Shortform Brochure A/wk - Fujitsu · 03 MB87S2090–Powerline CommunicationSoCforsmart meteringapplications(AMR/AMM)

FUJITSU MICROELECTRONICSSHORTFORM BROCHURE FOREMBEDDED WORLD 2010

‘RIGHT-SIZED’ SOLUTIONSfor every application!

2010


Copyright © 2010 Fujitsu Limited Tokyo, Japanand Fujitsu Microelectronics Europe GmbH. AllRights Reserved.

The information contained in this document hasbeen carefully checked and is believed to beentirely reliable. However Fujitsu and itssubsidiaries assume no responsibility forinaccuracies.

The information contained in this document doesnot convey any licence under the copyrights,patent rights or trademarks claimed and ownedby Fujitsu. Fujitsu Limited and its subsidiariesreserve the right to change products orspecifications without notice.

All company and product trade marks andregistered trade marks used throughout thisbrochure are acknowledged as the property oftheir respective owners.

CONTENTS

Introducing Fujitsu Microelectronics Europe 1

Industrial Solutions 2-9

Automotive Solutions 10-14

Software Solutions 15-16

Graphics Solutions 17-21

Multimedia Solutions 22-23

Seminars at FME 2010 24

Fujitsu Specialist Distributors Back Cover

No part of this publication may be copied orreproduced in any form or by any means ortransferred to any third party without the priorconsent of Fujitsu.

Designed and produced in the UK. Printed onenvironmentally friendly paper.

01

Fujitsu Microelectronics Europe (FME)is a major supplier of semiconductorproducts.

The company provides advancedsystems solutions to the automotive,digital TV, mobile telephony,communications, networking andindustrial markets.

Engineers from design centresdedicated to microcontrollers,graphics controllers, mixed-signal,

Introducing FUJITSU MICROELECTRONICS EUROPEwireless, multimedia ICs, ASIC productsand software development, workclosely with FME’s marketing andsales teams throughout EMEA to helpsatisfy customers’ systemsdevelopment requirements.

This solutions approach is supportedby a broad range of advancedsemiconductor devices, IP, buildingblocks and software.

At Embedded World, FME willdemonstrate precisely-tailored ‘Right-sized’ system solutions which deliverall necessary features andfunctionality .

In this way BOM can be reduced,development cycles shortened, time-to-market streamlined and costssaved.

02


INDUSTRIAL solutions

Power SupplySingle Voltage 3.3V

MB87S2090-F

AC Line

ADD8051C3A ADD1300

80C5

1CO

RE

Control Register

PowerDriver

AnalogFront End

SPI Flash

ADD1200

FEC FCS

Viterbi MAC

WD 4 x Dimmers2 x SPI

3 x UART Flash Loader3 x Timer

RAM 128kBInternal Memory 256 Bytes RAM

Fujitsu Microelectronics Europe andADD Semiconductor have developedPowerline Communication (PLC) SoCsthat combine CPU, MAC and modem inone device.

Realise new features in home andbuilding automation as well asenergy-saving infrastructure likeintelligent street lighting using ourSoCs for PLC!

Reduce BOM cost, development timeand space of smart meters forAMR/AMM! Talk to us!

MB87S2090-F KNX CompatiblePowerline CommunicationsSystem-on-Chip

The MB87S2090-F is a PowerlineSystem-on-Chip pin-to-pin compatiblewith ADD Semiconductor’s design andproduced by Fujitsu. ADDSemiconductor is a world leader in thedevelopment of SoCs forcommunication over Powerline andsolutions for Automatic MeterManagement.

It includes an enhanced 8051microcontroller, a hardwired MediumAccess Controller (MAC) and a C-bandCENELEC FSK modem in one chip.

The MB87S2090-F needs only asimple coupling circuit and reducesnumber of components of PLCapplication drastically. Therefore itsimplifies applications like home andbuilding automation, intelligent

lighting and control and makes theemployment of PLC as a controlnetwork affordable for a wider rangeof applications.

Technical key features� Powerline carrier modem for

50 and 60Hz mains� Carrier frequency : 132.5kHz� Baudrate selectable: 600 to

4800bps� Fully compliant to IEC61334-4-32,

EHS and KONNEX� Half duplex� Receiver sensitivity:

Up to 44dB Vrms� Convolutional coding, Viterbi

decoding� FEC and CRC error correction� Enhanced 8051 core, average

speed-up of 5 times� 128kBytes internal SRAM� Auto Boot-Loading program for

serial flash� In-circuit serial flash

programming� Programmable Watchdog� 3x double baudrate UART

MB87S2090-F block diagram

� SPI to serial flash andexternal RTC

� Buffered SPI to externalmetering IC

� Quadruple dimmer in/out� Power supply 3.3V� Pb-free and RoHS compliant� Ambient temperature range:

-40 to +850C

Target applications� Home automation� Building automation� Street lighting

Use Powerline as yourcontrol network

03

www.fme-plc.com

MB87S2090 – PowerlineCommunication SoC for smartmetering applications (AMR/AMM)

MB87S2090 is a PowerlineCommunications SoC, whichimplements a full PLC node using FSKmodulations (IEC61334-5-2compatible) pin-to-pin compatiblewith ADD Semiconductor’s design andproduced by Fujitsu. ADDSemiconductor is a world leader in thedevelopment of SoCs forcommunication over Powerline andsolutions for Automatic MeterManagement.

