Connecting People to Cars - Fujitsu · Connecting People to Cars Convergence 2008. October 21, 2008 2 Fujitsu Microelectronics America, Inc. Agenda ... prog pixel shaders GL ES 2.0

October 21, 2008 Fujitsu Microelectronics America, Inc.

Connecting People to Cars

Convergence 2008

2October 21, 2008 Fujitsu Microelectronics America, Inc.

AgendaAgenda

Introduction Emi IgarashiFujitsu Automotive Business Update Takeshi FuseMicrocontroller Product Update Akio Nezu Graphics Display Controller Update Dan Landeck Summary and Q&As Phil Hughes


Fujitsu Automotive Business Update

Takeshi FuseGlobal Marketing and Strategy

Automotive DivisionFujitsu Microelectronics Limited


Fujitsu at a Glance

Headquarters: Tokyo, JapanPresident: Kuniaki NozoeEstablished: June 1935Revenue: 5,330.9 billion yen (US$ 53.3 billion)Net Income: 48.1 billion yen (US$ 481 million)R&D Expenditure: 258.7 billion yen (US$ 2.59 billion)Employees: 167,000 (as Group, 100,000 Japan and 67,000 overseas)Principal Business Technology Solutions, Ubiquitous Product Solutions,Areas: Device SolutionsStock Exchange Tokyo (Code: 6702), Osaka, Nagoya, Listings: Frankfurt, London, Swiss

Note: Consolidated net sales, net income and R&D expenditure for fiscal year end March 31, 2008. US$1 = ¥100. WW employees as of March 31, 2008.Consolidated net sales by business segment include inter-segment sales.

9.1%13.8%

20.5%56.6%

Other Operations

Ubiquitous Product

Solutions

Technology Solutions

Device Solutions

< FY 2007 Revenue by Business Segment >

New company was established on March 21, 2008

New company was established on March 21, 2008


60 billion JPY (US$ 600 million)Capital6,800 as FML, 13,500 consolidated except for NFMC (as of March 2008) Employees

Fujitsu Limited (Tokyo Stock Exchange 6702), 100% shareholderShareholders

April 1 to March 31 Fiscal Year

March 21, 2008Date of Establishment

Design, manufacturing and sales of LSI productsBusiness

Shinjuku Daiichi Seimei Bldg., 2-7-1 Nishi-Shinjuku, Tokyo, Japan Headquarters

Haruki Okada, PresidentShigeru Fujii, Corporate Senior Executive Vice PresidentRepresentatives

FUJITSU MICROELECTRONICS LIMITED (FML)Corporate Name

Fujitsu Microelectronics Limited at a Glance


Iwate Plant

Aizu Wakamatsu Plant

Mie Plant

FML HQ

Akiruno Technology Center

Fujitsu Microelectronics Europe GmbH (FME)

Fujitsu Microelectronics Korea Ltd. (FMK)

Fujitsu Microelectronics Pacific Asia Ltd. (FMP)

Fujitsu Microelectronics Asia Pte. Ltd. (FMAL)

Fujitsu Microelectronics America, Inc. (FMA)

Fujitsu Microelectronics (Shanghai) Co., Ltd. (FMC)

Fujitsu Microelectronics GroupFFujitsu Microelectronics Groupujitsu Microelectronics Group

Overseas: only HQ is shown

FMA Detroit


Copyright 2008 FUJITSU LIMITED

7

WiMAXSuper 3GMilbeautOFDMPower Management IC

Power Management ICOFDMWiMAX

MilbeautH.264MPEGMicrocontrollersOFDMRF CMOS

MicrocontrollersGraphics1394SmartCODEC FlexRay

Digital AV

Mobile Phones

Automotive PC

SecurityFRAMIPv6IPSec

Fujitsu Microelectronics Business Emphasis


Currently a supplier of microcontrollers (MCUs) and Graphics Display Controllers (GDCs) to almost all car makers worldwide~10% CAN MCU share worldwide #1 share in the graphics controllers market for map-based automotive navigation systemsThe only supplier of 1394-Automotive controllers with PHY+Linkall in one chip Premium member of AUTOSAR consortium and an active member of JASPAR and 1394 Trade Association

