights and coal The Aim Optimization of server and storage provision Improvements in flexibility of IT operations and high availability for all business-critical applications The Solution Implementation of server virtualization with VMware Infrastructure on PRIMERGY RX300 NetApp cluster solutions for data consolidation The Benefits Improvements in the high level of availability and flexibility Optimized resource utilization thanks to innovative virtualization technology Reduction of the workload involved in IT operation »The goal of consolidating and virtualizing our IT infrastructure was to ensure a high degree of flexibility in providing IT resources. « Ralf Hönemann, Head of Information Technology, European Commodity Clearing AG, Leipzig Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

Leading Performance Performance for all business tiers – select your favorite. PRIMERGY Server - Hall Of Fame 2008 2009 2010 Processor Performance Calculation, HPC # 1 RX300 S6 TX300 S6 TX150 S7 RX300 S5 TX300 S5 WEB 2.0 / Web 3D Commerce, Content, Communities # 1 RX100 S5 TX300 S6 BX922 S2 Virtualization VMware RX300 S6 RX600 S5 BX924 S2 BX960 S1 # 1 RX200 S5 This is an excerpt about PRIMERGY servers - the “Hall of Fame”, which summarizes the No. 1 positions of PRIMERGY servers in various industry standard benchmarks. Rather than referencing the benchmark specific definitions, we sorted them and aligned them along the Software related application disciplines , that can benefit from those benchmarks, i.e. a VMmark benchmark relates to usage of VMware Virtualization, a SAP benchmarks relates to ERP / CRM Applications, or a SpecInt/SpecFP benchmark relates to Business Analytics, whereas a SpecWeb bench will have its benefits in Web 2.0 E-Commerce and E-Communities applications. Business Intelligence Integer performance, Business Analytics # 1 RX600 S4 RX300 S5 Business Applications ERP / SCM, CRM RX300 S6 TX300 S6 BX922 S2 BX960 S1 # 1 RX300 S5 Database Processing Transactional, HPC # 1 RX600 S5 RX900 S1 RX600 S4 RX300 S5 Energy efficiency Performance/Watt # 1 RX100 S5 CX1000 TX150 S7 22 Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2009 FUJITSU TECHNOLOGY SOLUTIONS 22 22

PRIMERGY Mono Socket Servers

Enriched Feature Set Benefit from the new PRIMERGY RX100 S6
Intelligent server management Less power consumption Cool-safe™ housing design Improved performance ServerView – The integrated solution for “Server Life Cycle Management” Integrated Power Management via iRMC S2 - controls server power consumption Reduced power consumption due to selected components, such as CPU, memory, hard disks and efficient power supply units An optimized housing concept: lower cooling costs, increased system stability and lower failure rates Intel® Xeon® Processor 3400 series: Maximized performance through new CPUs and enhanced memory features Latest technologies – SAS 2.0 SSD drives Gen2 PCIe slots Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2007 FUJITSU LIMITED

PRIMERGY RX100 S6 - Positioning
PRIMERGY RX100 S6: highly modular, cost optimized multi usage rack server One PRIMERGY look for consistent branding and serviceability: Honeycomb ventilation design Customer self-service module System ID card Front VGA as option Green touch points Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2009 FUJITSU TECHNOLOGY SOLUTIONS

PRIMERGY RX100 S6: highly modular, cost optimized multi usage rack server Performance: Intel® Xeon® processor 3400 series High I/O performance with Gen 2 PCIe slots Availability: Up to 4 2.5” SAS/SSD/SATA hot-plug hard disks Expandability: Up to 32GB of RAM 2x 3.5" or 4x 2.5” SAS/SATA hot-plug hard disks 3x Gen 2 PCIe slots (1x for mod. RAID) Power efficiency: Enhanced standard power supply unit: 88% efficiency (CSCI silver) Enhanced iRMC S2 power consumption management function set Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2009 FUJITSU TECHNOLOGY SOLUTIONS

PRIMERGY RX100 S6: Usage Scenarios
RX100 S6 offers a customer a very broad range of usage possibilities Low cost rack server with pricing similar to PC A rack-optimized solution from single function to complex front-end applications For server farms, branch offices, shops, departments, workgroups, … Application areas Business applications Point-of-sales applications File / print server Web hosting, video streams, media applications, life & material sciences Infrastructure server for WINS, directory services, DNS, DHCP, … Utility server: domain controller, gateway, web apps, firewall Usage as virtualization host: Hyper-V is supported VMware still to be decided Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

Configuration Advisor
Choosing the right PRIMERGY RX100 S6 system Maximum cost-saving Top performance Dual-Core Clarkdale Processors (under Intel NDA) Standard power supply unit (PSU) with low energy consumption: 350W Energy Star certification planned for price list release Up to 16GB of RAM (UDIMMs) low cost memory 2x 3.5" SATA HDD baseunit Embedded SATA controller Intel® Xeon® 3400 processor series Up to 32GB of RAM (RDIMMs) Maximum performance 4 x 2.5" SSD/SAS HDDS RAID 5/6 SAS RAID controller CSS or VGA + USB as option Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

Memory Configuration Advisor
Choosing the right memory for your PRIMERGY RX100 S6 Registered DIMMs (RDIMMs) Unbuffered DIMMs (UDIMMs) Capacities available: 4GB, 8GB (8GB only on special release) Up to 4 modules can be configured Only configurable with Intel® Xeon® processors 3400 Capacities available: 1GB, 2GB and 4GB Up to 4 modules can be configured Configurable with all Intel processors in RX100 S6 price list Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

RX100 S6 Versions 2 different HDD formats (base units) – 2 different front options HDD 2 x 3.5" HDDs or 4 x 2.5" HDDs base units Service CSS or VGA + USB as option Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

PRIMERGY RX100 S6 - Inside View
CSS or VGA front panel + ODD 2x PCIe Gen2 x8 + 1x PCIe Gen2 for modular RAID Xeon ®, Pentium ® or Celeron® CPU + 4x DIMM 2x 3.5" SAS/SATA HDD or 4x 2.5" SAS/SATA/SSD HDD Standard PSU CSCI Silver Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

PRIMERGY Dual Socket Servers

Energize Your Business
Keeping Costs Down The Objective High Energy Bills Best Use Of Performance The Challenges Next Generation PRIMERGY Servers For Efficient Work Places & Data Centers Best use of performance: Companies face the challenge that their server HW has a high performance level which they cannot use fully. The aim therefore is to optimize the usage of underutilized hardware e.g. by virtualization. The Solution Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