It includes an enhanced 8051microcontroller, a Medium AccessController (MAC) and a modem circuitfor Powerline medium.

A complete set of peripherals hasbeen developed achieving a highgrade of versatility providing a lowcost and small size solution for AMR &AMM systems using narrow bandPowerline communications.

Single 3.3VPower Supply

MB87S2090

AC Line

ADD8051C3A

ADD1310 ADD1210

MeteringChip

SPIFlashRTCLCD

Pow

erCo

ntro

l

80C5

1CO

RE LCD DRIVER24 x 8 / 28 x 4

Boot Loader SPI0 SPI1

T0, T1 T2 4 x Dimmer

SRAM 128k WD GPIO’s3 x UART

FEC Viterbi

Frame Detector

FSK MAC COPROCESSORFSK PHY LAYER

PowerDriver

AnalogFront End

MB87S2090 block diagram

Technical key features� Powerline carrier modem for

50 and 60Hz mains� 8 programmable carrier

frequencies from 60 to 132.5kHz� Baudrate selectable: 600 to

4800bps� Fully compliant to IEC61334-4-32,

EHS and KONNEX� Half Duplex� Receiver sensitivity:

Up to 44dB Vrms� Convolutional coding, Viterbi

decoding� FEC and CRC error correction� Enhanced 8051 core, average

speed-up of 5 times� 128kBytes internal SRAM� 24x8/28x4 segments LCD driver

� Auto boot-loading program fromserial flash

� In-circuit serial flashprogramming

� Programmable watchdog� 3x double baudrate UART� SPI to serial flash and

external RTC� Buffered SPI to external

metering IC� Quadruple dimmer in/out� Power supply 3.3V� Pb-free and RoHS compliant� Ambient temperature range:

-40 to +850C

Target applications� Smart Metering (AMR/AMM)

04



Ferroelectric Random Access Memory(FRAM) is the next generationnon-volatile memory: fast, flexibleand efficient. Fujitsu shows how thistechnology improves your datalogging applications.

8-bit Microcontrollers

FRAM MicrocontrollerFujitsu has released the latestmember of its 8-bit Microcontrollerfamily F2MC 8FX with embeddedFRAM, which is the next generationnon-volatile memory technologycombining the advantages ofconventional Flash/E2PROM andrandom access memories like SRAM.With virtually unlimited enduranceand high speed, easy programming(25 times faster than E2PROM), FRAMreplaces flash and can be used veryflexibly as ROM and RAM. In addition,FRAM features low-power operationas, unlike flash, no high-voltage isrequired for erasing/programming.

The Microcontroller, which comes in a20-pin SOP package, is ideally suitedfor data acquisition, logging andmetering applications. A single wiredebug interface and low cost USBdebugger tools allow fast and efficientapplication development.

Clock Supervisor Package: SOP-20, QFN-324

MB95F264

F2MC-8FX - CPU

Supply Voltage:Supply Voltage3:Clock:Sub-Clock:Internal Clock:Internal Sub-Clock:

1: Condition dependent2: K version only3: MB95R2034: MB95F264 only

MB95F263

MB95F262

MB95F204

Sub-Clock (Option)

Internal CR Oscillator +/2%

1-Wire Debug Interface

LIN-USART 20k

12k

8k

16k

496B

496B

240B

496B

8/16-bit CompositeTimer 2ch

22-bit TimebaseTimer

Watch Prescaler

10-bit ADC 6ch

External IRQs 6ch

E2PROMEmulation

Compact Flash

2.4V1 - 5.5V2.7V - 3.6V16.25MHz (max.)32.768kHz1, 8, 10MHz100kHz

Low Voltage Detection2

MB95F203

MB95F202

8k

4k

496B

240B

MB95R203 8k 496B FRAM

I2C3

MB95200/300 series overviewMB95200/300 are new generalpurpose microcontroller series of theF2CM-8FX family. Products areavailable with pin counts from 8, 16,20 to 32 pins, targeting homeappliances, electrical tools, consumerhealth care products and industrialmotor control applications.