Automotive Capabilities and CredentialsAutomotive Capabilities and Credentials


Snapshot: Fujitsu Products in “Systems”Snapshot: Fujitsu Products in “Systems”

Seat/Seat Belt

Door Module

Air-Conditioner Panel

Electrical PowerSteering (EPS)

ABS/Stability

Air Bag/Passenger Detection

Power Steering/Steering Sensor Dashboard/Gateway/

Body Control Module

Rear Module

パワーウィンドゥ開閉

MB90385MB90365

MB90385MB90340

MB90340MB90945MB90420GMB95100

MB90350AMB95100MB95110

MB90590/595GMB90340MB90390MB91360MB91460MB86276MB86R01

MB90385MB90340MB95110

MB90385MB90350A

MB90385MB91265N

Car AudioMB90340MB91460

MB90360MB91460

Keyless EntryMB90385

CANController Area Network

NavigationCenter Console

MB86297MB86295/6MB86R01MB86276

Rear Seat EntertainmentCamera and other AV network

MB88388AMB88389

Microcontroller Family

Graphics Display Controller

1394Controller


Our MissionOur Mission

Conserve Energy and Natural ResourcesLow power consumption, products to reduce wire harness (vehicle weight)

Help Make Safe and Reliable Vehicles a RealityImplement quality and safety in our products"Zero defects," "zero accidents"

Help Provide In-car Comfort and ConvenienceImplement more bandwidth in car networking and provide technology for visual car-to-human communication


2008 Highlight: Supporting Technological Paradigm Shift2008 Highlight: Supporting Technological Paradigm Shift

In-car Networking EvolutionMore reliable data transferHigh data bandwidth (HD video rate)Reduce harness Increase scalability

Dashboard EvolutionMultiple display panel installationSophisticated graphical user interface


Automotive Multiplex TechnologyAutomotive Multiplex Technology

MOST

1394100 Mbps and up

~ 10 Mbps

Information technologyand telematics demand bandwidth

1990 1995 2000 2005 2010

J1850, VANN

CAN

LIN

FlexRay

10 Mbps

~ 1 Mbps

~ 50 Kbps

Control BusControl Bus

Information/Entertainment BusInformation/Entertainment Bus

Standardization drives CAN implementation

Low-cost sub-network

Support higher node counts, higher bit rates, robustness, safety…

Early implementation

~ 125 Kbps


CANCAN-FlexRayGateway with AUTOSAR

FlexRay

CRAMAS

Virtual system

Safety

1394

Comfort

Next In-car Networking – Demo at the BoothNext In-car Networking – Demo at the Booth


Navigation Image TransferWideband Network

Low Latency Transfer

1394 Solution – Demo at the Booth1394 Solution 1394 Solution –– Demo at the BoothDemo at the Booth


2005 2006 2007 2008 2009 2010

MB88387MPEG & Audio

MB88389Audio

MB88388ABT.601 & AudioSmartCODEC

BT.601 & AudioSmartCODEC

400Mbps 800Mbps & SoC

For In-Vehicle Entertainment

For Camera Network

For DisplayBT.601 & AudioSmartCODEC

For Head UnitBT.601 & Audio

SmartCODECx2ch

For AmplifierAudio

For Camera HostBT.601

SmartCODEC:DECx4ch

For CameraBT.601

SmartCODEC:Enc

1394-Automotive Product Roadmap1394-Automotive Product Roadmap


Display system evolution to multi-function, high resolution/qualityMultiple displays in console, cluster, rear-view camera applicationsFast, highly reliable control and information networking

