Intel® 64-bit Platforms Platform Features. Agenda Introduction and Positioning of Intel® 64-bit...

Intel® 64-bit Platforms Platform Features

Agenda

• Introduction and Positioning of Intel® 64-bit Platforms

• Intel® 64-Bit Xeon™ Platforms

• Intel® Itanium® Platforms

• Intel® High-end Desktop

• Intel® Software Network

Intel Architecture Shift• 8-bit software appeared; 8080 processor

• 16-bit software transition: 8086/88 processor

• 32-bit software transition began: 80386 processor

• 64-bit software transition started: Intel® Itanium® processor

• 64-bit ramp begins: Intel® Itanium® 2 platforms

• 64-bit Intel® Xeon™ processor - Intel delivering 64-bit capability for all market segments

Transition From 16bit To 32bitTransition From 16bit To 32bit Applications Took Over 10 YearsTransition From 16bit To 32bitTransition From 16bit To 32bit

Applications Took Over 10 Years

Circa

19721972

19781978

19851985

20012001

20042004

20022002

Previous Previous Architecture Or Architecture Or

SolutionsSolutions

Transition Transition BenefitsBenefits

RISC RISC ReplacementReplacement

IA-32 IA-32 ArchitectureArchitecture

Exceptional Exceptional performance with performance with choice of OS, SW choice of OS, SW and HW vendorsand HW vendors

64-bit support via 64-bit support via IntelIntel®® EM64T, great EM64T, great performance for performance for

32-bit apps32-bit apps

Architecture Of Architecture Of ChoiceChoice

Outstanding price/performance and the Outstanding price/performance and the broadest range of 32 bit apps and broadest range of 32 bit apps and

headroom for 64-bit appsheadroom for 64-bit apps

Premier performance, reliability and Premier performance, reliability and scalability for the most demanding scalability for the most demanding

applications; cost effective vs. RISCapplications; cost effective vs. RISC

Two Enterprise 64-bit Architectures

0%

20%

40%

60%

80%

100%

Q3'04 Q4'04 Q1'05 Q2'05 Q3'05 Q4'05

0%

20%

40%

60%

80%

100%

Q3'04 Q4'04 Q1'05 Q2'05 Q3'05 Q4'05

Transition to 64-Bit Architectures

Source: Intel Source: Intel

Corporate ClientCorporate Client

ServerServer0%

20%

40%

60%

80%

100%

Intel Xeonprocessor

(1 core, 2 Threads)

Irwindale (1 core, 2 Threads)

Dempsey(2 cores, 4 threads)

Pentium® 4Processor

(1 core, 2 Threads)

Smithfield(2 cores, 2 threads)

Future 65nm (2 cores, 2 threads)

Yonah(2 cores, 2 threads)

2005 2006+

Millington (+ LV) Montvale (2 cores, 4 threads)

Itanium 2 processor (+ LV)/Fanwood (+LV)

(1 core, 1 thread)

Current Platforms

Mobile Client

DesktopClient

Itanium®

processorServer

Intel® Xeon™ processorServer/WS

X+ indicates X or more

Pentium® M processorMobile-optimized microarchitecture

Dual Core Timeline

All products and dates are preliminary and subject to change without notice.

Design Your Applications for Parallelism!Design Your Applications for Parallelism!Design Your Applications for Parallelism!Design Your Applications for Parallelism!

Intel Strategy – Driving Thread Parallelism

• Hyper Threading Technology : – Parallelism via better utilization of existing resources

• Dual Core: – Powerful evolution of HT that provides 2 full execution

cores in a single processor socket• Future Multi-core:

– Continued processor level parallelism with >=2 cores in a single processor

• Delivered in Volume:

Agenda


• Intel® 64-Bit Xeon® Platforms




Intel Virtualization Technology Intel Virtualization Technology Dual core CPUsDual core CPUsFully buffered DIMMsFully buffered DIMMs Intel I/O AccelerationIntel I/O Acceleration

Intel Active Management TechnologyIntel Active Management Technology

Intel® Xeon™ Processor Platforms

2003 & Prior Enhancements2003 & Prior EnhancementsHyper-Threading TechnologyHyper-Threading TechnologyIntel® Netburst™ micro-Intel® Netburst™ micro-architecturearchitectureSSE & SSE2 instructionsSSE & SSE2 instructions

2005 and Future Enhancements2005 and Future Enhancements

2004 Enhancements2004 EnhancementsNew SSE3 Instructions New SSE3 Instructions 800MHz FSB 800MHz FSB PCI Express* PCI Express* 64-bit Intel® Xeon™ processor 64-bit Intel® Xeon™ processor Power Management Power Management

- Demand Based Switching (DBS)- Demand Based Switching (DBS) DDR2 MemoryDDR2 Memory - Higher capacity & performance w/ - Higher capacity & performance w/ lower power lower power

Platform innovations delivering performance, reliability & manageability Platform innovations delivering performance, reliability & manageability Platform innovations delivering performance, reliability & manageability Platform innovations delivering performance, reliability & manageability