The series offers derivatives withcompact flash memory, pin-compatible derivatives with dual-operation flash (for E2PROMemulation) as well as FerroelectricRandom Access Memory.

Block diagram - 20-pin derivatives of the MB95200 microcontroller series

www.fme-fram.com

Features of MB95200/300 series� 2.3V to 5.5V operation� Flash content protection� Low voltage reset� Clock supervisor� ±2% on-chip RC oscillatior� E2PROM emulation� Motor control functionality� 10-bit ADC on every device� Serial interfaces support LIN,

synchronous/asynchronousUSART and SPI (not on 8-pindevices)

� Flexible composite timers(interval timer, PWM, PWC, inputcapture)

� Single wire debug interface withlow cost development system

Logging your data

05

It is convenient to carry your data ona USB memory stick. This is onereason why USB has moved fromconsumer electronics into all kinds ofindustrial applications. With Fujitsu’sMicrocontroller products and softwarepackages you get an ‘out of the box’solution to access memory sticks orconnect a PC to your embeddedsystem.

USB SolutionFujitsu offers a range of 16-bitmicrocontrollers with on-chip USB fullspeed interface including Hostfunctionality. The MB96330 series is amember of the 16FX family and oneexample of such a device line-up.Fujitsu offers the USB low leveldrivers as well as higher protocollayers as example software free ofcharge. Data logging, firmware updateor PC controllable applications areprepared as reference projects, suchas helping customers to implementUSB functionality quickly.

16-bit Microcontrollers

Fujitsu’s 16FX Microcontroller familyis a scalable platform, offering devicesin 48-pin to 144-pin packages andflash memory densities ranging from96kB to 832kB. The pipelined corearchitecture is one of the mostpowerful in the 16-bit arena andachieves 20 Dhrystone MIPS at56MHz clock frequency. The highquality, reliable flash processtechnology and a rich set ofperipherals like CAN, LIN-USART andUSB communication interfaces make16FX an ideal choice for many kindsof applications. Beside the devicesitself, Fujitsu offers a complete ECO

Flash/Mask Rom

544kB

46 pins 64 pins 80 pins 100 pins 120 pins 144 pins

832kB

576kB

160kB

416kB

288kB

128kB

96kB

MB96F315

MB96F313 MB96F353

MB96F355

MB96F356 MB96F326

MB96F348H MB96F388H MB96F3578H

MB96F388 MB96F379

MB96F348 MB96F338

MB96F347 MB96F387

MB96F346 MB96F386 MB96F336

MB96F345 MB96F385

MB96F395

MB96F384

system, consisting of the debugenvironment and software.

Features� Max. 56MHz CPU clock� 20 Dhrystone MIPS� Enhanced Interrupt Controller� 3V to 5.5V supply voltage� Flash security function� Satellite flash for E2PROM

emulation� 32kHz sub-clock option� On-chip RC oscillator� Clock supervisor and low voltage

detection� Full CAN 2.0A/2.0B interface with

flexible buffering

Line-up of 16FX microcontrollers

Application Code

Hard

war

eSo

ftwar

e

USB 2.0 FS MiniHost

USBS/W

Driver

FileSystem

MassStorageClass

Example software configuration for USBmemory stick support

www.fme-usb.com

� LIN-USART (offering SPI mode)� USB function and host I/F� A/D converter 10-bit� External interrupts and NMI� Various Timers� On-chip debug functionality and

low cost debugger

Clock Modulator Package: FPT-144P-M08

MB96F338R/U

F2MC-16FX - CPU

tcycle:Supply Voltage:Clock:

Low Voltage Reset

Sub-Clock (Option)

CAN 1ch3ch only MB96F338R/U

LIN-USART (SPI) 8ch Flash544k

16-bit I/O Timer4ch

Output Compare12ch

16-bit PPG 20ch(Low frequency PWM support)

ADC 40ch(36 on ‘U’ Series)

Input Capture 10ch

External IRQs 16ch

21ns3V - 5.5VInternal 48MHz,Ext 4MHz, 32kHz

External Bus Interface 6 Chip SelectsSRAM32k

16-bit Reload Timer4ch

Alarm Comparator2ch

Real-Time Clock

USB FS / MiniHost(only on ‘U’ Series)

I2C Bus 2ch

Clock Supervisor

On-chipRC Oscillator:100kHz, 2MHz

MB96F336U Flash288k

SRAM24k

MB96330 FX series block diagram

Connecting yourapplications

06


www.fme-mcu.com

INDUSTRIAL solutions32-bit Microcontrollers

The 32-bit Microcontroller line-upoffers products for differentapplication fields like automotive,industrial CAN, motor control and USBapplications. All series are based onFujitsu’s RISC CPU core. Many ofFujitsu’s communication interfaceperipherals are implemented in thevarious device series. Beside thestandard macros (LIN-USART, CAN,USB function/host), devices areavailable with integrated FlexRayTM

and APIX® interfaces. Several motorcontrol MCU series, like MB91260,MB91470 and MB91480 areequipped with an independentcoprocessor, called µDSP to furtherimprove computing performance.