Intelligent cluster system

Graphics-based Car-human Communication

1394FlexRay/CAN/LIN

Gateway Technology

Next Dashboard SystemsNext Dashboard Systems


Graphics Display Controller Roadmap

'08

Red Line: High-end Infotainment GPUs

266/133 MHz, 8 layers, 2D/3D,

GL ES 1.1

CarmineCarmineMB86297MB86297

266/400 MHzprog pixel shaders

GL ES 2.0

Green Line: Jade SOC Family

IndigoIndigoMB88F332MB88F332

Blue Line: Low-end / Sprite Engine GDCs

'09 '10'07

MintMintMB86277MB86277

Jade NextJade Next

In DesignIn Design

AvailableAvailable

UnderUnderDevelopmentDevelopment

JadeJadeMB86R01MB86R01

Next SOC Next SOC

Indigo 2Indigo 2

LimeLimeMB86276MB86276

'06

CoralCoralMB86296MB86296

Next GDCNext GDC

Next GDC Next GDC


The group that decides the FlexRay specification

2000: FlexRay Consortium starts2002: FlexRay PHY Layer

（Ver1.1/1.2/1.9/2.0/2.1）2003: FlexRay CC Layer

（Ver1.0/1.9/2.0/2.1）2005: FlexRay Conformance

（Ver1.0）

FJ: Joining as an Associate Member

The standardization group of software for the car

Since 2003HIS AUTOSAR

- Basic software- Standardization of functional I/F- Integration of software

FJ: Joining as a Premium Member

Since 2004The first standardization group in Japan for software for the car

- FlexRay conformance WG- FlexRay tool WG- MCU WG- Software WG

FJ: Joining as a Regular Member

2000: DTCP license acquisition2002: 1394 LSI with a built-in DTCP is

released to the consumer market2005: Automotive 1394 LSI with a built-in

DTCP is releasedAutomotive WGStandardization activity of automotive 1394

Working with Standards BodiesWorking with Standards Bodies


Microcontroller Product Update

Akio NezuFujitsu Microelectronics America, Inc.


F2MC-16LX0.5μm / 0.35μm process family

F2MC-16LX0.5μm / 0.35μm process family

F2MC-16FX0.18μm process family

F2MC-16FX0.18μm process family

F2MC-8L0.65μm / 0.5μm process family

F2MC-8L0.65μm / 0.5μm process family

FR60Lite0.35μm / 0.18μm process family

FR60Lite0.35μm / 0.18μm process family

FR0.35 / 0.18μm process family

FR0.35 / 0.18μm process family

16-bitFull set of peripherals Wide product portfolioFlash, CAN, LIN

32-bit High-performance 32-bit RISC MCUFlash, CAN, LIN, FlexRayLiteCost- and performance-optimizedRISC MCU, Flash, CAN, LIN

8-bitWide product portfolioFlash, LIN

F2MC-8FX 0.35μm process family

F2MC-8FX 0.35μm process family

Next-gen FR core180 / 90nm process family

Next-gen FR core180 / 90nm process family

High-end 32-bitHigh-performance 32-bit RISC MCUDomain Controller, CAN, FlexRay

CPU FamiliesCPU Families


Key Features for Next-Generation MCUsKey Features for Next-Generation MCUs

0.18μm and 90nm processesImproved 16-bit coreFR80 core with MPU and FPUOne architecture to cover several application domainsFunctional safety features

ECCTiming protectionFault robustness

Improved on-chip debug supportLarger Flash sizes (up to 4MB embedded Flash)ScalabilityEEPROM emulation (in Flash) as standardImproved peripheralsAutomotive operating systems

AUTOSAR scalability class 1 – 4


Announcing 16FX FamilyAnnouncing 16FX Family

56MHz – High-speed OperationLow power consumption0.8mA / MHzFlexible, energy-efficient clock system

Enhanced Peripherals32-message buffer CANPin relocation

Fail SafeOn-chip CR clock (100kHz/2MHz)Clock-stop detectionWatchdog timer by independent clock sourceUnder/overflow voltage detection


64pin 100pin48pin 80pin

MB963xx

MB96350

Dual CAN (32-message buffer)

120pin 144pin

MB96320 MB96340 MB96380

Single CAN (32-message buffer)

MB96330

MB963xx*

32pin

USB

Triple CAN (32-message buffer)