The Answer: PRIMERGY Dual CPU Servers
Addressing your major IT challenges Do more with less Lower Total Cost of Ownership More effective virtualization Higher scalability . Optimize your business’ processes Increase performance Up to 6 processor cores with latest generation Intel® Xeon® processor Top memory expandability up to 192 GB Highest data transfer rate with SAS 2.0 interface Increase your business’ responsiveness Lower power consumption Top energy efficiency with 92% efficient power supply units Advanced power management functions Leading-edge engineering: Cool-safe™ Save energy and costs Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2009 FUJITSU TECHNOLOGY SOLUTIONS

Cutting Edge Performance Features
Low on consumption – high on performance For faster execution Intel® Xeon® 5600 series Huge memory capacity of up to 192 GB for virtualization / database Low latency for transactional tasks SSD support For speedy data access 6 Gb/s SAS (SAS 2.0) Cut virtualization overhead with state-of-the-art I/O features Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2009 FUJITSU TECHNOLOGY SOLUTIONS

Dual S6: Best in class benchmarks
PRIMERGY – best in class for a variety of applications Benchmark results published by Intel at launch of new Xeon 5600 Series* *Source: Results published as of March 16, Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

PRIMERGY Dual S6 Servers – Hall Of Fame
Next generation PRIMERGY servers: impressive results in all application areas SAP® Sales and Distribution (SD) Standard Application Benchmark SPECWeb®2005 Server: PRIMERGY RX300 S6 Number one two socket result Result: SAP SD users/ SAPS Server: PRIMERGY TX300 S6 Highest SPECWeb2005 result ever Result: SPECint®/ SPECjbb®2005 Source: All results have been published on March 16, 2010 For more details: and SPEC® and the benchmark names SPECint®, SPECweb® and SPECjbb® are registered trademarks of the Standard Performance Evaluation Corporation.; SAP and the SAP logo are registered trademarks of SAP AG. Server: PRIMERGY RX300 S6 Number one x86 two socket result Result: 38,9 (SPECint_base2006) BOPS (SPECjbb2005) Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

Memory Matters In PRIMERGY Dual CPU Servers
Configure the optimal memory setting for your needs Memory types Configuration options Step 1: Choose the right type of memory for your needs. For high performance requirements Registered DIMM (RDIMM), up to 192GB For small scale memory configurations with a price focus Unbuffered DIMM (UDIMM), up to 24GB For configurations focusing on energy efficiency Low Voltage DIMM (LV RDIMM) Step 2: Choose among the following options to optimize your memory configuration Performance Channel Mode For highest performance Spare Channel Mode For performance coupled with highest security Mirrored Channel Mode For high security levels Independent Channel Mode For full flexibility Further details on memory configurations are available on the Extranet: Whitepaper (to be updated): Memory Types: Registered DIMM (RDIMM): uses local registers and buffers on the SDRAM to ensure reliable signaling and thus improved reliability for read/write actions Unbuffered DIMM (UDIMM): The more simple UDIMM construction means that they are cheaper and use slightly less energy. Unbuffered modules, due to their simple construction, have a lower maximum capacity and can only be used in 1DPC or 2DPC configurations. Low Voltage DIMM (LV RDIMM) Configuration Details: Spare Channel Mode: Each bank is either empty or configured with three DIMM strips (same type and same capacity). Only the DIMM strips in channels A and B (or D and E) are used. Channel C (or F) has the spare should a strip be faulty. The mode must be explicitly specified in the BIOS. Mirror Channel Mode: Only the channels A and B (or D and E) are used per bank which must be configured with DIMM strips of the same type. All the slots in channel C (or F) remain empty. The hardware mirrors the memory contents transparent for operating system and applications. The effective physical main memory is only half the configured capacity. A failed DIMM strip does not result in system downtime. The mode must be explicitly specified in the BIOS. Performance Mode: Each bank is either empty or configured with three DIMM strips (same type and same capacity). This configuration enables optimal interleaving via the three memory channels. Independent Channel Mode: all other configurations fall into this category. Each slot can be assigned with any DIMM strip from the types listed below as long as unbuffered and registered modules are not mixed. Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2009 FUJITSU TECHNOLOGY SOLUTIONS

Fibre Channel over Ethernet (FCoE)
FCoE increases performance and decreases costs in data centers Situation in Datacenters Advantages of FCoE Data centers need to increase performance and also keep costs to a minimum Running an Ethernet-based LAN and an FC-based SAN (Storage Area Network) over separate infrastructures is: Expensive SANs have extensive cabling Heavy virtualization needs a lot of physical I/O leading to a lot of cables Slower than using FC over the same LAN infrastructure Increases performance up to 10Gbit/s Lowers costs by bringing together Fibre Channel and Ethernet in the same adapter and ToR (Top of Rack) switch enables consolidation of storage and networking I/O reduces the number of adapters, cables and switch ports used in servers reduces data center power and cooling costs Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

. . . . . . FCoE At A Glance Without FCoE With FCoE Server Server LAN
FCoE CNA adapter Ethernet adapter Fibre Channel adapter LAN switch SAN switch ToR switch LAN SAN LAN SAN . . . . . . Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

Faster Access To Your Data - 6 Gb/s SAS
6 Gb/s SAS (SAS 2.0) enhances the performance introduced with first-generation SAS devices. Advantages of 6 Gb/s SAS (SAS 2.0) For speedy data access: doubles current transfer rate with 6 Gb/s signaling Faster and more HDDs can be attached to a single controller For full flexibility: backwards compatibility with existing SAS/ SATA systems, with 1,5Gb/s or 3Gb/s More value for your money: More efficient usage of available bandwidth vs. SAS 1.0 Improved bandwidth to power consumption ratio Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2009 FUJITSU TECHNOLOGY SOLUTIONS

Best Fit For Your Business Processes
Comparing HDDs with SSDs: choose the one that best fits your needs Performance SAS interface for high bandwidth High capacity Value for money: Good price/ Performance ratio Performance Low latency Flash memory Energy Saving Low power consumption Prevent data loss and downtime No mechanical parts Less heat dissipation HDD SAS Interface – high bandwidth High capacity Good price/performance ratio SSD No mechanical parts Low power consumption Flash Memory Low latency Less heat dissipation Traditional HDD SSD For further information see whitepaper : Whitepaper HDDs or SSDs Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