MB91660 is a general-purposemicrocontroller series with USB fullspeed function and host interface. Inaddition it features many flexibleserial communication interfaces.12 channels can be flexibly configuredas USART, SPI or I2C.

MB91F662 key features� FR80 /33MHz� 512kByte flash,� 48kByte SRAM� 12ch multi-serial (USART/SPI/I2C)� Full speed 12Mbit/s USB function

and host interface� 24ch 1.2µs 10-bit ADC� 16ch base timer

(PWC/PWM/PPG/RLT)� External bus, 16-bit data,

24-bit adr., 4CS� 3V device with some 5V

tolerant I/Os� 120-pin package

CAN andexternal Bus

CAN

Flexray

3PhasePWM

USBHost + Function

Standard

64 pins 100 pins 120 pins 144 pins 176 pins 208 pins 256 pins

MB91460N

MB91460P12 UARTs

MB91460A MB91460K

MB91460C

MB91460T

MB91460B3/6 CAN

MB91460R

MB91460DMB91460G

2MB

MB91460X

MB91265NCAN MB91260

MB91480MB9147012-bit ADC

MB9166012-UARTs

MB91230LCD

MB91350 MB91300 MB91355

MB91460 Series FR80

Line-up of 32-bit microcontrollers

Package: LQFP-120

MB91F662

32-bit FR CPU

Flash512k

16-bit FR Timer 2ch

Base Timer 16ch

ADC 24ch 10-bit

Input Capture 8ch

SRAM48k


FR80 coreExternal IRQs

32ch

Hardware Watchdog

DMA 8ch

DAC 3ch 8-bit

Output Compare 8ch

Watch Counter

Slave Interface

Mini Serial Interface 12ch

External Bus Interface 24 addr/8, 16 data, 4CS

Supply Voltage:

Clock:

2.7V - 3.6V(some inputs 5Vtolerant)Internal 33MHz

Up/Down Counter4ch

MB91661 Mask384k

SRAM32k

USB Full SpeedFunction/MiniHost

MB91664 Mask128k

SRAM16k

MB91660 series USB microcontrollers block diagram

07

Touch sensors are trendy. Theimplementation can be tricky,especially if a robust solution isrequired. Fujitsu offers a reliable andfast hardware solution that is water-resistant.

Touch Sensor Controller (TSC)

Fujitsu is offering the Touch SensorController (TSC) families FMA1127/FMA1125 from ATLab, Inc. of SouthKorea. This capacitive touch solutionrepresents a simple, reliable andaesthetic replacement for virtually allmechanical buttons and sliders acrossmany markets, such as industrial,home appliance, mobile, consumerelectronics and office equipment.

Advantages:� Fast response: 0.2msec� Low power consumption

- Down to 0.1µA in sleep mode- Down to 60µA in idle mode- Down to 100µA in active mode

� Robust and reliable:- Water resistant- Immune to environmentchanges

� Easy to implement- No external components neededfor electrode

- No ground pattern needed- Fast and flexible tuning perregister

- Example software and starter-kitavailable

Technical key features� Patented fully digital architecture� 12 / 9 / 8 / 6 input channels

available in QFN, SSOP and SOPpackages

� Configurable touch Input channelsas extended DIOs (FMA1125)

� Configurable AIC™ (AutomaticImpedance Calibration)

� Individual channel sensitivity� Host interface via I2C� 8-bit resolution of touch strength

data� 6-bit resolution of LED dimming

control via DIO pins (FMA1125)� APIS™ (Adjacent Pattern

Interference Suppression)� No external components required

for touch pads� Built-in clock generation and

voltage regulator

* 4 of the sensor channels can be configured to DIO**All of the 6 sensor channels can be configured to DIOThe Touch Sensor Controller is developed and owned by ATLab, Inc. South Korea