MB96370

LCDC4COM × 72SEG

LCDC4COM × 65SEG

MB96390

LCDC 4COM × 49SEG* Under planning

*

F2MC-16FX LineupF2MC-16FX Lineup


Announcing FR – MB91460 FamilyAnnouncing FR – MB91460 Family

100MHz – Internal ClockFlexible, energy-efficient clock system

Enhanced PeripheralsMax. 4MB embedded Flash64-message buffer CAN up to 6-chFlexRay support

Fail SafeOn-chip CR clock (100kHz/2MHz)Clock-stop detectionWatchdog timer by independent clock sourceUnder/overflow voltage detection

ApplicationsInfotainment, FlexRay, dashboard,body control gateway


FlexRay

Infotainment

Body Control Gateway

MB91461R

MB91F465XA

MB91F465K

QFP176, ROMless / 64kB, 2CAN, 7LIN, Ext. I/F

QFP176, 1MB / 40kB, 2CAN, 7LIN, Ext. I/F

QFP64, 256kB / 10kB, 2CAN, 4LIN

QFP100, 512kB / 32kB 2CAN FlexRay

Dashboard MB91F467D

QFP208, 1MB / 64kB 3CAN, 5LIN Ext. I/F, 6SMC

QFP208, 512kB / 48kB 3CAN, 5LIN 6SMC

QFP144 1MB / 64kB 3CAN, 5LIN 6SMC

QFP120 512kB / 16kB 1CAN, 5LIN


BGA256 2MB / 96kB 5CAN, 7LIN, Ext. I/F

QFP144, 1MB / 40kB 6CAN, 7LIN


MB91F467R MB91F463N

MB91F467C MB91F465D

MB91F464A

MB91F469G

MB91F467B MB91F465B

MB91F467M

QFP216, 1MB / 64kB, 2CAN, MLB, I2S

QFP144, 512kB / 32kB 3CAN, 5LIN 6SMC

MB91F465C

MB91F469TUnder plan

QFP144, 2MB / 128kB, 1-2 CAN, ext. Bus

QFP176, 1MB / 64kB 2CAN, APIX Tx

MB91F467S


MB91F465P MB91F469QES E/Oct '08

QFP256, 2MB / 96kB 3CAN

MB91F467PES B/Jan '09


MB91460 Family by ApplicationMB91460 Family by Application


Enhanced 32-bit MCU with FR CPU Core: MB91F467S

32 Bit FR CPUFR60 core

(EDSU, Bit Search, Watchdog)Clock: internal 80MHz

Prefetch: 8KBBootRom

Supply voltage range 3.0-5.5V

32 Bit FR CPUFR60 core


Prefetch: 8KBBootRom

Supply voltage range 3.0-5.5V

Package: LQFP-176Package: LQFP-176Clock ModulatorClock Modulator

Clock SupervisorClock Supervisor

SubclockSubclock

Alarm Comparator Alarm Comparator

CAN 2ch (32msg)CAN 2ch (32msg)

LIN USART 5chLIN USART 5ch

I2C bus 3chI2C bus 3ch

ADC 16 chADC 16 ch

16 bit FR Timer 8ch

16 bit FR Timer 8ch

Output Compare4ch

Output Compare4ch Input Capture

8chInput Capture

8ch

PPG 16chPPG 16ch

16-bit ReloadTimer 8ch


External Bus I/F 24 adr / 32 dataExternal Bus I/F 24 adr / 32 data

External IRQs 16ch

External IRQs 16ch

Real Time ClockReal Time Clock

Up/Down Counter 2ch x 16bit

Up/Down Counter 2ch x 16bit

PFM PFM

Sound GeneratorSound Generator

HardwareWatchdog

HardwareWatchdog

MB91F467SAMB91F467SA Flash1088K

Flash1088K SRAM

64KSRAM64K

DMA 5ch DMA 5ch

APIX Tx (120MBit / 6Mbit)


DRIVING TO NEXT GENERATIONDRIVING TO NEXT GENERATIONFR60Lite33MHz Operation

FR60 w/I-Cache80MHz Operation

FR60 w/I-Cache50MHz Operation

FR60Lite50MHz Operation

• Low-noise• Low-leak process

• Build-in Programmable peripheral• High-Performance ADC• Very Low-leak process• On Chip Debugger• Embedded FRAM

