NEW FME SLIDE DESIGN GUIDELINES

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Fujitsu Automotive ICs
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Agenda

• Introduction Emi Igarashi
• Announcements / Overview Keith Horn
• Fujitsu MCUs Akio Nezu
• FlexRay System Solutions Gerhard Roos
• Coral PA Graphics Display Controller Dan
  Landeck
• Summary and QAs Keith Horn

3
Announcements / Overview
Keith Horn Senior Vice President Marketing and
Sales Fujitsu Microelectronics America
4
Announcements

• Fujitsu Adds New 32-Bit Microcontrollers to
  FR60Lite Family
• FlexRay Support Product Plan
• Fujitsu Coral PA Graphics Display Controller
  Leads Geometry-Processing Performance for
  In-Vehicle Displays

5
Fujitsu at a Glance

• Fujitsu is a leading provider of
  customer-focused IT and communications solutions
  for the global marketplace. Comprising more than
  500 subsidiaries and affiliates, the Fujitsu
  Group operates in over 60 countries across the
  globe.
• Established June 1935
• Stock Exchange Listings Tokyo, Osaka, Nagoya,
  Frankfurt, London, Swiss
• Consolidated Revenues US45 billion
• Employees 157,000 worldwide
• RD Expenditure US2.4 billion
• Principal Business Areas Software Services,
  Platforms, Electronic Devices

Note FY2003 consolidated net sales US1106
WW employees as of March 31, 2004
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Fujitsu Limited Unique Value Proposition

• Our technologies, platforms and services form
  an integrated value chain that enables us to
  provide customers with complete, end-to-end
  solutions

Customers
Customers
Customers
(Electronic Devices)
7
Electronic Devices Regional Headquarters
Global Presence / RD and Design Centers
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Market Segment and Product Focus

• Key Market Segments
• Networking
• Metro / Enterprise / Access
• Storage
• Wireless
• Automotive
• Consumer / Industrial
• Security

• Key Products Services
• ASICs / AccelArray
• MCUs
• Selected ASSPs
• FRAM
• Memory
• Biometric Sensors
• Displays
• Wafer Fab Services
• Packaging Services

9
Integrated Device Manufacturing (IDM)

• 90nm Technology and Beyond
• Designs are complex
• Design processes are difficult
• Manufacturability is questioned
• Fujitsus Answer
• Integrated Device Manufacturing (IDM) service
  business model
• Building strategic customer relationships
• Strong and close collaboration with customers
  from development, design to manufacture

10
Automotive MCU Trends

• Increasing demand for MCUs to serve auto
  body-control networks, power train, engine
  applications
• High-end vehicles now use 70, 80 or more MCUs
• Smaller, lower power and higher integration,
  including RF support, analog and fail-safe
  features
• Increasing demand for CAN and LIN support
• FlexRay, for automotive by-wire applications
• Utilize consumer 1394 technology in automotive
  IDB-1394 bus

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Fujitsu Automotive MCUs

• A complete family of 8-bit, 16-bit and 32-bit
  versions
• Extended motor-control MCU technology
• High-quality products that support automotive
  applications
• Extend multiplex technology from CAN and LIN to
  FlexRay

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Automotive Graphics Display Controllers

• Announcing the newest version, Coral PA
• Industry leader
• Wide OS support (CE, QNX, Linux)
• Supports up to 1024 x 768 resolution
• 4 display layers (6 planes)
• 2D/3D graphics accelerators
• Directly linked to CPUs such as Fujitsu FR

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Biometric Sensor ICs

• Targeted Automotive Applications
• Keyless entry
• Vehicle personalization
• Radio, mirror settings
• Seat position, temperature settings
• Embedded Systems
• Sensor processor for yes/no solution

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MBF200 / MBF310 Product Features

• MBF200 (Touch Sensor)
• Rugged
• Wide temperature operation
• Easy to integrate
• Cost effective

• MBF310 (Sweep Sensor)
• Small size (portable)
• Lowest cost
• Power efficient
• High-quality image

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Summary

• Long and successful history in the automotive
  market
• Wide product range
• Microcontrollers with multi-channel CAN
• Extend multiplex technology from CAN and LIN to
  FlexRay
• Graphics display controllers
• Biometrics sensors ICs
• Major worldwide commitment to the market
• See us at booth 1007

