Pranav MehtaSr. Principal Engineer & CTO

Embedded & Communications GroupIntel Corporation

Unleashing Embedded InternetUnleashing Embedded InternetDelivering the next Billion Connected DevicesDelivering the next Billion Connected Devices

What is an “Embedded Device?”

An Embedded Device is a differentiated compute platform that is either invisible, being part of a larger infrastructure, or predetermined to expose limited capabilities in deference to a dominant usage.

IA FUELING INNOVATION IN EMBEDDEDIA FUELING INNOVATION IN EMBEDDED>30 SEGMENTS>30 SEGMENTS…… >3500 CUSTOMERS>3500 CUSTOMERS…… 30+ YEARS30+ YEARS

Digital Signage

Robotics

Digital SecuritySurveillance

Printers

TransportationTest & Measurement

NetworkAppliances

WirelessInfrastructure

Routing & Switching

EnterpriseVoIP

EnterpriseSecurity

IP Services

Military ATM MedicalImaging

GamingAerospace Kiosks

Point of SaleIndustrial PC Thin Client

In-VehicleInfotainment

Medical Portable

IP Cameras

Home Automation

Sensors ResidentialGateway

IP MediaPhones

FactoryAutomation

Energy& Utilities

Control

In-VehicleInfotainment

IP CamerasHome Automation

IP MediaPhones

Digital Signage

ResidentialGateway

Utilities Control

Medical Portable

Robotics TransportationSensors FactoryAutomation

StorageWirelessInfrastructure Routers VoIP

Gaming

Point of Sale EnterpriseSecurity

IPTV/ IMSMAG PrintersMedicalImaging

Industrial PC

EMBEDDED GROWTH TODAY AND FUTUREEMBEDDED GROWTH TODAY AND FUTURE

Lower PowerLower PowerLower CostLower Cost

Higher Higher IntegrationIntegration

Deeply Deeply EmbeddedEmbedded

PC/ServerPC/Server--LikeLike

DeeplyDeeplyEmbeddedEmbedded

Connected Medical

EKGsCTMRIPETX-RaysPortable UltrasoundBedside TerminalsBlood AnalyzersDigital AmbulanceRobotic Surgery

Connected Retail

POSDigital SignageIn-store KiosksSmart Shopping CartsIP CamerasATMsPortable POS

Connected Factory

System Level ControllerIndustrial PCHuman Machine InterfaceProgrammable Logic Ctr.Computer Numerical Ctr.Intelligent Drives

Comm. CenterField Comm. CenterRadar StationManned VehiclesUnmanned VehiclesConnected SoldierBallisticsIP CamerasAvionics

Connected Military

RISE OF CONNECED ENVIRONMENTSRISE OF CONNECED ENVIRONMENTSEMBEDDED IA POSITIONED TO DELIVER NEW INNOVATIONEMBEDDED IA POSITIONED TO DELIVER NEW INNOVATION

IA

What will Future Intel Cores Look Like?

P54CP54CInIn--OrderOrder75 MHz75 MHz3.2 M transistors3.2 M transistors500 nm500 nm148 mm148 mm22

Pentium DerivativePentium Derivative

P54C LikeP54C LikeSmall CoreSmall Core

(on 45nm and beyond)(on 45nm and beyond)

Small Core Small Core -- AtomAtom(on 45, 32nm)(on 45, 32nm)

InIn--OrderOrder~2~2 GHzGHz

45 nm and 45 nm and laterlater

ParallelismParallelism

Historical Pentium Processor RevisitedHistorical Pentium Processor Revisited

NehalemNehalemOutOut--OfOf--OrderOrder33++ GHzGHz731731 M transistorsM transistors45 nm45 nm

Tick/TockTick/Tock

Core Core µµArchitecture Architecture DerivativeDerivative

OutOut--OfOf--Order Order 33++ GHzGHz

Transistor count: MooreTransistor count: Moore’’s s LawLaw

45 nm and later45 nm and later

Single Thread Single Thread Performance & Performance &

ParallelismParallelism

NewNewBig CoreBig Core

Low PowerLow PowerSoCsSoCs

New CoreNew Process

Superior Energy Efficient PerformanceSuperior Energy Efficient Performance-- Turbo Mode and Dynamic Power ManagementTurbo Mode and Dynamic Power Management

-- Best in class memory bandwidth with QPIBest in class memory bandwidth with QPI

-- IntelIntel’’s 2nd Generation Virtualizations 2nd Generation Virtualization

-- Hyper Threading TechnologyHyper Threading Technology

NEHALEMNEHALEMNEXT GENERATION NEXT GENERATION CORE MICROARCHITECTURECORE MICROARCHITECTURE

Relative Performance Improvement with Intel® Xeon® 5500 Platform

0

0.5

1

1.5

2

2.5

3

3.5

Data Planeperformance (Mpps)

Peak Forarding Gbpswith one dual port

10Gbe adapter

Peak ForwardingGbps with multiple

10Gbe adapters

VOIP trancodingperformance

Benchmarks

Rea

ltive

Sco

re

Xeon® 5400 Processor/5100 chipset

Xeon® 5500 Processor

Intel’s lowest power CPU0.65-2.4 watts TdP1

Low average power2 (160-220mW) Low idle power3(80-100mW)

Intel’s smallest processor built with the world’s smallest transistors< 25 mm2 die size45nm High-K CMOS47 million transistors

Ground Up Design with Core ® 2 Duo (Merom) ISA CompatibilityIntel ® Virtualization TechnologySSE3, SSSE3 Support

INTEL® ATOM™PROCESSOR

Fastest processor in sub 3W space800MHz – 1.86Ghz533MHz & 400MHz FSBHT Technology1

Intel ® Digital Media Boost

1. HT Technology can add 200mW of power above quoted TDP for HT SKUs when multi-threaded applications are run.2. Average power is defined as measured CPU power whilst running BAPCo MobileMark’05 Office Productivity suite on Microsoft*

Windows* XP for a period of 90min at 50°C . 3. Idle power is measured when running Windows Vista in idle at 50C

Keys to the Architecture

On-die Fabric

Cache/Memory Hierarchy

Hardware Adaptability

Software

In short…A Platform Approach!

HW experts for application specific content, Basic “how to design” IA training and support

HW DESIGN & SUPPORT

SW Engineering support for Training, Porting, Tools

SOFTWARE & TOOLS SUPPORT

POC and Demo Creation Support for CustomersNew Tool Testing and Validation

SOLUTIONS LAB

Competitive Analysis and Data for Custom solutions

BENCHMARKING

Embedded Architecture Conversion Support

Intel® Embedded and Communications Alliance

Solutions at Multiple levelsSolutions at

Multiple levels

Tools & TrainingTools & Training

~10 Solution Integrators~20 Platform Integrators~80 Technology Providers

VendorChoice

VendorChoice

Co-Marketing Programs

Co-Marketing Programs

Industry AwarenessIndustry

Awareness

Business Relationships

Business Relationships

Co-SellingCo-Selling

Trusted Supply Line

Trusted Supply Line

The Intel® Embedded Design Center

(now localized!)

… and other programsaimed at Embedded

developers & academia

Research& CurriculumOpportunities

Power

Parallel Software Reliability

Multi- and Many CorePerformance

InterconnectNetworking

Embedded Internet:New Paradigm…New Opportunities

System LevelUsage Models

Together, we can Together, we can ““accelerate the embedded transformation!accelerate the embedded transformation!””

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Designers must not rely on the absence or characteristics of any features or instructions marked "reserved" or "undefined." Intel reserves these for future definition and shall have no responsibility whatsoever for conflicts or incompatibilities arising from future changes to them.

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