Ordering informationProduct Sample Package Package Pin Sensor DigitalCode Part Number Type Dimensions Pitch Inputs I/OsFMA1127DC-40N FMA1127DC-40N-CS 40QFN 5 x 5 x 0.85mm 0.4mm 12 12FMA1127DC-32N 32QFN 4 x 4 x 0.85mm 0.4mm 9 8FMA1127DC-30S FMA1127DC-30S-CS 30SSOP 12.7 x 10.3 x 2.5mm 0.8mm 12 6FMA1127DC-24S 24SSOP 8.2 x 7.8 x 2.0mm 0.65mm 9 3SK-TSC-1127-SB Starter-Kit for FMA1127FMA1125DC-24N 24QFN 4 x 4 x 0.55mm 0.5mm 4-8* 8-4*FMA1125DC-16N 16QFN 3 x 3 x 0.575mm 0.5mm 0-6** 6-0**FMA1125DC-24S FMA1125DC-24S-CS 24SSOP 8.2 x 7.8 x 2mm 0.65mm 4-8* 8-4*FMA1125DC-16P 16SOP 9.9 x 6 x 1.8mm 1.27mm 0-6** 6-0**SK-TSC-1125S Starter-Kit for FMA1125

Impedancechange

detection

Touch pad system Impedance status

Zin Zin

ZrefZref

Ztouch

Touch detected

Principle of touch detection

www.touch-fme.com

Polish-up your HMI

Starter kit for FMA1127MCU-Starterkit and Display not included

08


www.fme-fram.com


Storing a handful of bytes on an RFIDtag is easy. Fujitsu can do better! OurFRAM-based RFID chips are offeredwith capacities up to 64kBytes. Thistechnology enables much fasterwriting times than conventionalnon-volatile memories, and can, forexample, speed-up your logistics.

FRAM RFID

ICs FerVID Family MB89R118B,MB89R119The MB89R118B and MB89R119 areRFID chips based on Fujitsu’s cutting-edge FRAM (Ferroelectric RandomAccess Memory) technology.Compared to conventionalE2PROM/flash-based RFID chips, theFerVID Family enables the same highspeed data transfer rate for bothreading and writing over longdistances. The read/write endurance,specified to 10 billion cycles, is farhigher than that of conventional RFIDtags, thus saving cost and time inapplications. These products areISO/IEC15693 compliant vicinity-typeRFID chips using the 13.56MHz band.

In addition, Fujitsu offers 2kByte and64kByte EPCglobal (C1G2)-compliantUHF Band RFID chips.

FRAM‘FRAM’ (Ferroelectric Random AccessMemory) is a non-volatile memorytechnology with the unique featuresof high-speed, low-power writingoperations, high re-write enduranceand strong tamper resistance. It isideally suited for RFID, smart card andcontactless applications, as well as

many applications where SRAM(Static RAM) is used with expensivebatteries. Due to its resistance againstradioactive radiation, FRAM fits intomedical applications and applicationsin the food industry wheresterilisation is performed byirradiation. Fujitsu is a pioneer in thisinnovative technology. With morethan 10 years of experience indeveloping and manufacturing FRAMproducts, it has now shipped morethan 300 million FRAM devices. Theindustry is embracing it as a maturetechnology.

Key features of HF RFID chips� 13.56MHz, ISO15693,

ISO18000-3� Ubiquitous ID ucode certified� 64 bits UID� Communication range:

50cm and more*

The same high speed data transfer ratefor both reading and writing over long distances

� FRAM size: 256Bytes, 2kBytes� Anti-collision algorithm� I/O: 26.48kbps/52.96kbps

(Fast command)� Fast programming: 75.52µs/

8Bytes block� Writes full 2kBytes array in 1.4s� EAS command (Electronic Article

Surveillance)� Security: write protect� Gold bump connectors

* depending on reader power and antenna size

Speed-up your logistics

09

www.fme-sscg.com

Meeting EMI requirements can bedifficult and expensive. Try it the easyway with Fujitsu’s Spread SpectrumClock Generators – SSCGs. Withpossible EMI improvements of up to -19dB you can reduce developmenteffort and avoid usage of othercomponents like ferrites, shieldingand noise filters.

Spread Spectrum Clock Generators

DescriptionMeeting the strict requirements ofEMI regulations like CISPR is gettingmore and more difficult with highlyintegrated and high speed systems.Such systems radiate significant EMInoise at the main operation clockfrequency and its harmonics, resultingin high peaks in the frequencyspectrum. Developers have to expendsubstantial effort to design standardsconformant systems in a conventionalway. Furthermore, devices becomemore expensive and bigger ifhardware counter-measures are

required like bypass capacitors, chokecoils, ferrites or shielding. Fujitsu’sSpread Spectrum Oscillators spreadthe radiated energy to a widerfrequency band, thus reducing thepeak noise. EMI improvement of up to-19dB is possible without furthermeasures.