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Automotive MCUs
Akio Nezu Senior Marketing Manager Fujitsu
Microelectronics America
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Automotive Multiplex Technology
Information / Entertainment Bus
Information technologyand telematics demand
bandwidth
100 Mbps and up
IDB-1394
10 Mbps
AVC-LAN, MOST
Support higher nodes counts, higher bit rates,
robustness, safety
10 Mbps
FlexRay
Standardization drives CAN implementation
1 Mbps
CAN
125 Kbps
Low-cost sub-network
LIN
Early implementation
50 Kbps
J1850, VAN, BEAN
Control Bus
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Automotive Multiplex Bus
IDB1394
FlexRay
CAN
FlexRay-CAN gateway
CAN-IDB1394 gateway
Camera
HVAC
ACC
Instrumentcluster
Navigation
Light
Transmission
TMPS
Video display
BT
Wiper
Smart entry
Engine
Mobile phone
Air bag
Window
ABS/ESC
DVD player
Seat belt
Door lock
EPS
Radio/CD
Immobilizer
Seat
Steering
Body- control module
DSRC
Mirror
LIN
Diagnostics
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IDB-1394 Support
C
MB86619A
A
C
C
C
A
A
C
IDB-1394
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Fujitsu MCU Families
New!
Memory Media ApplicationsDigital AV, Automotive
FR80 (FRx)
200MIPS
100MIPS
32-bit RISC
FR60
FR30
New!
10MIPS
FR60lite
16-bit
Home AppliancesDigital AV Automotive
F2MC-16LX
New!
1MIPS
F2MC-8FX

Home Appliances Companion Chip Automotive
8-bit
F2MC-8L
0.8µm
0.5µm
0.35µm
0.25µm
0.18µm
0.11µm
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Motor Control MCUs
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Motor Control MCU Overview
Performance
32-bit RISC CPU
16-bit CISC CPU
MB91IMDH Series
MB91IMSH Series
FR80 Family High-performance CPU
I2C DACe embedded 3V operation
MB91IMD Series
32-bit uDSP CAN
MB91IMS Series
FR60 Family CAN, 32-message buffer
Multi-function timer x 2 U/D counter
External bus support 32-bit
version of uDSP 32 bit
New!
MB91265 Series
16-bit uDSP
MB91260A Series
FR60Lite Family Multiple A/D unit (2 to 3) with
carrier timer
RISC CPU, uDSP improves math power
100-pin 64-pin (MB91265)
No uDSP
MB90460 Series
MB90820 Series
MB90560/5 Series
F2MC-16LX Family Multi-function timer ? w/
double buffer Operating
frequency 16MHz to 20MHz (MB90820)
MB90660 Series
F2MC-16L Family
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16-bit Motor Control MCUs
Performance
Expanding toward FR60Lite core MCUs

• F2MC CPU Series

For HA Motor Control Applications

• MB90F462 / 462
• F2MC-16LX Max. 16MHz
• PKG QFP-64
• 10-bit A/D 1 unit 8 ch
• 16-bit multi-function timer x 1 ch (w/ buffer)
• Multi-pulse generator x 1 ch
• Waveform generator x 2 ch

• MB90F822 / 822
• F2MC-16LX Max. 20MHz
• PKG QFP-80
• 10-bit A/D 1 unit 8 ch
• 16-bit multi-function timer x 1 ch (w/ buffer)
• Waveform generator x 1 ch
• D/A 2 unit 2 ch

• MB90F562 / 562 / 561
• F2MC-16LX Max. 16MHz
• PKGQFP-64
• 10-bit A/D 1 unit 8 ch
• 16-bit multi-function timer x 1 ch (w/o buffer)
• Waveform generator x 1 ch

• MB90467
• F2MC-16LX Max. 16MHz
• PKG QFP-64
• 10-bit A/D 1 unit 8 ch
• 16-bit multi-function timer x 1 ch (w/ buffer)
• Waveform generator x 1 ch

• MB90660
• F2MC-16L Max. 16MHz
• PKG QFP-64
• 10-bit A/D 1 unit 8 ch
• 14-bit multi-function timer x 1 ch (w/o buffer)
• Waveform generator x 1 ch

For HA (Motor Control) - Washer, HVAC,
Refrigerator, Vacuums, Dish Washers For HA
(Non-Motor Control) - IH (Induction Heating)
Stove