Lower Power Consumption

Lowering The Energy Costs Of Your IT Operations
Latest technology to lower your energy consumption. Lower your energy consumption with 92% efficient PSUs, Low voltage (LV) DIMMS and SSDs Keep the performance and reduce energy consumption with Intel® Xeon® 5600 series Control your power consumption with enhanced Power Management Since the real savings in terms of power consumption heavily depend on the application and the configuration the following values do only have guiding character: General Message: Decrease in power consumption means as well a decrease in cooling requirements. These two aspects decrease energy costs (less power needed, less air conditioning And: Failure rates of components need to be taken into consideration; Rule of thumb: 10°C more heat halves the MTBF (Mean Time Between Failure), i.e. less heat means longer lifetime Improved and enhanced Server Power Managment features: Power Safeguard Power Consumption Limiting Usage of CSCI Gold PSU with 92% efficiency for RX and TX systems: up to 3% more efficiency in comparison to the former silver standard PSUs with 89% efficiency 92% (or higher) efficient PSUs for BX900 planned for B/2011 Intel Xeon 5600 series (Westmere): 32nm technology Available as well as low voltage CPU Highly efficient VRMs (voltage regulator moduls): reduced power usage (approx. 4% for CPU) leads to decreased need for cooling, i.e. less heat sinks, cost optimization; competitors still use heat sinks to cool CPU and memory internal classification scheme for VRMs: in line with classification for PSUs, i.e. bronze/ silver/ gold standard with different efficiency levels (85%/ 89%/ 92%) LVDIMM support: measurements still ongoing SSD support SSDs consume only 5-6% of the power a standard HDD would need when being under load Power consumption (active/ standby) 3,0/ 0.06 W Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2009 FUJITSU TECHNOLOGY SOLUTIONS

Less Power – Same Performance
Performance per watt comparison between PRIMERGY RX300 S5 and PRIMERGY RX300 S6 One generation makes the difference Low voltage CPUs Highly efficient voltage regulators PERFORMANCE 330 W 233 W ~30% less power same performance Source: Fujitsu performance per watt comparison using SPECint_rate_base2006 operations between a PRIMERGY RX300 S5 and a PRIMERGY RX300 S6. Performance tests and ratings are measured based on specific configurations. Any difference in system hardware or software design or configuration may affect actual performance. SPEC® and the benchmark name SPECint® are registered trademarks of the Standard Performance Evaluation Corporation. Results for RX300 S5; Results for RX300 S6 Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

Less Servers – Less Energy Consumption
The perfect combination to lower costs: less servers to handle your workloads and improved performance/ power ratio Power Idle Power 100% load Performance/ Power ~ 20 servers 2003 ~ 12 servers 2004 ~ 4 servers 2006 ~ 3 servers 2007 ~ 2 servers 2009 1 server 2010 Based on Fujitsu internal measurements 47 Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

Good Reasons for a Refresh
Why wait with a refresh? Next generation PRIMERGY servers allow for a refresh ROI within 1 year. Refreshing Your Datacenter Refresh ROI: ~ 1 year Refreshing your 3 year old server hardware now means: Less servers Less energy costs Less datacenter space and cooling Less administration and service costs Performance leap: 3:1 refresh ratio Reduced energy consumption Up to 30% less energy consumption 2010: PRIMERGY RX300 S6 2007: PRIMERGY RX300 S4 Source: Results have been estimated based on internal Fujitsu analysis (assumption: refreshing a datacenter with 30 servers of the PRIMERGY RX300 S4) and are provided for informational purposes only. Any difference in system hardware or software design or configuration may affect actual performance. Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

High Availability with Power Safeguard
Enhancing your system‘s availability Reduce your energy consumption Keep your server running PRIMERGY RX200 S6 is available with a redundant 450 Watt CSCI GOLD PSU (92% efficiency) Advantages System runs in optimum efficiency range Decrease in energy consumption 450W PSU provides sufficient power even for larger configurations New power management feature first introduced for PRIMERGY RX200 S6: Power Safeguard PRIMERGY RX200 S6 can be configured with 2x 450 Watt PSU in 1+1 redundancy mode Power Safeguard feature ensures system uptime Automatically limits the CPU p-state and memory cycles to the lowest level in case not enough power can be supplied Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2009 FUJITSU TECHNOLOGY SOLUTIONS

Proven Solutions for Energy Efficiency
PRIMERGY Cool-safe™: maximum performance - lower failure rates Honey Comb Design Cool-safe™ Airflow Channels Fans Design Complete PRIMERGY family is now available in honey comb design with improved ventilation throughput Conduct the airflow to where it is needed most in the system Big fans cool CPUs and memory more effectively and more quietly +40% Power Supplies Cable-less design Server Management PRIMERGY Cool-safe™ Design Advantages of Cool-safe™ An unreliable system costs time and money. That is why PRIMERGY engineers do everything possible to make sure that the server keeps on going. Before we go on, keep 3 key points in mind: 1. 10°C more heat halves the MTBF (Mean Time Between Failure) 2. Reducing temperature of electronic components by 15°C doubles component lifetime 3. Reducing temperature of mechanical components by 10°C doubles component lifetimes This suggests that there is a clear correlation between operating temperatures and failure rates. Maintain Performance Increase efficiency, i.e. prevent wasting money Honeycomb Design: 40% improved ventilation throughput EPA compliant power supplies with up to 92% efficiency Minimization of obstructions for appropriate cooling of the system ServerView™ power management for active power limitation with Intel® Xeon® processor series Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2009 FUJITSU TECHNOLOGY SOLUTIONS

Tough Reality - Cool-safe™ @ Work
PRIMERGY servers do the job – even under unfavorable conditions. Pictures of a 3 year old PRIMERGY RX200 returned for standard maintenance Trouble-free operation despite adverse conditions Optimal cooling of the server even with layers of dust Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

Power Management ServerView™ Power Management manage power & cooling demands Power Consumption Monitoring Power Consumption Limiting Using the onboard „Integrated Remote Management Controller“ Can be used either for single servers or pools of servers Shows actual, min./max. & average power utilization Adaptive power management through user-defined thresholds Power Consumption Controlling The administrator can centrally schedule, when a server is powered on or off Running servers can additionally be put into different p-states to save power whenever possible Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