Benefits/Features� Reduction of peaks in the

radiated frequency spectrum ofup to -19dB

� Reduced cost (no choke coils,shielding, ferrite or noise filters)

� Smaller systems� Less development and

verification effort� Single and multiple output

devices with up to 8 channels� Different packages, SSOP, BCC,

TSSOP� 3.3V and 1.8V devices� Low power consumption� Power-down modes� Wide output frequency range:

8MHz to 168MHz (depending ondevice)

� Wide input frequency range: 8MHzto 80MHz (depending on device)

� Industrial temperature range-40 to +850C

EMI reduction by spread spectrum clock generation

SSCG ON

Solving EMI problems

10


AUTOMOTIVE solutionsAutomotive Demonstrators onFujitsu’s booth at Embedded World2010

This year, as in the many previousyears of our presence at EmbeddedWorld, Fujitsu Microelectronics Europehas set up demonstrators addressingtopics from the automotiveapplication area.

The highlight is the cockpit equippedwith instrument cluster and bodyelectronics combined with a drivesimulation. We have called this the‘Connectivity Demo’ because allcomponents interact with each other.The second demonstrator is a rearlight module which implements allthe state-of-the-art functionalrequirements of a modern car’s backlight unit. Come along to our boothNo. 314 in hall 12, take a seat andfind out what else thesedemonstrators hold for you.

Connectivity DemonstratorThe ‘Connectivity Demo’ is anillustration of Fujitsu’s know-how insystem solutions. Rather than sellingsemiconductor silicon only, Fujitsuoffers expertise in all relevantapplication areas around instrumentclusters and body electronics, e.g. thenetworking of several control units bymeans of interfaces such as CAN, UARTand APIX®.

At first glance you will recognise justthe racing seat with steering wheel,pedals and the 42-inch TFT monitoron the wall inviting you to take thechallenge in a racing game. If you lookmore closely, you will discover more

functions implemented in sub-unitsequipped with microcontrollers fromFujitsu’s 16- and 32-bit automotiveMCU series.

Take a seat and you can play a racinggame called ‘TORCS’ running on a PClocated beneath the cockpit. Whileplaying the game, data from your carlike speed, engine rpm, and engagedgear is extracted from this PC-application. Via UART communicationthe data is made available to acontrol unit called ‘UART2CANgateway’. This gateway unit wasdeveloped using the starter kit forthe 16FX micorocontroller series(SK 16FX-100PMC). The applicationdata received from the PC ispre-processed and converted into CANmessages as happens in a real car.

Three further control units areconnected to this CAN bus. Theseother network nodes are amass-production style instrumentcluster (dashboard) mounted abovethe steering wheel, a rear lightmodule (under remote control of thebody MCU) and a central informationdisplay (CID) controller that providesa top view of the race-track with alive update of your car and allopponents’ car positions on a TFTdisplay.

Connectivity demonstrator

11

www.fme-mcu.com

VGA

USB

UART CAN

CAN

CAN

CAN

CAN

CAN

Parts are directly mounted on the racing seat Parts are additionally mounted on the exhibition booth

Logitech G25PC

ESPRIMO Q5000i945GM with running

game applications‘TORCS’

Racing wheel with pedalsand gear shift holder

Rear light moduleLEFT

Rear light moduleRIGHT

DashboardTFT display, teltalesand Stepper Motors

UART2CAN GatewaySK 16-FX100PCM

Rear light BCMSK-FR-144PCM-91467B

FR ClusterSK-91F467D

+ Cremson-SK-Lime

PCwith running CANoe for

diagnosis puposes

CID TFTDisplay

SK-Indigo SK-91F460S

CANcaseXL

All software running the dashboard iscustom-made and based on AUTOSAR.The instrument cluster displaysspeed, rpm of the engine, fuel andcoolant temperature utilising fouranalogue gauges driven by steppermotors. Numerous tell-tales and adisplay for messages from theon-board computer, complete theuser interface. All functionality of thedashboard is based on the 32-bit FRhost processor, MB91F467D, incombination with the graphic displaycontroller MB86276 ‘Lime’ and ofcourse the link via the CAN networkthat enables all communicationbetween the PC-based game and allinstrument displays.

The body controller responsible forthe rear lights is based on a 32-bitstarter kit of the MB91460 series(SK-91F467B). In fact there are tworear light modules that are underremote control of the body MCU,MB91F467B. The light bulbs areswitched via MOSFET drivers. The rearlight modules are mounted on bothrear sides of the cockpit. The rearlights are operated in synchronisationwith the events reported from the PCgame, e.g. pushing the brake in thecockpit will be signaled to the PCgame and in return the PC gameissues a signal that the brake requestwas accepted. This acknowledgementis used to finally turn on the brakelights in the rear modules.

The CID control unit - as well as beingconnected to the CAN bus - is acombination of a 32-bit MCU starterkit (SK-91460S) and a remotedisplay board featuring Fujitsu’s‘Indigo’ display controller MB88F332.

