Intel New Technology

7/29/2019 Intel New Technology

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IntelIntel


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Agenda

Road to 64-bit

Current Platform Innovations

Future Platform Innovations

Summary


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A Historical Perspective 8-bit software appeared in the industry with the introduction of

8080

16-bit software transition happened with the introduction of

8086/88 processor

32-bit software transition began when Intel introduced 80386

processor

64-bit software transition started with the introduction of

Intel Itanium processor (EPIC Architecture)

Introduction of 64-bit Intel Xeon processor, 64-bit

capability for all enterprise server and workstation marketsegments

Introduction of 64-bit Intel Pentium 4 Processor 6xx

sequence supporting HT Technology for Desktop market

segment

1972

1978

1985

2001

2004

2005


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64 CPU GPRs64

bit

64 bit64 bit 64 bit 64 bit


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64


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64 bit

4GB


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The Move to IntelArchitecture (Multi-core & 64-bit)

Dual/Multi-core

Montecito Montvale Tukwila

DimonaMillington DP Montvale

Presler

Smithfield

Future

PentiumProcessorExtreme Edition

Yonah Future

Single core

Cedar MillPentium

4processor

Yonah

WhitefieldPaxville Tulsa

FutureDempsey

Current 2005 2006+ Future

DesktopClient

Pentium 4processor

Itanium 2 Processor

Itanium 2 /Fanwood

MobileClient

PentiumM processor

Platform

64-bit Xeon processorMP

Intel XeonProcessor MP

64-bit Intel Xeon Processor w/ 2MB cache


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64x64

(64-bit)IPF

(Itanium Processor Family)

x866432

Windows64

Explicitly Parallel InstructionComputingEPIC

Windows


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Technology Description: IntelEM64T

04 IA-32

8-SSE & 8-Gen Purpose

(64-bit)

64-Bit Pointers, Registers

+ = 64


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Itanium Architecture: Explicit Parallelism

compilerHardware

OriginalSourceCode

......

......

Execution Units unusedreduced efficiency

SequentialMachine Code

OriginalSourceCode

Itanium -based

compiler

......

......Multiple executionunits

resources usedmore efficiently

ParallelMachine Code

Traditional Itanium Architecture

Massive

Resources

Performance through Parallelism


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Compile

64-bitcode clean

OptimizeFor X64OptimizeFor EPIC

Migration To 64-bit

Step 1

Step 2Step 3 Step 3


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32- x86

64-x64

64-IPF


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Agenda

Road to 64-bit



Summary


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Products and technologies designed and validatedtogether to deliver greater end user benefits

64-bit Intel Platform

Lower CostEnable Growth

Mitigate Risk

Large cache

Platformvalidation

PowermanagementL3 Cache

PCIExpress*

IO RAID

SSE3HT Technology

Sys Mgmt Bus

Platformcompatibility

64bit

XD bit

ECC SystemBusDemand Based

Switching

FasterFSB

Virtualization

I/O AT

Multi Core

iAMT

FB DIMMs


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0

500

1000

1500

2000

66-33 50-50

PCI-X 133

PCI-X 266

PCI Express x4

PCI Express x8

Delivere

dBandwidth(MB)

I-O/

PCI Express I/O x16

I/O

I/O I/O

Source: Merrill Lynch1980 1990 2000

PCI Express*

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

Source: Internal Intel estimated measurements

PCI Express*


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PCIExpress PCI


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ISA 8.33MB/SEISA 133MB/SVISA 133MB/SPCI 133MB/S

AGP-1X 266MB/SAGP-2X 533MB/SAGP-4X 1.O66GB/SAGP-8X 2.133GB/S

PCI Express1X 500MB/SPCI Express2X 1GB/SPCI Express4X 2GB/SPCI Express8X 4GB/SPCI Express16X 8GB/S


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PCI Express

S P B fi i h


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System Power Benefits withDemand Based Switching (DBS)Enhanced Intel SpeedStep technology

1U Intel Xeonprocessor platform

45% CPU utilizationrunning WebBench

Any difference in systems tested, configurations or assumptions made may affect actual results or performance.

Power Meter

200

DBS OFF

200

DBS ON

316W

240W

$100KSavingsannuallyfor every

500servers

PDU

PDU

PDU

PDU

PDU

PDU

PDU

PDU

PDU

PDU

PDU

PDU

Measurements based on Intel testing.