Agenda






Dual-core; Multi-threadingDual-core; Multi-threadingVirtualizationVirtualization

Power Management TechnologyPower Management TechnologyDemand Based Switching (DBS)Demand Based Switching (DBS)

PCI Express*PCI Express*Fully-buffered DIMMS (FBD) , DDR IIFully-buffered DIMMS (FBD) , DDR II

Enhanced System Bus Bandwidth, cache Enhanced System Bus Bandwidth, cache reliability, and processor performancereliability, and processor performance

2005+ Planned Enhancements2005+ Planned Enhancements

Itanium® 2-Based Platforms2004 & Prior Enhancements2004 & Prior Enhancements

EPIC architectureEPIC architectureEnhanced Machine Check ArchitectureEnhanced Machine Check Architecture

FMAC for floating-point leadershipFMAC for floating-point leadershipLargest on-die resources for demanding Largest on-die resources for demanding

workloadsworkloads

Future EnhancementsFuture Enhancements

Common platform architecture with Xeon processor Common platform architecture with Xeon processor Multi-core; Hardware VirtualizationMulti-core; Hardware Virtualization

Enhanced I/O, memory & RASEnhanced I/O, memory & RAS

Innovations deliver Intel’s highest performance, Innovations deliver Intel’s highest performance, reliability and manageability solutions for the enterprisereliability and manageability solutions for the enterprise

Innovations deliver Intel’s highest performance, Innovations deliver Intel’s highest performance, reliability and manageability solutions for the enterprisereliability and manageability solutions for the enterprise

Agenda




• Intel® High-end Desktop and Workstation platforms


13

Intel® Pentium® 4-based Performance Desktop Platform with Intel® 925XE Express Chipset

PCI Express* x16PCI Express* x16Discrete GraphicsDiscrete Graphics

Intel® High Definition Intel® High Definition AudioAudio

800 / 1066MHz FSB800 / 1066MHz FSB

4 Serial ATA 4 Serial ATA portsports

Intel® Matrix Intel® Matrix StorageStorage

TechnologyTechnology22

Hyper-ThreadingHyper-Threading Technology Technology 11

8 Hi-Speed USB 2.0 8 Hi-Speed USB 2.0 PortsPorts

4 PCI Express* x1 lanes4 PCI Express* x1 lanes

2 RAID 0/1 and Advanced Host Controller Interface (AHCI) will be available only on the ICH6R SKU

Dual Channel DDR2-533Dual Channel DDR2-533

The Intel® 925XE Express Chipset provides leading edge technologies & The Intel® 925XE Express Chipset provides leading edge technologies & performanceperformance

The Intel® 925XE Express Chipset provides leading edge technologies & The Intel® 925XE Express Chipset provides leading edge technologies & performanceperformance

Intel® 945/955 Chipset FamilyPlatform Enhancements vs. Intel® 915/925 Express

Chipset

GMCHGMCH

1 PATA port1 PATA port

Intel® MST (RAID Intel® MST (RAID 0,1,0,1,5,105,10 and AHCI) and AHCI)11

PCI PortsPCI Ports

1 Features only available in value-add ICH7 SKUs

*Other names and brands may be claimed as the property of others

4-SATA at4-SATA at 3.0 Gb/s 3.0 Gb/s

Dual-Ch DDR2-Dual-Ch DDR2-667/533/400667/533/400

1066/800/533 MHz FSB1066/800/533 MHz FSB

HT TechnologyHT Technology

Platform SoftwarePlatform Software

Enhanced GFX CoreEnhanced GFX Core

PCI-Express* x16 GFXPCI-Express* x16 GFX

Intel® HD AudioIntel® HD Audio

8-Hi-Speed USB2.08-Hi-Speed USB2.0

6-PCI-E* x1 Expansion6-PCI-E* x1 Expansion11

Intel® Active Management Intel® Active Management TechnologyTechnology

ADD2+ Media CardADD2+ Media Card

8xx, Presler, and Cedar 8xx, Presler, and Cedar Mill processor supportMill processor support

Energy LakeEnergy Lake11

2005 Desktop Platform Enhancements for the Digital Home and Digital Office

Dual Core Update• The Intel® Pentium® Processor Extreme Edition 840 adds dual core to the

Extreme Edition lineup– 3.2GHz with Hyper-Threading Technology, 2x1MB L2 cache, EM64T,

and Execute Disable Bit, targeted for launch in Q2’05– Supported by the Intel® 955X Express chipset

• Additional dual core products on track for Q2’05 introduction with the Intel® Pentium® D Processor– Intel® Pentium® D Processor 840, 830, and 820 planned for

introduction in Q2’05– Featuring 2x1MB L2 cache, EM64T, Execute Disable Bit, and EIST**– Supported by Intel® 955X and 945 Express chipset based platforms

Agenda


• Intel® High-end Desktop and Workstation platforms




Summary

• 64 Bit Computing is Here. Move Now!

• Dual-core today, multi-core tomorrow

Intel® 64-bit Platforms Platform Features. Agenda Introduction and Positioning of Intel® 64-bit...

Documents

Transcript of Intel® 64-bit Platforms Platform Features. Agenda Introduction and Positioning of Intel® 64-bit...