Microsoft* SQL Server 2005 Database on 64-bit Multi-Core Intel Platform for Enterprise Deployment

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1 PTR 211 基于 64 位多内核英特尔平台的微软 SQL Server 2005 数据库助力企业部署

2 Microsoft* SQL Server 2005 Database on 64-bit Multi-Core Intel Platform for Enterprise Deployment

3 课程内容概述 64 位计算技术和多内核处理器已成为企业应用的必然选择, 针对新的发展趋势,Intel 拥有完善的解决方案, 可以为企业用户提供强大灵活而又高效的 64 位多内核计算平台本专题课程将着重介绍在部署 Microsoft SQL Server 2005 数据库产品的过程中所涉及的的 Intel 最新技术和产品, 以及如何基于 Intel 64 位平台和多内核处理器来充分发挥 Microsoft SQL Server 2005 数据库的性能和价值

4 课程内容安排 Intel Enterprise Server & Microsoft* Solution Stack support Intel Platform Innovations for Microsoft* Database Deployment Microsoft* Database solution scenarios on Intel Platform Benchmark of fmi Microsoft* ft*dtb Database Deployment on Intel Platform Summary

5 Intel Enterprise Server & Microsoft* Solution Stack support

6 Intel s Platform Approach Business Driven Innovation Intel Software Tools Processor Balanced Capabilities Platform Powerful Performance Architecture Scalable Headroom Embedded Technology Higher Value Unlocked Standards Through Intel s Memory I/O Software Tools VTune Analyzers Flexible Capability & Compelling Value

7 告别奔腾时代, 进入酷睿时代微架构 P5 P6 NetBurst Banias 英特尔酷睿 Woodcrest Conroe Merom 处理器奔腾高能奔腾奔腾 II/III 奔腾 4 至强奔腾 D 奔腾 M 酷睿 2 双核年 6 月 ? 年 7 月年 8 月超越奔腾, 迎接酷睿

8 Intel Intel Itanium Sequence Server & Workstation Platform Roadmap Madison 9M Montecito Montvale Tukwila Future Richford Platform Poulson Intel E8870 & OEM Chipsets ` Future Chipset Intel Xeon MP 7000 Sequence Truland Platform Caneland Platform Paxville Tulsa Tigerton Dunnington MP Future Platform Future Processors E8500/8501 & OEM Chipset Clarksboro/OEM Chipsets Future Chipset Intel Xeon DP 5000 Sequence Paxville/ Sossaman E7520 Bensley & Glidewell Platforms Dempsey/ Woodcrest Clovertown Blackford & Greencreek Chipsets Future Platforms Future Processors Future Chipset Intel UP Server &W Workstation Presler/ Cedar Mill Kaylo / Wyloway Platforms Conroe Kentsfield Future Platforms Future Processors 955X & E7230 Mukilteo-2/2P & 975X Future Chipset Forecasted Data Dual Core 4+ Cores 64 bit + Multi-core

9 Microsoft* 64-bit database Roadmap on Intel Itanium 2 & Xeon EM64T Architecture Microsoft* SQL Server 2000 Available on Intel Itanium 2 architecture Microsoft* SQL Server 2005 Support both Intel Itanium Xeon with EM64T 2 and Intel

10 Platform Positioning Intel Xeon processor Intel Itanium 2 processor Best tpi Price/performance Ott Outstanding performance across all Broadest IA32 S/W availability segments Eco-systems is building out Need comprehensive RAS features for mission i critical ii ldeployment (eg. Large install base and expect to enterprise database) maintain it moving forward 64-bit computing & addressability 64-bit addressability with EM64T Need large on-die cache for large data volume processing (eg. large database) Native 32-bit applications for both 32 & 64-bit OS 64-bit addressability does not mean more performance OEMs are ramping volume Broadest IT workloads Support Both Architectures Based On Customers Needs > 70 OEMs shipping systems (1P~512P) Multi Environments Support Challenging IT workloads, resulting in expanding revenue opportunity