Cost assumptions made for systems tested:a. Power in costs assumed at $0.10 / KWhb. Cooling costs assumed to be roughly 2X thepower-in costs0

Up to 28% reduction in system power and savingsup to $100K annually with DBS

2.80 GHz1.2V

EXAMPLE ONLY

High

Low

Utilizati

on

3.20 GHz1.3V

3.60 GHz1.4V


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Agenda

Road to 64-bit



Summary


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Core0 Core1

Front Side Bus

=2

=2

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

Enables

Higher Performance

More Power Efficiency

New Capabilities


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Threading Evolution & Multi-Core

Cache

Execution

State State

Bus

Cache

Execution

State

Bus

Cache

Execution

State

Bus

Cache

Execution

State

Bus

Cache

Execution

State

Bus

Pentium 4with HT

Dual Xeon Processors Dual Core

2 Threads1 Package

2 Threads2 Packages

2 Threads1 Package

Improve threading support in a single package

Features are for planning purposes only, and subject to change without notice.

Two independent executioncores in the same processor


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Cores and Logical Thread Roadmap

Current Platforms

Pentium 4 processor(1 core, 2 Threads)

MobileClient

DesktopClient

ItaniumMP Server

Itanium 2-6M/Itanium 2-9M(1 core, 1 thread)Intel E8870/OEM

Tukwila(2+ cores, 4+ threads)

Common Platform

Intel Xeon Processor MP(1 core, 2 Threads)

OEM chip sets

Whitefield(2+ cores, 2+ threads)

Common Platform

Xeon MPServer

Itanium 2 (+ LV)/Fanwood (+LV)(1 core, 1 thread)

Intel E8870/OEM

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

Intel E8870/OEM

Dimona (+ LV)(2+ cores, 4+ threads)

Common Platform

Itanium DP

Server

Intel Xeon ProcessorIntel E7520 and Intel E7320

Xeon DPServer/WS

2005 2006+ Future

Montecito / Montvale(2 cores, 4 threads)Intel E8870/OEM

Irwindale(1 core, 2 Threads)

Lindenhurst/Tumwater

Pentium M processorMobile-optimized micro-architecture

Paxville / Tulsa(2 cores, 2+ threads)

Intel Twin Castle/OEM

Cranford/Potomac(1 core, 2 Threads)

Intel Twin Castle/OEM

Presler 65nm(2 cores, 2 threads)

Smithfield(2 cores, 2 threads)

Cedar Mill 65nm(1 core, 2 Threads)

Yonah(2 cores, 2 threads)

New Integrated Graphics Chipset

Future(2+ cores, 2+ threads)

Next generation chip set

Dempsey(2 cores, 2+ threads)

Next generation chip set



Pentium 4 processor(1 core, 2 Threads)

Dual/Multi-core

Single core

X+ indicates X or more


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Intel D 8

D 840 D 830 D 820

Pentium Extreme Edition

I l A i M T h l


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IntelActive Management TechnologyDiscover Your Assets

Discover: Intel

AMT downloads HW &SW asset information from the BIOSand OS into non-volatile memory duringboot, which can be accessed by ITanytime because users cant remove orprevent IT access to the information.

??

?

?

IT ManagementConsole

PCs on Network

Vi li i & VT


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Virtualization & VT

Platform Hardware

OS

AppAppApp

WITHOUT VIRTUALIZATION WITH VIRTUALIZATION

Min

Platform Hardware (VT enhanced)

Virtual Machine Monitor

OS

AppsAppsApps .

OS

AppsAppsApps

OS

AppsAppsApps

Virtualization: One physical machine functions as multiple virtualmachines

Virtual Machine Monitor (VMM): Layer of system software that enablesmultiple OSs to share hardware & can allow Applications to run withoutmodifications

Intel Virtualization Technology*: improves VMM-based virtualizationsolutions and broadens virtualization deployment opportunity

For Servers & Clients*Intel Virtualization Technology (formerly codenamed Vanderpool Technology VT) requires a computer system with a processor, chipset, BIOS, virtual machine monitor (VMM) and in rare instances

applications enabled for VT. Functionality, performance or other VT benefit will vary depending on hardware and software configurations. VT-enabled BIOS and VMM applications are currently indevelopment.


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VT

Vista


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Agenda

Road to 64-bit



Summary

S


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Summary

64-bit Computing Two industry std

architectures X64

EPIC

Current Platform Innovations PCI Express Demand Based Switching (DBS)

Enhanced SpeedStep technology

Future Platform Innovations Multi-Core

Active Management Technology

Virtualization Technology

Documents

Intel New Technology