Your Environmental Guarantees
Double environmental certification for product rating: Energy Star & Fujitsu‘s Green IT label All PRIMERGY servers of the next generation are granted the 3 star rating, i.e. the highest rating category of the label. Fujitsu‘s own Green IT label exceeds current industry standards and includes Energy Star Green IT Your independent confirmation of our environmental commitment: Energy Star compliant configurations are available for the PRIMERGY Dual S6 servers Energy Star About the GREEN IT Logo: The label uses a simple three-tier system to show how green each product is – ranging from one star through to the highest three-star accolade. To achieve a green label, products must fulfil a number of crucial criteria related to production methods, materials, recycling and energy efficiency. The highest, three-star ranking is awarded only to products which fulfill extremely stringent requirements - far above and beyond what is required by law or by other current industry labels. About the Energy Star certification: Energy Star certified servers Reduce costs associated to power consumption Energy Star 1.0 servers: on average 30% more energy efficient than standard servers1 Energy Star 5.0: meet energy use guidelines in off and idle modes of operation1 Prevent greenhouse gas emissions and thus reduce the carbon footprint Provide a guideline to customers when looking for energy efficient hardware Stringent Energy Star criteria Applied up to now only to Small-Scale Servers (Energy Star 5.0) Are now also available for Enterprise Servers (Energy Star 1.0) Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2009 FUJITSU TECHNOLOGY SOLUTIONS

PRIMERGY RX200 S6: Maximum performance in a 1U housing The ideal 1U hosting and virtualization platform Full performance in a 1U rack server Latest generation Intel® Xeon® Processor 5600 series SAS 2.0 (6 Gb/s) support Energy saving Highly efficient power supplies with 92% efficiency High redundancy and data security Redundant and hot-plug fans and power supplies High memory protection levels with mirroring, hot-spare, ECC Modular RAID concept Best in class remote management On board iRMC S2 controller together with ServerView management suite Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2009 FUJITSU TECHNOLOGY SOLUTIONS

PRIMERGY RX200 S6 – Usage Scenarios
PRIMERGY RX200 S6 – Maximum performance in a 1U housing Ideal Infrastructure platform: Full performance in a 1U chassis Easy administration with integrated remote management (ServerView suite) High redundancy with hot-plug and redundant PSUs and fans Virtualization and small database platform Full performance in an ultra-compact form factor Up to 2 latest generation Intel® Xeon® processors 5600 series Up to 192GB of RAM Connect a 10Gb LAN for best I/O virtualization Database applications, ISP applications, hosting of infrastructure services Provides the reliability you need even for business-critical processes Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2007 FUJITSU LIMITED

RX200 S5 / S6 - Functional Differences
Item RX200 S5 RX200 S6 Chipset Intel® 5500 with QPI Intel® 5500 QPI Processor Intel® Xeon® 55xx with HT + TB 2-/4-Core Intel® Xeon® 55xx/56xx with HT + TB, 2-/4-/6-Core Main memory UDIMM / RDIMM max. 96 GB DDR3 RDIMM 3 x 2 DIMMs / CPU, hot-spare UDIMM / RDIMM / LVDIMM Max. 192 GB DDR3 RDIMM, 3x 2 DIMMs / CPU, hot-spare Admin. Integrated CSS-module standard Fan 5 + 1 double fans hot-plug PSU 1(+1) hot-plug PSU 770W, 89% (CSCI silver) 1(+1) hot-plug, 770W, 89% silver 1(+1) hot-plug, 450W, 92% gold, Power Safeguard I/O 3x PCIe Gen2 (1x mod. RAID) SAS Support for SAS 1.0, 3Gbit/s Support for SAS 2.0, 6Gbit/s Max. # HDD 6 x 2.5” + 1x CD/DVD or 8 x 2.5” Connectors Front VGA standard USB: 3 x rear, 3 x front FSB := Front Side Bus QPI := QuickPath Interconnect HT := Hyper Threading (2 Threads per core for all CPUs with 8 MB 3rd level cache) TB := Turbo Boost for all CPUs with 8 MB 3rd level cache (depending on actual CPU states and temperatures, some or all cores may be run at a frequency that is higher than the nominal one; 2/2/3/3 are the available frequency bins (+133 MHz) of Intel® Turbo Boost Technology that are available for 4, 3, 2, 1 active cores respectively). Hot-spare: uses 3 channels per CPU (2 active, 1 as spare) CSS := Customer Self Service Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2009 FUJITSU TECHNOLOGY SOLUTIONS

PRIMERGY RX200 S6 – Inside View
Clean design for easy serviceability and improved cooling 1 x STD half-length PCIe Gen2 1 x LP half-length PCIe Gen2 12x DDR3 memory slots (6 per CPU) 1-2 Dual-, Quad- or Six-Core Intel® Xeon® 5500 or 5600 series processors 5 + 1 hot-plug fans 6 (or 8) x 2,5” hot-plug SAS or SATA hard disks 3x LEDs 2x RS-232-C 3x USB 1x VGA 2x RJ45 Gbit LAN 1x RJ45 Service LAN 3x USB 1x VGA LSD or LSP CD or DVD-RW LEDs, switches BBU for RAID 5/6 Controller 1x modular RAID-Card 1 + 1 hot-plug PSU Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

The right platform for your needs in virtualized as well as physical environments. The 2U all-round powerhouse Focus on performance Latest Intel® Xeon® Processor 5600 series Focus on redundancy and data security Redundant and hot-plug fans and PSUs Modular RAID concept High memory protection levels (mirroring, hot-spare, ECC Focus on expandability 7 PCIe slots for maximal I/O bandwidth Up to 192 GB memory Focus on energy efficiency PSUs with efficiency levels of 92% Focus on manageability Easy and flexible management of virtual as well as physical resources Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2009 FUJITSU TECHNOLOGY SOLUTIONS

PRIMERGY RX300 S6 – Usage Scenarios
PRIMERGY RX300 S6 – The 2U all-round powerhouse Ideal virtualization platform No performance bottlenecks Up to 2 latest generation Intel® Xeon® processors 5600 series Up to 192GB of RAM Connect a 10Gb LAN for best I/O virtualization Ideal platform for business critical applications and and medium-sized database Ensure uptime of your server and data security with best in class security features Redundant fans and power supplies High performance for high productivity Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2007 FUJITSU LIMITED