Components of the connectivity demonstrator

Function block diagram

12


AUTOMOTIVE solutionsBoth sub-units are connected via anAPIX® link, which allowsdisplacements between MCU anddisplay of 20 meters and more. Youwill find the MCU with embeddedAPIX® interface (MB91F467S) on thestarter kit mounted at the rear sideof the seat, while the Indigo board islocated on the right-hand side of thedashboard. The spatial separation ofthese two boards without anyimpact on the display contents,demonstrates a key advantage of theAPIX® technology.

32-bit Product PortfolioThe portfolio overviews showavailable MB91460 MCUs and thosecurrently under development. Morewill be added according to marketdemands.

The assignment of the MB91460MCUs to a certain application areashould be seen as suggestions. It is ofcourse possible to use the dashboardMCUs for body control. In such casesthe SMC outputs could, for example,serve as high current ports.

*MB91F465C544kB/32kB

*MB91F467D1088kB/64kB

*MB91F463C288kB/24kB

MB91F467T1088kB/64kB

**MB91F467S1088kB/64kB

MB91F467R1088kB/64kB

*MB91F465D544kB/48kB

*MB91F467C1088kB/64kB

***MB91F467M1088kB/64kB

< 144 pins 144 pins 176 pins 208 pins 216 pins

AvailableKey Under development *SMC **APIX ***MLB/I2S

2 CAN

3 CAN

1 CAN

MB91460 dashboard / infotainment portfolio overview

MB91F465P544kB/40kB

MB91F465B544kB/40kB

MB91F464P416kB/40kB

*MB91F465X544kB/32kB

MB91F469T2MB/128kB

MB91F467T1MB/64kB

MB91F463B288kB/24kB

MB91F467P1088kB/64kB/80kB

MB91F469Q2MB/96kB

64 pins 100/120 pins 144 pins 176 pins 256 pins

AvailableKey Under development

MB91F467B1MB/40kB

MB91F469G2MB/96kB

MB91F465K544kB/16kB

MB91F464A416kB/16kB

MB91F464H416kB/32kB

MB91F463N544kB/16kB

*FlexRay

2 CAN

3 CAN

1 CAN

6 CAN

MB91460 body portfolio overview

13

Rear light module demonstrator

www.fme-mcu.com

Rear Light Module DemonstratorThe (stand-alone) rear light moduledemonstrator is similar to the rearlight modules of the Connectivitydemonstrator. It is developed on topof a 16-bit starter kit comprising a16FX microcontroller, the MB96F348.

The main task of the MCU is drivingpower MOSFETs that are switching thedifferent bulbs and LEDs of a rear lightmodule. Please check out thefunctions of the demonstrator usingthe control panel in manual mode orwatch the operations issued inautomatic mode. The implementedfunctions are:� Indicator� Rear light� Brake light� Fog light� Back-up light

Both modes support error detectionindicated by an LED in the controlpanel. Any broken bulb or LED can beidentified. The error detection isperformed even when the driver is in‘off’ state. Broken illumination can beemulated by a removable short-circuitjumper on the control panel for eachindividual light.

Clock Modulator Package: FPT-100P-M20/M22

MB96F348R

F2MC-16FX - CPU

tcycle:Supply Voltage:Clock:

Low Voltage Reset

MB96F346R

Sub-Clock (Option)

CAN 2ch

LIN-USART (SPI)7ch

I2C Bus 2ch

Flash544k

16-bit I/O Timer2ch

Output Compare 8ch

16-bit PPG 16ch(Low frequency PWM support)

ADC 24ch

Input Capture 8ch

External IRQs 16ch

18ns3V - 5.5VInternal 56MHz,Ext 4MHz, 32kHz

External Bus Interface

Flash288k

SRAM24k

SRAM16k


Sub-Clock Timer(Option)

Alarm Comparator2ch

Real-Time Clock

MB96F347R Flash416k

SRAM16k

MB96346R Mask288k

SRAM16k

On-chipRC Oscillator:100kHz, 2MHz

MB96345R* Mask160k

SRAM8k *Planned

MB96340R FX series block diagram. Pin-compatible to MB90340

14


AUTOMOTIVE solutions

16-bit flash microcontrollers compatibility overview.Fujitsu reserves the right to change the specification of products under development without notice

16FX Product Portfolio & Features� 20 Dhrystone MIPS computing

performance (V.2.1)� On-chip oscillators for short start-

up, clock supervisor function,sub-clock or main clock operation

� Start-up time <1ms to RC runmode, <8ms to PLL run mode

� Operating voltage range 3.0-5.5V� Internal CPU voltage reduced to

1.8V (less current consumption,less EM emissions)

� New energy-saving options:separate clock dividers for coreand peripherals

� DMA: several channels that can beassigned to any peripheral resource- One Byte per clock cycle transferspeed

� Embedded Debugging: firmwaresupport for debugging via USART(no need to link a monitor kernelto application software)

� Low voltage detection reset:available on all 16FX devices

� Interrupt: every resource has itsown interrupt. A table base registerallows relocation of the baseaddress of the interrupt vectortable

� Ports: up to 4 different input levelsselectable by software ‘port inputenable’ function allows pins to beleft open (no termination byresistor required)

� CAN: each channel offers 32message buffers. Bosch C-CAN

� PWM generation: improvedprogrammable pulse generatorsoffer more channels at full 16-bitresolution. Duty cycle andfrequency are controlled inseparate registers.