11 Sample Microsoft SQL* Database Solution Stack Microsoft SQL Server 2005

Choice for Business Critical Computing HP Integrity HP NSK GCOS 8 Mainframe OS

platform, running Linux and Windows "Mainframe Migration" programs available

with fail-safe data integrity it and linear scalability Positioned for mission

designed with Itanium Marketing targeted for mainframe segment with its ES7000

12 Choice for Business Critical Computing HP Integrity HP NSK GCOS 8 Mainframe OS runs on NovaScale 9000 series PRIMEQUEST (TM), a "mainframe" class open platform, running Linux and Windows "Mainframe Migration" programs available to replace mainframe base with Superdome solutions Platform for 24/7 computing with fail-safe data integrity it and linear scalability Positioned for mission critical, mainframe segment ACOS4 ported onto AsAmA 32- way IPX9000 mainframe designed with Itanium Marketing targeted for mainframe segment with its ES7000 Orion platforms Broad OEM & solutions support in full production for legacy migration

13 Intel Platform Innovations for Microsoft* Database Deployment

14 Intel Platform Technology Overview Enable Growth PCI Express* Multi Core SSE3 Faster FSB Lower Cost HT Technology DDR2 memory Large cache Power management Virtualization iamt 64bit Platform compatibility tibilit IO RAID FB DIMMs I/O AT ECC System Bus Memory RAS XD bit Platform validation Sys Mgmt Bus Mitigate Risk Products and technologies designed and validated t together th to t deliver d li greater t end d user benefits b fit

15 64-bit Server Architecture Enable Growth Support Eliminates the 4GB memory barrier inherent in 32-bit systems Same familiar Windows environment Large databases which need to address huge amount of memory will need the 64-bit support

16 64-bit Server Support from Intel - Itanium 2 Architecture: Explicit Parallelism Traditional Original Source Code compiler Hardware Enable Growth Itanium Architecture (EPIC) Original Parallel Source Machine Code Code Itanium - based compiler Sequential Machine Code Execution Units unused reduced efficiency.... Multiple execution units resources used more efficiently.... Massive Resources Performance through h Parallelism li (native 64-bit support) Most database code optimized for parallelism

17 64-bit Server Support from Intel - Intel Extended d Memory 64 Technology Enable Growth Features es Extended Memory Addressability 64-bit Pointers, 64-bit Registers Modes Legacy 32 bit OS / 32 bit apps Additional Registers 8-SSE & 8-Gen Purpose Compatibility bit OS / = Double Precision (64-bit) Integer Support Support for flat virtual Address space 32 bit apps 64-bit 64 bit OS / 64 bit apps 64-bit Intel Xeon Processor Evolutionary IA-32 architectural enhancements to support extended memory

18 The Technology Inside What s New? Lower Power 64-bit Dual-Core Processors Hardware assisted virtualization (VT) New dual independent point-to-point bus Fully Buffered DDR2 DIMM Memory (FBD) Intel I/O Acceleration Technology (option) Embedded RAID technology (option) Intel Core Microarchitecture (Q3 06) Quad-Core Support (Q4 06) Advancing All Areas of The System Together PLUS 64 bit computing (standard since 2004) PCI Express* (standard since 2004) Intel Execute Disable Bit (standard since 2005) Intel Software Optimization Tools (option) Demand Based Switching (standard since 2004) Intel I/O Acceleration Technology, Intel Active Server Manager, Intel Power Toolkit and Intel xscale storage controllers are advanced innovation that are options on select OEM systems. Contact your preferred OEM for more details

19 英特尔智能高速缓存 : 动态高速缓存分配 Engineering Intel Core Microarchitecture 英特尔智能高速缓存 : 动态高速缓存分配 AMD* K8 Core 1 Core 2 Core 1 Core 2 M M M data M M M cache miss Confined 1MB L2 cache Confined 1MB L2 cache!! 4 MB Shared Cache Scale to GMCH/ Main Memory * Simulated graphics. Not to 出色的性能扩展空间, FULL 4MB Cache available 以及 4 MB 二级高速缓存访问能力 to each core More data readily available and accessible to each core IMC To Main Memory Max 1MB dedicated cache available to each core More cache misses More frequent access to memory Intel Core Microarchitecture shared cache reduces cache misses, leading to more efficient data access 英特尔和 Intel 标识是英特尔公司及其在美国和其他国家 ( 地区 ) 的子公司之商标或者注册商标文中涉及的其它名称及商标属于各自所有者资产所有产品数据和数字均为初步结果, 随时可能更改, 恕不另行通知版权所有 2006 英特尔公司