RX300 S5 / S6 - Functional Differences
Profit from new, improved attributes of the PRIMERGY RX300 S6! Item RX300 S5 RX300 S6 Chipset Intel® 5520 with QPI Processor Intel® Xeon® 55xx with HT + TB 2x Intel® Xeon® processors 5500 and 5600 series Main memory 144 GB DDR3, 3 x 3 DIMM sockets per CPU, hot-spare 192 GB DDR3, 3 x 3 DIMM sockets per CPU, hot-spare; UDIMM, RDIMM, LVDIMM Fans 5 + 5 hot-plug fans, 75 mm, lowered noise level 4+1 hot-plug fans, 75 mm, lowered noise level PSU 1x hot-plug PSU 800W, optional 2nd PSU (red.), 89% or 92% efficiency (EPA compliant) 1x hot plug PSU 800W, optional 2nd PSU for redundancy, 92% power efficiency (EPA compl. CSCI GOLD) I/O PCIe Gen2: 2x x8 slot notched for x16, 5x x4 (or 1x x4 + 2 x x8) PCIe Gen2: 2 x x8 slot notched for x16, 5 x x4 (or 1 x x4 + 2 x x8) Max. # HDD 2.5“ SAS/SATA: 8 x or 12 x SAS 2.0 for 8 HDD variant 2.5“ SAS/SATA/SSD: 6x/ 8 x or 12 x (SAS 2.0) (depending on base unit) Connectors Front VGA option USB: 4 x rear, 3 x front, 3 x int. FSB := Front Side Bus QPI := QuickPath Interconnect HT := Hyper Threading (2 Threads per core for all CPUs with 8 MB 3rd level cache) TB := Turbo Boost for all CPUs with 8 MB 3rd level cache (depending on actual CPU states and temperatures, some or all cores may be run at a frequency that is higher than the nominal one; 2/2/3/3 are the available frequency bins (+133 MHz) of Intel® Turbo Boost Technology that are available for 4, 3, 2, 1 active cores respectively). Hot-spare: uses 3 channels per CPU (2 active, 1 as spare) Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2009 FUJITSU TECHNOLOGY SOLUTIONS

PRIMERGY RX300 S6 – Inside Clean design for easy serviceability and improved cooling 4 + 1 hot-plug fan drawer 18x DDR3 slots (9 per CPU) BBU for RAID 5/6 Controller 2x PCIe Gen2 x8 5x PCIe Gen2 x8 (x4 wired) 6 (8 or 12) x hot-plug SAS or SATA hard disks 2x LEDs 2x RS-232-C 4x USB 2.0 1x VGA 2x RJ45 Gbit LAN 1x RJ45 Service LAN 3x USB 1x VGA LSD or LSP CD or DVD-RW LEDs, switches 1 + 1 hot-plug PSU 1-2 Dual-, Quad- or Six-Core Intel® Xeon® 5500 or 5600 series processors Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

PRIMERGY RX600 S5 The New Generation „Nehalem-EX“ 4 socket server
4-socket Multi-Core Intel Xeon 7500 series Rack server W.Steinschmidt FTS TSP x86 PMKT 2 Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2009 FUJITSU TECHNOLOGY SOLUTIONS

Critical corporate applications
PRIMERGY RX600 S5 with Xeon 7500 series Rocking Performance meets Capacity and Reliability Xeon 7500 series 2.5 x Performance * +50% Performance PRIMERGY RX600 S5 RX600 S4 RX600 S3 Scalability 4 socket SMP Capacity for Growth PRIMERGY RX600 Generic Values Designed for Critical Corporate Apps and Large-Scale Consolidation High Reliability Critical corporate applications 2007 2008 2010 * Database Performance Prediction Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

What is new with PRIMERGY RX600 S5
RX600 S5 expands the 4 way System Performance to a new dimension with a factor of > 2 over the predecessor Xeon generation. PRIMERGY RX600 S5 vs RX600 S4 Business Benefit MEMORY Capacity = 2 X Bandwidth: up to 9X More Consolidation Database Performance Performance* = 2.5 X Higher Data Loads I/O improvements: i) S5 generation comes with PCIexpress Generation 2. Per lane that is double the bandwidth, pci e gen 2= 250 MB/s per lane. Nehalem EX & Boxboro EX chipset provide 2 x IO-hubs, and each of them provides 6 IO lanes with varied bandwidth( see structure slide RX600 S5). Aggr. bandwidth sums up to 66 GB/s – as compared to RX600 S4 with ~ 8 GB/s aggregated I/O bandwidth. New Intel (Nehalem-EX) Xeon 75xx series I/O Scalability # slots = 1.5 X I/O Bandwidth:up to 8X Virtualization & „fat VMs“ Reliability Processor RAS with Xeon 7500 Critical Apps * Database Performance Prediction Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2009 FUJITSU TECHNOLOGY SOLUTIONS

The new PRIMERGY RX600 S5 RX600 S5 – the platform of choice for critical Backend Services and new options for Consolidation and Virtualization 4 socket Scale-up Server Performance designed for Critical Corporate Apps & Large-Scale Consolidation PRIMERGY RX600 S5 usage scenario classic Critical back-end services Databases, e-commerce, ERP, CRM systems Corporate scale-up workloads Business Intelligence, Data Warehouse Database Performance = 2.5 X Server RAS & Processor RAS with Xeon 7500 Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2009 FUJITSU TECHNOLOGY SOLUTIONS

The new PRIMERGY RX600 S5 RX600 S5 – the platform of choice for critical Backend Services and new options for Consolidation and Virtualization 4 socket Scale-up Server Performance designed for Critical Corporate Apps & Large-Scale Consolidation PRIMERGY RX600 S5 usage scenario new New options with Virtualization and Consolidation “Fat Virtual Machines“ (8 vCPUs/16/32 GB RAM) for Tier2 and Tier3 applications Consolidate your VM farms to less, but more scalable virtual management instances # I/O slots = 1.5 X I/O Bandwidth: up to 8 X Memory Capacity = 2 X Bandwidth: up to 9 X Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2009 FUJITSU TECHNOLOGY SOLUTIONS

RX600 S5- New Options for Virtualization
Large Scale Consolidation of Virtual Machines with new RX600 S5 Challenges Maintain predictable performance by avoiding oversubscription of VMs Create „fat-enough“ VMs, yet still benefit from consolidation efficiency 4 way Nehalem-EX Server, 4 8c= 32 cores (HT=64 cores) Virtualization ~300 ERP Instances 1 ERP VM instance = 2 GB ~ 2 cores 2 way Xeon EP 5600* Server, 2 12 cores (HT=24cores) * „Westmere“ 6 core CPU Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