FR80133MHz

FR80 w/I-Cache200MHz

• MPU / MMU + FPU• Improved Architecture

• Multifunction serial I/F (I2C, SIO, UART) • Fast 1us Conversion time 12bit ADC

• Enhance Bus access

FR80E w/I-Cache133MHz OperationFR80S80MHz Operation

FR – 32-bit CPU RevolutionFR – 32-bit CPU Revolution


Next-Generation FR81S CoreNext-Generation FR81S Core

CPU Architecture32-bit RISC load / store Harvard architecture5-stage improved pipelineImproved load and store (non-blocking load up to 4 instructions)

Reduced branch penaltyMax speed: 128MHz (CPU: 1.30 DMIPS/MHz)

Main Flash with Error Correction Coding (ECC)Flash memory can be accessed at 80MHz (no wait cycle)

Satellite Flash with Error Correction Coding (ECC)Highly reliable data memory and reading access speed: 100ns

Floating Point UnitIEEE-754 compatible single-precision FPU

Memory Protection UnitEight memory protection descriptorsThe protection range is set by memory address or memory size (16kbyte x 2n)The following three right of access can be set in each supervisor/user mode (Read / Write / Execute)

On-chip Debug UnitOnly single wire is used and rich debugging feature provided


FR81S – Product RoadmapFR81S – Product Roadmap

Dashboard

Body Control

FlexRay

Applications

MB91F70x40MHz 64pin ~512KB

MB91F77x80MHz 144pin ~1MB

FPU, FlexRay


Chassis

MB91F77x80MHz 176pin 512KB

・Ta=125℃・Chassis

・Ta=105℃・Body

・Ta=105℃・Body・Ultra Low Leak



Gateway


・Ta=125℃・Chassis

MB91F72x40MHz 144pin ~1MB

64pin 100pin 144pin 176pin


Bus I/FBus I/F

CPUCPU

RAMRAMFlashFlash

DMACDMACMUXMUX MUXMUX

macromacro Bus I/FBus I/F

Multi-layer bus

Crossbar switch CPUCPU

DataCacheData

CacheInstruction

CacheInstruction

Cache

MUXMUX MUXMUX

macromacro Bus I/FBus I/F

Multi-layer bus

MUXMUX

RAM/FlashRAM/Flash

DMACDMAC

FR81E Optimized for External Memory with CacheFR81S Optimized for Fast Embedded Flash

Crossbar bus switchCrossbar bus switch Multi-layer busMulti-layer bus

FR81S and FR81E CPU BusFR81S and FR81E CPU Bus


FlexRay MCU RoadmapFlexRay MCU Roadmap

MB91F465XA

FR60 MB91460 Series

Without FlexRay 100 pin

Now

ASSP (Standalone CC) ASSP (Standalone CC)