总线架构对比英特尔双独立总线更宽的总线, 数据专用数据和地址共享总线组件并未按照实际尺寸画出, 模拟图形 AMD* 直接连接架构 AMD* Opteron* AMD* Opteron* 全缓冲 DDR2, 全部带宽支持全部容量仅限 DDR,, 需要牺牲带宽来支持容量 Blackford/ Greencreek 芯片组需要 2

20 总线架构对比英特尔双独立总线更宽的总线, 数据专用数据和地址共享总线组件并未按照实际尺寸画出, 模拟图形 AMD* 直接连接架构 AMD* Opteron* AMD* Opteron* 全缓冲 DDR2, 全部带宽支持全部容量仅限 DDR,, 需要牺牲带宽来支持容量 Blackford/ Greencreek 芯片组需要 2 枚处理器来支持内存带宽和容量 I/O 芯片组双向双总线 8 字节宽独立地址总线英特尔的 FSB 架构具有领先优势单向 2 字节宽共享地址总线英特尔和 Intel 标识是英特尔公司及其在美国和其他国家 ( 地区 ) 的子公司之商标或者注册商标文中涉及的其它名称及商标属于各自所有者资产所有产品数据和数字均为初步结果, 随时可能更改, 恕不另行通知版权所有 2006 英特尔公司

21 英特尔酷睿架构 5 大创新技术更宽英特尔宽区动态执行劲酷动力更清晰英特尔高级数字媒体增强震撼清晰更快英特尔高级智能高速缓存极速缓存更高效英特尔智能内存访问超高效率更节能英特尔智能功效管理睿智节能

22 Conroe 处理器 Intel Q965 高速芯片组 Intel PRO/1000 网络连接英特尔平台软件 & 生态系统解决方案英特尔主动管理技术英特尔虚拟化技术

23 vpro 技术的优势突破关机障碍, 准确管理 IT 资产突破系统崩溃障碍, 远程诊断修复,IT 掌控自如突破时间限制, 随时更新系统突破被动防御,IT 安全双倍保险突破性能极限, 双核酷睿更出众

Large cache within the CPU Lower Cost access latency ~ hundreds d of clock cycles - currently up to 9MB (since Q4 04) - dual core up to 24MB in Montecito (2H 2006) access latency ~ 12 to 15 clock

24 Large cache within the CPU Lower Cost access latency ~ hundreds d of clock cycles - currently up to 9MB (since Q4 04) - dual core up to 24MB in Montecito (2H 2006) access latency ~ 12 to 15 clock cycles C P U - currently up to 8MB in Xeon MP (since Q2 05) - dual core up to 16MB in 2H 2006 L1 External Memory swapping L3 L2 L1 The L2 Cache and L3 Cache are used to store the DB tables/records. Having a larger L2 and L3 cache is beneficial since larger tables can be stored without having to do a memory or IO read transaction Big L3 on-die cache reduced data access latency for large database & business intelligence deployment

Server Architecture Reliability Comparisons (for mission critical database deployment) Characteristic Intel Itanium 2 Processor Best RISC Architecture Intel Xeon Processor MP Error recovery on data

25 Server Architecture Reliability Comparisons (for mission critical database deployment) Characteristic Intel Itanium 2 Processor Best RISC Architecture Intel Xeon Processor MP Error recovery on data bus (ECC) Mitigate Risk Other x86 Architecture Cache ECC Coverage Internal soft error logic check Montecito Lockstep support Bad data containment t Memory single device error correct Memory retry on double-bit error Memory spares, mirroring i Memory RAID 5 Partitioning node core node Electrical isolated partitions node node Itanium processor based platforms: leadership reliability features

26 Faster calculations handled Itanium 2 Mitigate Risk (for security algorithm implementations in secure Database deployment) Instructions / clock handled CPU Architecture Instructions / clock cycle handled Itanium 2 6 (through parallelism) RISC 4~5 More instructions / clock cycle boosts performance in the looping algorithms that form the core of most encryption calculations MS SQL* Database with security algorithm implementations - needed for secured DB transactions

Execution Execution Execution Execution Cache Cache Cache Cache Cache Bus Bus Bus Bus Bus 2 Threads 2 Threads 2 Threads 1P Package 2P

27 Threading Evolution & Multi-Core Lower Cost Enable Growth Pentium 4 with HT 2-way Itanium 2 Processors or 2-way Xeon EM64T Processors Dual Core Itanium 2 or Xeon EM64T Two independent execution cores in the same processor State State State State State State Execution Execution Execution Execution Execution Cache Cache Cache Cache Cache Bus Bus Bus Bus Bus 2 Threads 2 Threads 2 Threads 1P Package 2P Packages 1P Package Improve threading support in a single package Features are for planning purposes only, and subject to change without notice.