• MB89850 / 860
• F2MC-8L Max. 10MHz
• PKGQFP-64
• 8-bit A/D 1 unit 8 ch
• 8-bit multi-function timer x 1 ch (w/o buffer)
• Waveform generator x 1 ch

2001
1999
2000
2002
2003
2004
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32-bit Motor Control MCUs 1
Performance
For HA (Motor Control) - Washer, HVAC,
Refrigerator, Vacuums, Dish Washer For HA
(Non-Motor Control) - IH (Induction Heating)
Stove

• FR60Lite 33MHz CPU Core
• 3-phase motor fan motor chopping control
• Non-automotive motor control with CAN I/F

MB91V265

• MB91F266/F267
• FR60Lite Max. 33MHz
• PKG QFP-64
• 10-bit A/D 2 unit 11 ch
• MAC unit (uDSP 16 bit)
• Multi-function timer x 1 ch
• 8/16-bit PPG timer x 4 ch (or 8 bit x 8 ch)
• Waveform generator x 1 ch

Small PKG Support
New!
MB91V260A

• MB91F264A/263A
• FR60Lite Max. 33MHz
• PKG QFP-100
• 10-bit A/D 3 unit 12 ch
• MAC unit (uDSP 16bit)
• Multi-function timer x 1 ch
• 8/16-bit PPG timer x 8 ch (or 8 bit x 16 ch)
• Waveform generator x 1ch

• MB91264A
• FR60Lite Max. 33MHz
• PKG QFP-100
• 10-bit A/D 3 unit 12 ch
• MAC unit (uDSP 16 bit)
• Multi-function timer x 1 ch
• 8/16-bit PPG timer x 8 ch (or 8 bit x 16 ch)
• Waveform generator x 1 ch

From 16-bit MCU product lineup
2005
2002
2003
2004
2006
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32-bit Motor Control MCUs 2
Performance

• FR60 50MHz andFR80 133MHz CPU CoreProduct Plan
• 2-phase motor x 2 fan motor choppingcontrol
  (Type-D)
• 2-phase motor x 1 fan motor choppingcontrol
  (Type-S)
• Automotive motorcontrol with CAN I/F

• MB91FIMDH / IMDH
• FR80 Max. 133MHz
• PKG QFP-144
• 12-bit A/D 1 unit 8 ch
• 10-bit A/D 1 unit 16 ch
• MAC Unit (uDSP 32 bit)
• CAN (32MSG Buffer) x 2 ch
• Multi-function Timer x 2 ch
• Waveform Generator x 2 ch

MB91VIMDH
MB91VIMD

• MB91FIMSH / IMSH
• FR80 Max. 133MHz
• PKG QFP-100
• 12-bit A/D 1 unit 4 ch
• 10-bit A/D 1 unit 16 ch
• MAC Unit (uDSP 32 bit)
• CAN (32MSG Buffer) x 1 ch
• Multi-function Timer x 1 ch
• Waveform Generator x 1 ch

• MB91FIMD / IMD
• FR60 Max. 50MHz
• PKG QFP-144
• 12-bit A/D 1 unit 8 ch
• 10-bit A/D 1 unit 16 ch
• MAC Unit (uDSP 32 bit)
• CAN (32MSG Buffer) x 2 ch
• Multi-function Timer x 2 ch
• Waveform Generator x 2 ch

• MB91FIMS / IMS
• FR60 Max. 50MHz
• PKG QFP-100
• 12-bit A/D 1 unit 4 ch
• 10-bit A/D 1 unit 16 ch
• MAC Unit (uDSP 32 bit)
• CAN (32MSG Buffer) x 1 ch
• Multi-function Timer x 1 ch
• Waveform Generator x 1 ch

• For FA Device Net Compliance Module
• For Automotive EPS, Power Assist/Train
• Bldg HVAC System Air Conditioner

From FR60lite MCU product lineup
2007
2004
2005
2006
2006
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Summary

• Automotive Technologies and Products
• Multiplex technology
• Multiplex bus CAN, LIN, FlexRay, IDB-1394
• Fujitsu MCU families
• Motor Control
• 16- and 32-bit product families

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FlexRay System Solutions A Key Element in
Fujitsus Automotive Strategy
Dr. Gerhard Roos Director Automotive Applications
Group Fujitsu Microelectronics Europe
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Agenda

• What is FlexRay?
• FlexRay Hardware Development Scenarios
• Software for FlexRay
• Roadmap and Fujitsu Partners for FlexRay
• Summary / Key Facts

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What is FlexRay?