MB88121B

Serial & Parallel Host I/F

FlexRay 2.1 MB88121C

MCU with FlexRay MCU with FlexRay

64pin

MB91F465YA

MB91xxx Series

Now

FR81S FPU & Motor

100~144pin

High Performance / Dual Core

64pin

Steer

Brake

Suspension

Gateway

MB96xxx Series

F2MC-16FX

125C / IP Revision


32-bit FR CPUFR60 core


Flash Data Pre-fetchBoot-ROM: 4KB

Supply voltage range 3.0-5,5V

32-bit FR CPUFR60 core


Flash Data Pre-fetchBoot-ROM: 4KB

Supply voltage range 3.0-5,5V

Package: FPT-100P-M21Package: FPT-100P-M21

32-bit RISC FlexRay MCU: MB91F465XA 32-bit RISC FlexRay MCU: MB91F465XA

Clock ModulatorClock Modulator

Clock SupervisorClock Supervisor

CAN 2chCAN 2ch

LIN USART 3chLIN USART 3ch

FlexRay (A+B)FlexRay (A+B) 10/8-bit ADC17ch 10/8-bit ADC17ch

16-bit Free-RunTimer 8ch

16-bit Free-RunTimer 8ch

Output Compare 6ch

Output Compare 6ch

Input Capture 8ch

Input Capture 8ch

PPG 12chPPG 12ch

External IRQs11ch

External IRQs11ch

MB91F465XAMB91F465XA Flash544K

Flash544K SRAM

32KSRAM

32K

HardwareWatchdog

HardwareWatchdog

DMA 5ch DMA 5ch

I2C bus 1chI2C bus 1ch

Real-time ClockReal-time Clock



QFP100


Fujitsu FlexRay ASSPCommunication Controller

Standalone FlexRay ASSP

Host I/F

FlexRayASSP

FlexRay ASSP ConceptFlexRay ASSP Concept

Existing ECU

CANFlexRay

A chFlexRay

B ch

Ach

Bch

FlexRay PHY

Quick adaption increases the reliability and safety of an existing system

An existing design can simply be changed to the FlexRay system

CANMCU


FlexRay ASSP MB88121B/CFlexRay ASSP MB88121B/C

MB88121B/C

LQFP-64 (10mm x 10mm)Package

Parallel host I/F: Maximum frequency 33MHz (16bit multiplex / non-multiplex)Serial I/F: Maximum clock rate 10MHz

Host interface

Version 2.1Protocol version

5.0V+/-0.5VOperation voltage

On-chip PLL: External clock 4/5/8/10MHz (Internal clock: 80MHz)Direct clock input (max 10MHz)

System clock

Connection to Host CPU in SPI Mode

Outline of specifications

CINT

FlexRay ASSP

RST OSC

MD[2:0]

Host CPU

INT

3

11

GND4

GND4

VCC4

VCC4

Reset

MDE[2:0]3

SDO

SCKLSDI

CS

SDO

SCKLSDI

CS

SDO

SCKLSDI

CS

SDO

SCKLSDI

CS

Serial SettingsSPI Settings3

MDS[2:0]

DMA_REQDMA_REQ

PhysicalLayer A/B

or square wave input

I/F Mode Selection


Graphics Display ControllerProduct Update

Dan LandeckFujitsu Microelectronics America, Inc.

36October 21, 2008 Fujitsu Microelectronics America, Inc.36October 21, 2008 Fujitsu Microelectronics America, Inc.

Automotive Cluster Market TrendsAutomotive Cluster Market TrendsFu

nctio

n / P

erfo

rman

ce

Generation

TN (Segment)B&W

STN (Segment & Dot Matrix)B&W / (Color)

- HQVGA -

TFTColor / GS

- QVGA/ (W)VGA -

TFTFull Color

- UWSVGA -

Source: Web, Presentations

Hybrid Clusters

Virtual Dashboard or

Cluster


Automotive Cluster Market TrendsAutomotive Cluster Market Trends

Mechanical clusters are giving way to hybrid (needles + color TFT) and virtual cluster designsHybrid dashboards are becoming standard in mid-line carsDisplay resolutions in clusters are expected to grow rapidly European makers are first to implement a modular cluster approach APIXVirtual dashboards (TFT only) are emerging in premium segmentNew configurable instrument concepts (not simply copying analog pointers)More 3D content


APIX OverviewAPIX Overview

APIX: 1GBit/s pixel and data link Requires only one twisted cable (dual-twisted pairs recommended for better EMC)Up to 20m cable connection Full duplex sideband channel (18MBit/s)Optimized EMI by Spread Spectrum-ClockingExternal TX/RX devices from Inova available Integrated into Fujitsu MB88F322 and MB86R01 GDCs


Introducing MB88F332 GDCIntroducing MB88F332 GDC

Compact, low-cost graphic controller plus many interfacesNo expensive frame buffer – line buffer principleCan display bitmaps (“sprites”) onlyExamples: symbols, text, splash screen, etc.Control method: display-list principle Serial host control (SPI)APIX RX interface for pixel and command data Auto-config after reset and splash screen functionSprites, splash screen can be stored in internal flashIntegrated Timing Controller (TCON), RSDS outputIntegrated MCU peripheralsDithering and gamma unitLow-cost QFP package-40… +105 degC

40October 21, 2008 Fujitsu Microelectronics America, Inc.40

Sig UnitSig Unit

Signature Unit :Defines a Window inside the displayLGDC calculates a “Signature” of thiswindowOptionally, the MCU can store a pre-calculated checksum for comparisonIn case of mismatch, an error can be generatedand an external MCU can react (e.g. switch offdisplay or switch off LGDC regulator)

Low Engine Oil Level

Low Engine Oil Level


How FB-based GDCs Work...How FB-based GDCs Work...