28 Example of a Single-Core vs Dual-Core Database clustering 4-way Intel Itanium 2 processor based server (single core) Lower Cost Enable Growth 2-way Intel Itanium 2 processor based server (dual core) Two independent d execution cores in the same processor State State State State State Exe State Exe State State Exe Exe Execution Execution Execution Execution Cache Bus Cache Bus Cache Bus Cache Bus Cache Cache Bus Bus Cache Cache Bus Bus 130W 130W 130W 130W 520W power required 104W 104W 208W power required -comparable performance, half the size -same size, much improved performance - approx. 40% power required Dual-core server increased performance of a Microsoft* database clustering deployment at a much lower CPU power requirement Features are for planning purposes only, and subject to change without notice.

Energy Efficient Performance Intel Core Microarchitecture Lower Cost Enable Growth 2006 Dual-Core Xeon Processors Performance 4X Perf/Watt 4X 135W 130W 95W 65W 1 40W 3X Woodcrest 3X Performance

29 Energy Efficient Performance Intel Core Microarchitecture Lower Cost Enable Growth 2006 Dual-Core Xeon Processors Performance 4X Perf/Watt 4X 135W 130W 95W 65W 1 40W 3X Woodcrest 3X Performance Optimized Paxville Performance Optimized Dempsey mainstream Dempsey mainstream Woodcrest Q1 Today Today Future Ultra-Dense Woodcrest Future 2X Dempsey 2X Single, Compatible Server Platforms 1 80W performance version available Stable roadmap centered around lower power processors 65nm manufacturing delivers this value mainstream 1X Paxville DP Irwindale Measured SPECint_rate using system power 1X Breakthrough Performance PLUS Even Better Perf/Watt! Forecasted Data Performance tests and ratings are measured using specific computer systems and/or components and reflect the approximate performance of Intel products as measured by those tests. Any difference in system hardware or software design or configuration may affect actual performance.

30 Power Optimized Solutions for Enterprise Performance Optimized Best absolute performance Today 135W Paxville DP 64bit dual-core Lower Cost Today Q2-Q3 06 1H W Dempsey 64bit, dual-core 80W Woodcrest 64bit, dual-core 120W Clovertown 64bit, quad-core Mainstream Volume Balanced performance & power 110W Irwindale 1 64bit single-core 95W Dempsey 64bit, dual-core Ne w 65W Woodcrest 64bit, dual-core 80W Clovertown 64bit, quad-core Value 95W Dempsey, 64bit, dual-core Ultra-Dense Servers Optimal performance density 55W LV Irwindale 64bit single-core 31W Sossaman 32bit dual-core 40W LV Woodcrest 64bit, dual-core 40W LV Woodcrest 64bit, dual-core Supported in current 64bit Intel Xeon processor based servers Supported in new Dual-Core Intel Xeon processor based servers 2 Dempsey: Xeon 5000 Processor series Woodcrest: Xeon 5100 Processor series 1 also supported are 95W MV Irwindale 64bit, single-core processors 2 processor upgradeability within a platform is dependent upon OEM system configuration

31 WHERE is Multi-core most beneficial? Threaded Applications Most mid-tier and back-end applications highly threaded today Database, web and application servers well threaded Gain up to 30% 1 performance boost with Intel Hyper-threading Running >1 application per system (boost cpu utilization) Most operating systems already multi-threadedthreaded Virtualize concurrent workloads Server Consolidation Grid and Utility Helps increase compute density through better perf/watt Multi-Threading Multi-tasking tasking Improving Compute Density All products and dates are preliminary and subject to change without notice. 1

32 Microsoft* Solution & Intel Multi- core platform MS SQL 2005* is a multi-threaded lithreaded d design database MS Windows Server 2003*, MS Windows Server 2000* and MS Windows XP* are also multi-core ready