• Target Applications
• Brake-by wire
• Steer-by-wire
• Stability-control systems
• ABS
• Data backbone

• FlexRay Consortium
• Alliance of automotive, semiconductor and
  electronic systems manufacturer
• Development of a new bus system
• Deterministic
• Fault-tolerant
• High data rate
• Fujitsu has been a member since 2002

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Architecture of In-car Networks
FlexRay Backbone
TelematicsGateway

• Diagnostic Connection

Powertrain / ChassisGateway
Body / ComfortGateway

• Engine Control

• Dashboard

• Comfort Electronics

• Chassis Electronics

• Climate Control

• Door Module

FlexRay / CAN
CAN
CAN / LIN

• Steer-by-Wire

• Infotainment

• Roof Module

• Brake-by-Wire

• Navigation

• Lighting

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FlexRay Features
Time Triggered
Synchronous
Asynchronous
Deterministic
Fault Tolerant
Synchronization
Arbitration Free
Scalable
FlexRay
Protocol
Redundant Channels
10Mbit/sec
Physical Layer
Optical and Electrical
Bus or Star
Bus Guardian
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Fujitsu FlexRay Solutions Four Development Steps

• Fujitsu will go directly for final FlexRay
  protocol spec 2.0
• Step 1 FlexRay IP Development
• Qualified core
• Step 2 FPGA Prototype Board
• Available for first customers
• Different protocol specs
• Step 3 Stand-alone FlexRay Controller
• Standalone FlexRay solution
• FlexRay protocol spec 2.0
• Interface to different MCUs
• Step 4 MCU with Integrated FlexRay
• Fujitsu 16FX core (16-bit), Fujitsu FR core
  (32-bit)
• FlexRay protocol spec 2.0

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Step 1 FlexRay Macro Block Diagram
Rx_A
Global Time Mngment
PORT A
RAM A
Tx_A
Physical Layer
Control
Rx_B
PORT B
RAM B
Network Mngment
Specific CPU IF
Generic CPU IF
Data
Error Handling
In-Buffer
Message Handler
Addr
Host CPU
Startup Logic
Control
Out-Buffer
Interrupt
Message RAM
Interrupt Logic
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Step 2 Fujitsu FPGA Prototype Board

• Fujitsu will provide an FPGA prototype board
• FlexRay IP and different types of MCU can be used
  with this board
• 16-bit Fujitsu 16FX
• 32-bit Fujitsu FR
• Different protocol specifications implemented 1.x
  --gt 2.0
• The ASSP can be added to the board
• Customers will be able to start development by
  the end of this year (2004)

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Step 3 Stand-alone FlexRay Controller

• Fujitsu Stand-alone FlexRay Controller with Final
  Protocol Spec 2.0
• QFP64 (part number AEQ77017)

Transceiver Control
Protocol EngineSpec 2.0
Transceiver Receive Data
Internal Signaling
Transmit Data
Other MCUs
Internal Communication Bus
ARM
Transmitter Control
TI TMS470
Interrupts
Host Interface
Module Interface
Bus Guardian Control
Fujitsu FR Fujitsu 16
Timer
Host I/F
Under consideration
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Step 4 MB91xxx CAN-FlexRay Gateway
4 MHz
Clock Modulation
FRT x 4
FR70 CPU 0.18 um
Watchdog
Int. Control
Clock Module PLL
OCU x 2
ICU x 4
Power Control
I2C x 2
PWM x 12
EDSU / MPU
Subclock
32 kHz
LIN-USART x 4
PFM
Bit Search
RC-Oscillator
INSTR
DATA
R-Timer x 6
CAN x 2 (32 msg buffers)
RAM 32KB
5V single supply
Prefetch 8KB
RTC
FlexRay (2 channels)
FLASH 1 MB
Harvard Bus Converter
DMA (5 ch)
Ext. Int x 8

• QFP 144
• QFP 176

10Bit ADC x 16
GPIO
RAM 16KB
Ext. Bus I/F
Alarm x 2
3rd CAN optional
Addr, Data, Control
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Software for FlexRay

• FlexRay Driver
• Basic FlexRay driver
• Communication layer
• Transport layer
• Network management
• Operating Systems
• OSEK
• OSEKTime
• Applications
• Customer software
• Standards
• HIS
• AUTOSTAR