The Frame Buffer Principle


How MB88F332 GDC Works...How MB88F332 GDC Works...

The Line Buffer Principle


How MB88F332 GDC Works...How MB88F332 GDC Works...

A picture is composed out of „sprites“ by a command table

Example: Picture with 4 „Sprites“


The MB88F332 GDC Advantages for OEMsThe MB88F332 GDC Advantages for OEMs

Display cost reductionsNo frame buffer on display sideNo 2nd connector and electronics needed for data channels (e.g., CAN)No 2nd PCB for display electronics (only row/column drivers on glass)TCON integratedNo external LVDS devicesSimple PCBEMC optimizedSignature unit integrated No MCU needed on display unit

System cost reductionsSideband data channels save interfaces, cables and connectorsDisplay unit becomes “remote peripheral” – reduced software/qualification costNo software maintenance in the display unitFaster design cycleBuilt-in diagnostic mode reduces warranty costOne chip for several applications increases volume and decreases cost


16- or 32-bit MCU

CAN

Basic Cluster ExampleBasic Cluster Example

MB88F332 GDC

RGB or RSDSSteppers (Gauges)TelltalesSoundSensorsBacklight

Sprite-based graphics generated by the MB88F332 GDC controlled by 467 MCU


MB91467SMCU

CAN

APIX Basic Cluster ExampleAPIX Basic Cluster Example

APIX Link for remote units or SPI for local connection

MB88F332 GDC

APIX RX

APIX TX

RGB or RSDSSteppers (Gauges)TelltalesSoundSensorsBacklight

Sprite-based graphics generated by MB88F332 GDC controlled by 467 MCU


MB9146x GDC

Steppers (Gauges)TelltalesSoundSensorsBacklight

CANCAN MOST Other IOs

SPI

ADCs

Power up

APIX Link

High-end Cluster ExampleHigh-end Cluster Example

APIX Link

MB88F332 GDC

APIX RX

APIX TXAPIX TX

RGB or RSDS

MB88F332 GDC

APIX RX

RGB or RSDS

Steppers (mirrors)BacklightSensorsPower

High-resolution graphics generated by MB86R01and transferred via APIX


In Closing – Fujitsu Automotive Business

Phil HughesFujitsu Microelectronics America, Inc.


Automotive Business Update – Americas

Focus on the Automotive Market with MCU and GDC DevicesNow – North AmericaFuture – Latin America (Brazil)

AE CapabilitySunnyvaleDetroit

Customer BaseDetroit Big Three Tier-1 suppliers

New Technology IntroductionsFlexRay1394 controllersGraphics display controllers


Automotive ApplicationsAutomotive Applications

Body ECUs

Meter Cluster Chassis/Safety

Information/Multimedia



Summary and Q&ASummary and Q&A

Fujitsu: Leading Global Supplier of Automotive MCUs, GDCs, and 1394-Automotive ControllersWorking with Standards Bodies

JASPAR, AUTOSAR, FlexRay, 1394 Trade Association Announcements

16FX family of MCUsEnhanced 32-bit MCU series with FR CPU coreVersatile, compact, low-cost Graphics Display Controller

"Connecting People to Cars" Demonstrations at the Show Next-generation in-vehicle technology featuring FlexRay and 1394-Automotive controllersIn-vehicle A/V networks using a 1394-Automotive single-chip controller



Convergence 2008Visit Fujitsu Booth #819

Connecting People to Cars - Fujitsu · Connecting People to Cars Convergence 2008. October 21, 2008 2 Fujitsu Microelectronics America, Inc. Agenda ... prog pixel shaders GL ES 2.0

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