33 Virtualization Virtual Machine Monitors (VMMs) Overview Lower Cost VM 0 VM 1 VM n Virtual Machines (VMs) Apps Apps Apps Guest OS Guest OS... Virtual Machine Monitor (VMM) Guest OS Host HW Memory Processors I/O Devices VMM is a new layer of system software Deprivileges OS to run as a Guest OS VMM can support multiple guest OSes Emulates a complete HW environment for each software stack Isolates execution in each VM to support high security & reliability Allocates platform resources (processing, memory, I/O, storage, )

34 VMM Implementation Challenges Lower Cost VMM Implementation Challenges Ring compression Non-trapping instructions Excessive Faulting Applications Ring 3 VM OS Ring 0 Address Space Applications Ring 3 Compression Guest OS Ring 1 VMM Ring 0

35 Intel Virtualization Technology Solution (Intel VT) VMM runs in a new privileged CPU mode VMX Root Guest OS and Apps run in VMX Non-root mode Run in the intended ring Monitor preempts VM execution via new programmatic transition mechanism VM Exit / VM Entry Excessive faulting and address compression eliminated by design New VMM that supports Intel VT VMX Root VMX Non-root Applications Ring 3 VM OS Ring 0 Applications Ring 3 Guest OS Ring 0 VM Exit VMM VM Entry Ring 3 Lower Cost Ring 0

36 Lower Cost Server Virtualization Usages Consolidation Legacy OS/Apps One machine/one App Mixed OS environment Development life cycle Apps OS Apps OS Apps OS Virtual Machine Monitor Physical Host HW Apps OS Reliability (Failover) Reallocate existing partition Dedicated fail-over partition As-needed partition Web Serv Active Server OS DB Serv Active Server OS Virtual Machine Monitor Physical Host HW DB Web Serv Web Serv (Apache) (MS IIS) Fail-over Fail-over Trial Deployment Server (Win (Linux) OS2003) Security Ability to have different security settings for each container App1 Limited Access IT Visible Only App 1 App 2 Virtual Machine Monitor Physical Host HW Virtualization has compelling end-user value proposition (one of them is Database failover)

37 2006 Virtualization Roadmap Jan Feb Mar Apr May Jun Jul Aug Sept Oct Nov Dec Intel Xeon MP (with VT support) Official Launch VTd Spec Release Intel Xeon DP(with VT support) Launch Microsoft Virtual Server R2 beta (with VT support) Microsoft* Virtual Server R2 availability (with VT support) -targets 2 nd half 2006 Intel has the Broadest Ecosystem Support and Time-To-Market Leadership for HW Assisted Virtualization

38 Intel Software Tools: Optimize for Tomorrow Environments Intel Software Products Operating Systems Architectures Full support to multiple architectures and environments

39 Intel Software Development Products Intel Compilers Best way to get application performance on Intel processors Intel VTune Analyzers Quickly identify hot o spots and how to fix them Intel Performance Libraries Highly optimized, ready to use building-block block functions Intel Threading Tools Speeds, simplifies development & maintenance of threaded apps Intel Cluster Tools Create, analyze, optimize and deploy cluster-based applications Intel Software Development Products for Intel Pentium M, Pentium 4, Intel Xeon and Itanium 2 Processors

40 Microsoft* Database solution scenarios on Intel Platform

41 When to consider a Microsoft* SQL Database (64-bit) Challenge SQL-64 Provides Large Working Set Size (>4GB+) Lots of Buffer Pool thrashing (critical sections) Complex Queries Sorts, joins, workspace that can spill to disk ERP and SCM applications Large Virtual Memory / Large # Connections Many open cursors Multiple Instances of SQL Server Total memory required is >4GB OLAP environment MS SQL Server (Analysis Services) Situation when need huge dimensions supported in memory Large cache reduces I/O Large cache & higher parallelism Large cache & larger virtual memory Higher parallelism & large memory Larger virtual memory addressing

42 MS SQL 2000/ bit & 64 bit Compatibility (from Xeon 32-bit to Itanium 2) Same on-disk format for both SQL32 and SQL64 databases Procedure to migrate SQL32 to SQL64: 1. Detach database from 32-bit server 2. Transfer the file to the target system (The same process for a standard backup and restore can be used to migrate data to the 64-bit platform, by simply restoring 32-bit backup files to the 64-bit platform) 3. Attach database to 64-bit server