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Roadmap and Fujitsu Partners for FlexRay
Your Automotive Application
Development Tools (H/W)
Design Tools (S/W)
OSEKTime
Communication Stack, Network Management, Transport
Layer
Fujitsu FlexRay MCU
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Summary / Key Facts
Reference Board for Prototype and for FlexRay MCU
Hardware FPGA Prototype, ASSP, FlexRay MCU
Software Driver and Operating System
FlexRay System Solution
40

An Introduction to Coral The Latest Addition to
the Fujitsu GDC Family
Dan Landeck Senior Marketing Director Fujitsu
Microelectronics America
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GDC/ MMP Roadmap
Legend
IP Macro
In design
Planned
Production
Mobile Media Processors (MMP) Series 3
0.090µm
See MMP Roadmap for Details
MPEG4
0.18µm
Burgundy_B1
JPEG
Visual subsystem for 3G Cellular
SDRAM in SiP
High Performance Full 3D Series 2 m



0.25µm

Scarlet
Internal SDRAM
Coral
Cremsen
10X
2X
8X
Carmine
Coral series
Orchid
External SDRAM
External SDRAM
-
Low Cost GDC Series 1 (2D Only) m
Olive
Jasmine

Kiwi
-
FCRAM in SiP Note Olive is not automotive grade.
With Embedded SDRAM
2002
2001
2003 2004 2005
2006
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Performance and General Specifications

• Peak performance
• Max. frequency Internal 166MHz
• Geometry performance 12M tri-setup/sec _at_ 166MHz
• Pixel fill rate 133M pixel/sec _at_ 133MHz
  (external)
• External texture rate 50M texel/sec _at_ 133MHz
  (external)
• (1 2D, flat, triangle without
  texture)
• Other features
• Adopted technology 0.18µm CMOS
• Package options 256-pin QFP / 264 pin BGA
• Supply voltage Internal 1.8V, external 3.3V
• Power dissipation 1.5Wgtgt (Vdd1.65-1.95V)

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Differences Between Coral PA and Coral P

• MC86296 vs. MB86295
• Coral PA Increased PCI bandwidth, approximately
  70Mbps
• Coral Ps bandwidth is around 30Mbps
• Coral PA Native RGB input mode
• Coral P does not convert RGB input data to YUV
  format
• The Coral P format can still be selected in Coral
  PA
• Video input is programmable brightness,
  saturation and contrast
• Coral PA Pixel clock delay of display output is
  programmable 180-degree shift and 2.5ns step
  shift
• Pixel clock delay is not programmable in Coral P
• Coral PA PCI bus clock can be used as clock
  input (additional mode)
• Coral P requires an oscillator or quartz circuit
  for the clock source
• Coral PA Video up- and down-scaling is possible
• Coral P can either up-scale or down-scale
• Coral PA Dual-display output (Coral PA can
  drive two displays with different graphics
  information)

44
Coral Line Drawing
Setting depth and priority drawing an
intersection is simplified
Bordering is achieved through simple primitive
(edging) calls
45

Coral Line Drawing
Bold Line Drawing
Before (Not using Coral enhanced functions)
After (Using Coral enhanced functions)
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Coral Layering Function
Underneath layers are transparent by setting view
alpha parameter ON
L0 layer
L5 layer Alpha plane
L2 layer
AL2 (1-A)L3
L3 layer
Ln (n04) layer
L1 layer
i. e. Referring the Alpha plane and blend L2
layer pixel with corresponding pixel in L3
layer By setting L0 as TOP plane and setting
view alpha parameter ON, multi-layer alpha
blending is performed.
L4 layer

• B (Background) layer
• 8bit single color

47

Coral Layering Function
Overlay of 6 planes (with view alpha parameter ON)
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Coral 3D Rendering
Rendering based on coordinates created by Fujitsu
applications engineers
49
Coral 3D Rendering
Rendering based on coordinates created by Fujitsu
applications engineers
50
Summary

• Long and successful history in the automotive
  market
• Wide product range
• Microcontrollers with multi-channel CAN
• Extend multiplex technology from CAN and LIN to
  FlexRay
• Graphics display controllers
• Biometrics sensors ICs
• Major worldwide commitment to the market
• QA
• See us at booth 1007

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