RX600 S5- New Options for Virtualization
Large Scale Consolidation of Virtual Machines with new RX600 S5 Challenges Maintain predictable performance by avoiding oversubscription of VMs Create „fat-enough“ VMs, yet still benefit from consolidation efficiency 4 way Nehalem-EX Server, 4 8c= 32 cores (HT=64 cores) 32 VMs per RX600 S5 10 x RX600 S5 servers (9 + 1) Virtualization Consolidation Efficiency ~300 ERP Instances 1 ERP VM instance = 2 GB ~ 2 cores“ 28 x RX300 S6* servers (25 +3) 2 way Xeon EP 5600* Server, 2 12 cores (HT=24cores) 12 VMs per RX300 S6* * „Westmere“ 6 core CPU Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

The new generation PRIMERGY RX600 S5
RX600 S5 – the platform of choice for critical Backend Services and new options for Consolidation and Virtualization Critical back-end services Databases, e-commerce, ERP, CRM systems Corporate scale-up workloads Business Intelligence, Data Warehouse Database Performance = 2.5 X classic Server RAS & Processor RAS with Xeon 75xx PRIMERGY RX600 S5 New options with Virtualization and Consolidation “Fat Virtual Machines“ (8 vCPUs/16/32 GB RAM) for Tier2 and Tier3 applications Consolidate your VM farms to less, but more scaleable virtual management instances new # I/O slots = 1.5 X I/O Bandwidth:up to 8 X Memory Capacity = 2 X Bandwidth: up to 9 X Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2009 FUJITSU TECHNOLOGY SOLUTIONS

What makes RX600 S5 a truely New Generation?
RX600 S5 builds upon Intel Xeon® 7500 architecture and chipset Scalable Performance, Flexibility, Advanced RAS for Demanding Apps / Consolidation 7000 Sequence Xeon® 7400 Xeon ® 7500 RX600 S4 up to 4 x 6-core Xeon 7400 RX600 S5 up to 4 x 8-core Xeon 75xx Bus architecture Frontside Bus QPI 2 x integr. Memory Ctrls per CPU Memory architecture DDR2 FBDIMM, max=32 DIMMs DDR3 RDIMM, 16 DIMMs per CPU socket @ 4 memory channels, max = 64 DIMMS I/O architecture PCI Exp Gen 1 PCI Exp Gen 2 Processor RAS none Intel RAS HyperThreading no yes, 2 threads per processor core Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2009 FUJITSU TECHNOLOGY SOLUTIONS

Key benefits kept from PRIMERGY RX600 S4
The platform for the really critical applications in your company. Function Benefit 4 socket SMP System in only 4 U Memory Mirroring, Memory sparing, Advanced ECC, SDDC (Chipkill) Up to 8 x 2.5 “ hot-plug SAS hard disks Hot-plug fans and power supply units, Hot-plug for PCIe slots On board autonomous server management controller iRMC S2 Massive resources for demanding backend applications in standard rack server format Advanced Memory protection schemes with self repair for secure data and continuous access Huge local HD capacities with RAID options Uninterrupted service with high data security, quick and easy upgrade or replacement No specialist on site necessary, easy remote administration even after system drop out Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2009 FUJITSU TECHNOLOGY SOLUTIONS

RX600 S5 with Xeon 7500 Architecture
RX600 S5 implements new architectural benefits RX600 Generation S4 RX600 Generation S5 Up to 6-core Xeon 7400 processors Frontside Bus Design Memory Mirroring/Sparing,ECC, SDDC (Chipkill) PCI Express 1.0 I/O Up to 4 x 8 memory slots FB DIMM Up to 8-core Xeon 7500 processors Intel QuickPath Interconnect QPI with 2 memory controllers per CPU More advanced (inter -socket) Memory Mirroring PCI Express 2.0 I/O Up to 4 x 16 memory slots DDR3 DIMM Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

Xeon 7500 Processor Overview
„Nehalem-EX“ Key Features: Up to 8 cores per socket with simultaneous multithreading (2 threads/core) Up to 24MB shared last level cache 45nm process technology 2x Integrated Intel® QuickPath memory controller Supports DDR3 via a memory buffer Four full-width, bidirectional Intel® QuickPath interconnects 4.8 or 6.4 GT/s Intel Turbo Boost Technology * Hyperthreading ( 2 threads per Core) * Mechanical/Thermal CPU TDP: ~130W , 105 W, ~90W Schedule: Intel Launch: March 30, 2010 * for most of CPU versions Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

Features RX600 S5 Comparison to previous product System
PRIMERGY RX600 S4 PRIMERGY RX600 S5 max. # of CPUs Cache ; FSB max. Memory LAN onboard SAS / RAID PCI Slots 4 x Intel® Xeon® 7400 (≥ 6C 2.93GHz, 2x 4 MB L3 cache; 1067 MHz FSB) 32 DIMM slots on 4 Mem. boards 667 DDRII FBDIMM, ECC, Memory Scrub.; SDDC, Memory Hot-spare / Hot-Plug , Mirroring 4 x Gbit/s Ethernet 8-port SAS RAID contr. (LSI 1078) 4x PCIe x8 3x hot-plug / full length 1x hot-plug / half length 3x PCIe x4 2x full length / 1x half length 4 x Intel® Xeon® 7500 Octo-Core; up to 24 MB cache; Intel® QuickPath 64 DIMM slots on 8 Mem. boards DDR3 DIMM, ECC, Memory Scrub.; SDDC, Memory Hot-spare / Hot-Plug Advanced Mirroring modes (when released) 4 x Gbit/s Ethernet 8-port SAS 6Gb/s RAID contr. (optional) 2x PCIe 1.0 x4 2x half length 3x PCIe 2.0 x4 1x half length 2x 3/4 length 4x PCIe 2.0 x8 4x 3/4 length; 2x hot plug 1x PCIe 2.0 x16 1x 3/4 length Rack Housing max. # of HDD Accessible devices 4 U 8x 2.5" SAS 1 x DVD; 1 x 5.25“ for Tapes 4 U 8x 2.5" SAS/SATA/SSD 1 x DVD/BD Combo; 1 x 5.25“ for Tapes Redundant Fans Redundant PSU Server Management hot-plug fan module with 4 x 2 fans yes (1 + 1), accessible from rear iRMC S2 on Board 4 x 2 hot-plug fans, redundancy as option yes (2 + 1 or +2), accessible from rear iRMC S2 on Board Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

RX600 S5- Excels on SAP BI Benchmark
RX600 S5 sets new World Record in the SAP Business Intelligence Benchmark query navigation steps/h in the SAP BI Data Mart (BI-D) Standard Application Benchmark Linux SLES10 , Oracle 11 g database, Netweaver 7.0 Certification date: March 30, 2010 Certification number: Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