43 Clients Front-end Application Mid-tier Business Logic Back-end Database Switching the Microsoft* SQL 2000/2005 Database from a 32-bit server to a 64-bit server require NO changes in the front-end and mid-tier applications

44 Example of an End-To To-End OLAP Scenario [with Microsoft* SQL Server (Analysis Services)] Clients Front-end Application Business Intelligence Server (OLAP) Data Warehouse MS DTS MS SQL Windows* ODBC Oracle* UNIX Financial Accounting HR management CRM MS Office* / MS Windows Vista* MS Internet Explorer IBM* DB2* 3 rd party tools, eg. AS/400* -Data Mirror* -Orion Integrator* Data Transformation

45 Benchmark of Microsoft* Database Deployment on Intel Platform

46 Intel Itanium Leadership 2 Processor TPC-C One of Best Published TPC-C C Results on TPC.org Top 10 List (as of 7/25/2006) Rank System tpmc $/tpmc Database/ OS Date Submitted 3 10 HP Integrity Superdome 1,231, US Microsoft SQL2005/ (64 CPU) 3 $ Windows HP Integrity Superdome 6.49 US Microsoft SQL2000/ 786,646 (64 CPU) $ Windows 11/28/ /27/2003 Microsoft* SQL database deployment on Intel Itanium 2 processor based systems are getting into enterprise mission critical environment (2 of the Top 10 List in TPC-C C are Microsoft* SQL 2005* and SQL 2000* database deploying on Intel Itanium 2 processor based Leading transaction systems) processing with choice Performance, price performance, and availability from on May 30, 2006 and are included for informational purposes only. Intel does not guarantee their accuracy. Performance tests and ratings are measured using specific computer systems and/or components and reflect the approximate performance of Intel products as measured by those tests. Any difference in system hardware or software design or configuration may affect actual performance *Other names and brands may be claimed as the property of others

Intel Xeon Breakthrough Performance Best 2way, x86 published results on Integer & Database SPECint*_rate_base2000 TPC*-C Higher is better Higher is better 1.61x 1.

See backup for details For More Details Go to www.intelstartyourengines.com All products, dates, and figures are preliminary and are subject to change without any notice.

Performance tests and ratings are measured using specific computer systems and/or components and reflect the approximate performance of Intel products as measured by those tests.

47 Intel Xeon Breakthrough Performance Best 2way, x86 published results on Integer & Database SPECint*_rate_base2000 TPC*-C Higher is better Higher is better 1.61x 1.49x Dell PowerEdge 2950* HP ProLiant ML370 G5* Opteron Xeon 5080 Xeon GHz DC 3.73 GHz DC 3.00 GHz DC Opteron Xeon 5080 Xeon GHz DC 3.73 GHz DC 3.00 GHz DC Data Source: Published or Submitted results as of May 23, See backup for details For More Details Go to All products, dates, and figures are preliminary and are subject to change without any notice. Copyright 2006, Intel Corporation. Performance tests and ratings are measured using specific computer systems and/or components and reflect the approximate performance of Intel products as measured by those tests. Any difference in system hardware or software design or configuration may affect actual performance. Buyers should consult other sources of information to evaluate the performance of systems or components they are considering purchasing. For more information on performance tests and on the performance of Intel products, visit or call (U.S.) or *Other names and brands may be claimed as the property of others.

48 Summary

49 Why Intel-based platform on Microsoft* Solutions More Value Robust Performance Long Useful Life More Capability Versatility Id Industry-Standards d d More Experience Beyond The CPU High Confidence Cross Platform Innovation Multi-core + Hyper Threading (up to 4 cores/socket) Dual, Independent System Bus with FB-DIMM memory Intel Virtualization Technology, Intel I/O Acceleration Technology Optimized Solutions Intel development, tuning & tools support Broadest base of industry-standard standard solutions Manufacturing capability = continuity i of supply to industry Industry standards, adoption & support High quality, safety & reliability businesses have come to rely on Robust, thorough solutions validation by and with industry leaders Thread parallelism started 10 years ago; HT (2 virtual cores) today Get More for Your Business

50 Intel Software Network Registered to the network and learn more about Microsoft* solutions on Intel Architecture VISION & TECHNOLOGIES COLLABORATION PRODUCTS TRAINING SERVICES WEBSITE

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