RX900 S1- It Starts Where 4-ways End Up!
The new PRIMERGY RX900 S1 doubles up the performance reach of the RIMERGY Server family with an 8 socket server system, providing the power of 64 Xeon cores. Rack Server RX Enables to exploit to the max .. Enterprise /Advanced Platform editions of Windows® Server 2008 R2 Red Hat Enterprise Linux® 5.x Novell Suse Enterprise Linux VMware® VSphere 4 New RX900 S1 8 sockets class 4 sockets class RX600 2 sockets class RX300 RX200 1 sockets class RX100 Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

Max. Memory Size@8 GB DIMMs
RX900 S1 Positioning Targeting High-End Enterprise Apps and Large Scale Consolidation New generation of Intel Xeon® 75xx processors and new Intel QPI Memory/CPU/IO architecture Flagship of PRIMERGY Rack servers Driving the x86 price/performance advantages into the datacenter back-end tiers Designed for mission critical back-end services, scale-up corporate workloads and large scale consolidation New x86 performance class combined with unbeatable high availability RAS features RX900 S1 (Nehalem-EX 8skt) RX600 S5 (Nehalem-EX 4skt) RX300 S5 RX600 S5 RX900 S1 CPU Kind Xeon 5500 Xeon 7500 Max. CPU/core 2 CPU / 8 cores 4 CPU / 32 cores 8 CPU / 64 cores Max. Memory GB DIMMs 256GB 512GB 1TB Max. HDD Cap 1.2TB 2.3TB Max. # of PCIe 2 10 16 Chassis size 2U 4U 8U RX300 S5 (Nehalem-EP 2skt) Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2008 FUJITSU LIMITED Copyright 2009 FUJITSU LIMITED 80

PRIMERGY RX900 S1 at a Glance
RX900 S1 – It starts where 4 way servers end up !! Large-scale SMP single partition, choice of 4, 6 or 8 CPU configurations Nehalem EX (8core) processors with Intel QPI Link architecture High Availability RAS features MCA Architecture Multiple Memory mirroring modes Hot-plug PCI slots High I/O capacity 14x PCIe lane + 2 x PCIe2.0 4 lane High connectivity 2 x onboard 10 Gbit Eth ports 6 x onboard 1 Gbit Eth ports Glue-less Architecture Scales up inside the chassis w/o infrastructure rack changes Low latencies Scales up w/o complexities of external “glue”

The New Performance Reach with RX900 S1
Raw performance equivalent to high-end UNIX servers Doubling up SAP two-tier SD benchmark performance against 16 socket Xeon74xx generation * Current SAP two-tier SD benchmark for 8+ or less sockets servers Enables to exploit to the max .. Enterprise /Advanced Platform editions of Windows® Server 2008 R2 Red Hat Enterprise Linux® 5.x SUSE Enterprise Linux SLES 10/11 VMware® VSphere 4 Number of benchmark users * Official RX900 S1 SAP SD benchmark results expected for general shipment in 8/ 2010 Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

x86 8-way Server Usage Scenarios
8-way x86 Nehalem EX servers will accelerate the RISC market decline. VMware Consolidation and Database cover 60% of current usage patterns Performance will move RX900 S1 into the HIGHEND Server class, currently dominated by RISC/Unix platforms (M9000, SD, P590) LINUX Migration from Risc /Unix platforms to x86 HE platforms while keeping the MC platform characteristics Excellent performance and superior TCO of x86 architectures are now lifted into the HE server classes  will further push x86 Xeon adoption for business critical deployment Source: FTS: Survey on wwide Customer Succces Stories with 8 way x86 platforms Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

PRIMERGY RX900 – Where to Use
RX900 S1: It starts, where 4 way servers end up ! The x86 Host-of-Choice for mission critical scale-up workloads Addresses the problems with “scale-up” RX 900 S1 has it all: Efficient Scalability, High Availability by Design, Performance & massive I/O Bandwidth Corporate databases and heavy load transactional processing (Oracle, Microsoft SQL-server, MySQL, DB2, ..) Corporate Workloads where response time and throughput is paramount Corporate SAP/ ERP and Business Intelligence/ Decision Support services Centralized mission critical workloads where “performance for time-to-result“ is paramount Large Scale Consolidation of Virtual Servers to a central point Mission critical consolidation of Virtual or Real servers to fewer instances saves costs to own Run many “big VMs” w/o performance barriers RISC / Unix Migration to x86 mission critical host Benefit in OPEX & CAPEX while retaining all mission critical attributes Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

Facts Main board and CPU/Memory Riser Processor / chipset Main Memory
PRIMERGY RX900 S1 Main board and CPU/Memory Riser One main board and up to 8 CPUMEMR design A CPUMEMR includes 1 CPU socket and 16 DDR3 DIMM slots Up to 16 PCIe slots with x8 connector Hot-Plug PCIe capable 4-slots are included IO ports (VGA, USB, Serial, LAN) are placed on Main board Processor / chipset 2 - 8x Intel® Nehalem-EX: 25.6GB/s per QPI interconnect (8 cores) Intel® Boxboro-EX chipset Main Memory Up to 16 Registered DDR3 DIMM slots on each CPUMEMR DDR (or 1333 in 1066 mode) 2-way interleaved 2/4/8/16 GB DIMM module are supported RAS features: ECC / Memory Mirroring Internal HDD up to 8x 2.5“ SAS HDD or SATA SSD Expansion slots 2x PCIe Gen2 x4 (with x8 connector) 14 PCIe Gen2 x8 (with x8 connector) (4x hot plug) Onboard devices 8-port SAS RAID (Cougar2) (installed on dedicated PCIe slot) 6x Gigabit Ethernet 2x 10Gigabit Ethernet Baseboard Management Controller (Serverengines® PILOT II®) TPM module (optional). 1x uSSD and 1x USB2.0 internal connector for hypervisor use. PSU 4x hot-plug power supplies V 2 + 2 PSU redundancy for 200V AC – Dual power feed 2 + 1 PSU redundancy Power Supply 2000W, 92% efficiency CSCI Gold Standard Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

Important Features On RX900 S1
Onboard 2x 10GbE and 6x 1GbE standard interfaces Provide versatile network connections Extreme high bandwidth Up to 128 threads / 1TByte memory single partition Best for server consolidation and large scale database application 2TB memory will be supported in future 4 CPUs = entry configuration for RX900 S1 ( upgradable steps with 2 CPUs on 2 CPU/memboards ) 6 CPUs or 8 CPUs initial configurations are easy possible ! Fully supported Local View LCD & LED Supports top notch PRIMERGY maintenance system Full ServerView integration Designed & Manufactured by Fujitsu Japan Ltd. High quality and high reliability design Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS Copyright 2009 FUJITSU LIMITED

Intel Xeon 7500 and QPI have changed old x86 design rules
Traditional Frontside Bus System Architecture New Intel QPI Nehalem-EX Achitecture Memory population independant from CPU population Memory is „global“ pool Frontside Bus carries all CPU/Memory/ I/O traffic Entire memory range is accessible through the core chipset Design principle up to Xeon 74xx series „Nehalem“ Intel Xeon Series introduces „on chip“ integrated Memory Controllers QuickPath Interconnect (QPI) bus system for CPU-to-CPU and CPU-to-I/O communication –replacement of FSB NUMA Memory Architecture Memory is LOCAL to each CPU Memory is „remote“ for other CPUs Memory population is DEPENDANT from CPU population I/O bandwidth scales by # of I/O hubs QPI QPI changes „old rules“ Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

Benefits Of „Glue-less“ 8 Socket Design
Feature Benefit Full QPI Mesh implemented on single main board Full scale-up inside the RX900 chassis Designed with Intel Standard Chipsets Up to 4 I/O hubs with QPI mesh „Plug-in“ CPU memory boards PSU redundancy and Phase redundancy (Dual Power Feed) can be combined(2+2 hot-plug redundant PSU ) Lowest possible latencies for CPU/ Memory access  high performance Upscaling without post-installation infrastructure changes. No complexity issues and no point of failures caused by „external glue“ components and cables No vendor design dependencies I/O bandwidth scales-up in parallel with CPU count, always ensuring a „balanced“ system behavior easy to scale and maintain, 4,6 or 8 CPU granularity Higher protection schemes against power outages Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

New RAS Features for Mission Critical Operation
NEHALEM-EX Processor RAS by MCA enables to handle „un-correctable“ errors Normal Status with Error prevention System works together with Firmware or with Operating System to continue operation Service is reconfigured Error detected MCA Machine Check Architecture Hardware Correctable Errors - isolate or replace defective HW element - replace with new resource - mark it as „poisoned“ = do not use Un-Correctable Errors Error contained or „isolated“ Error contained or „isolated“ Error corrected Enhances server uptime by letting the OS react properly on uncorrectable failures. Provides software an opportunity to react before the error turns down the system Extended RAS functionality, formerly only available with Highend Itanium Architecture Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

Intel Xeon 7500 Series - MCA RAS in Action
Nehalem-EX with MCA -RAS Without MCA Despite of an intentionally forced memory defect, the Nehalem-EX systems , working with Windows Server 2008 R2 , kept on the operation without interruption. On another Nehalem-EX server with MCA disabled , the memory defect caused a „Bluescreen“. With the new feature „MCA Recovery“ the Nehalem-EX will provide RAS functionality of RISC systems in the x86 server segment (source: Intel) . The Feature „MCA Recovery“ must be supported by the Operating Systems. Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

RX900 S1 Built-in High Availability Features Complementing the Intel Processor RAS
Benefits Benefits Advanced ECC, Memory Scrubbing, SDDC Memory Mirroring options Hot-plug redundant fans Hot-plug 2.5 inch SAS/SATA hard disks/ Onboard RAID Ctrl hot-plug PCIe slots Up to 4 hot-plug redundant power supplies ( 2+1, 2+2 DPF mode) ServerView Local Service Display & integrated Remote Management Controller (iRMC S2) Ensures data reliability by error correction schemes for memory bit faults Ensure continuous operation by protection against memory DIMM faults Cares for secure cooling, long lifecycle and online replacement of malfunction Local Data is kept in redundancy Re-establishes redundancy for I/O connections without system stop Enables for dual power feed safety and PSU redundancy. The protection with DPF stays unbroken if a single PS should fail. Server operation continues despite power outage on 1 feed. Extensive Logging & fast problem resolution Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

Power Supply Redundancy with RX900 S1
Power Redundancy Options Aligned to Datacenter Needs up to 4 hot-plug power supplies 2000 W CSCI Gold Standards (92% efficiency) 2 x PSU as Standard, 2+1 for Redundancy 2+2 for DPF option enables Dual Power Feed PLUS PSU Redundancy (/w 2+2 PSUs) single PS failure does NOT spoil the high availability provided by DPF ! failure of a complete power feed is survived by the remaining power feed CPU throttling dependant on power envelope Source A Source B Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

Hot-Plug PCIe with RX900 S1 RX900 S1 provides 4 x hot-plug PCIe slots
Back-end Tier servers with mission critical workloads usually connect to corporate storage and/or networks with redundant I/O connectivity setup. Hot-plug PCIe enables to re-establish the redundant I/O connectivity without system stop In case of failure, redundant controller takes over Server is kept in operation Hot-plug PCIe enables to replace faulty controller without system stop Redundant I/O connectivity is re-established No need to wait for scheduled system downtime and maintenance hot-plug PCIe slots Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

More Technical Views RX900 S1 front view RX900 S1
CPU/ Memory Boards and QPI section RX900 S1 I/O section 1 RX900 S1 - Top View Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

RX900 S1 - 8 Socket Scale-up Architecture
enabled in base configuration Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

PY RX900 S1 – Design Highlights
Intel Boxboro Chipset- „glue-less“ platform design for 8 sockets Xeon 7500 Scales inside the same chassis of 8U only Balanced & efficient scaling for Memory, CPU and I/O throughput Scale-up performance w/o scale-up complexity as provided with „node design“ * „Cool-safe“ design enables a save maximum power consumption metric for 8U footprint uses only 4 redundant hot-plug big fans for enhanced reliability 2 x 10GB Eth onboard, 6 x 1 GB Ethernet onboard, 4 x IO Hubs -> 100 GB/s aggregated I/0 bandwidth Big I/O: 16 x free PCIe Gen2 slots for ample I/O connectivity and throughput Dual Power Feed Option available, can be combined with PSU redundancy (2 redundant phases, 2+2 hot-plug PSUs) 2 PSUs sufficient for maximum power draw * „Node design“ glues together 2 or more server boxes with external cabling and /or custom chipsets to built an 8 socket server by 2 nodes * 4 CPUs or other combinations. Copyright 2010 FUJITSU TECHNOLOGY SOLUTIONS

November 2010 Customer Presentation

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November 2010 Customer Presentation

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Presentation on theme: "November 2010 Customer Presentation"— Presentation transcript:

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About project

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