Package size Pin compatible 16LX series 16FX products

144-pin - MB96F336 (288kB flash)MB96F338 (544kB flash)

144-pin - MB96F378 (544kB+32kB flash)MB96F379 (832kB flash)

120-pin - MB96384 (128kB ROM)MB96385 (160kB ROM)MB96F385 (160kB flash)MB96F386 (288kB flash)MB96F387 (416kB flash)MB96F388 (544kB+32kB flash)MB96F389 (832kB flash)

100-pin MB90340 MB96345R (160kB ROM)128kB-512kB flash MB96346R (288kB ROM)128kB-256kB ROM MB96F346R (288kB flash)

MB96F347R (416kB flash)MB90860 MB96F348R (544kB flash)128kB flash / ROM MB96F348H (544kB+32kB flash)

100-pin - MB96F395 (160kB flash)

80-pin - MB96F326 (288kB flash)

64-pin MB90350 MB96F355 (160kB flash)64kB-128kB flash / ROM MB96F356 (288kB flash)

48-pin - MB96F313 (96kB flash)MB96F315 (160kB flash)

www.fme-mcu.com

15

Software at FujitsuFor more than 13 years, FujitsuMicroelectronics Europe (FME) hasbeen developing microcontrollers forthe automobile industry. Many of theindustry’s major players trust ourextensive experience and are close,long-term partners of FME. We setgreat store in such partnerships withour customers - who can count onthe reliable co-operation between ourdedicated embedded software teamand our hardware design centre. Ourdedicated software teams in Langen,Munich and Linz work togetherclosely from the beginning of thedevelopment process through to itscompletion. Software is tailoredperfectly to the hardware. Thisphilosophy of harmonised hardware-software co-design allows us todevelop highly innovative solutionsand products. What’s more, it reducestime-to-market considerably.

In addition to customised softwaredevelopment, we also offer ourcustomers high quality standardproducts including software packagesfor 16 and 32-bit MCUs, completeAUTOSAR software packages likeMicrocontroller Abstraction Layersand Complex Device Drivers as well assoftware drivers for GraphicsControllers. The portfolio of graphicalsoftware is rounded up by anext-generation 3D HMI developmenttool environment and libraries forgraphics widgets as well as softwaretools for simplifying the set-up andintegration of Fujitsu products in newcustomer hardware platforms.

FME offers the perfect complement tocustomers’ software teams and helpsthem to increase their productivity.

We offer advice on the porting to FMEhardware, jointly develop highlycomplex software drivers, graphicssystems and support our customersin integrating software both on-siteand off-site. A high level of service isas important to us as high productquality, on which our customers candepend. Our customers know: trust isthe basis for a close partnership. That

www.fme-cypho.com

SOFTWARE solutionsis why FME is on the road toAutomotive SPICE Level-3.

CGI StudioDeveloping 3D graphical humanmachine interfaces!

CGI Studio represents an independentsoftware development platform for3D graphical human machine

CGI Studio provides a continuous authoring tool chain based on the ‘Scene Composer’

CGI Studio represents anindependent software development platform

16


interfaces (HMI/GUI), dedicated forinstrument cluster and infotainmentsystems in the automotive area.Besides the 3D software engine‘Candera’, CGI Studio provides acontinuous authoring tool chain basedon the ‘Scene Composer’ as well asthe necessary software developmentprocess. The use of OpenGL ES 2.0 anda strict OS abstraction enables a highdegree of flexibility. The package isoptimised to provide a seamlessprocess flow from the Artist over HostDesign down to the Target Applicationand covers the specific automotiverequirements on optimisedperformance utilisation, powerconsumption and early information onfeasibility.

The demonstrator shows astate-of-the-art 3D automotivecluster on a Fujitsu proof of concepttarget hardware system for next-generation high-end cluster SoCs.Experience in real time the new 3DHMI development platform, byoperating the tool and discovering thedifferent features. See also theimmediate results by downloadingthe application to the target system.

CYPHO - Graphical User InterfaceFramework

CYPHO is a graphical widget librarythat offers windows, controls andgraphical objects required to displaydata on embedded devices. CYPHOenables the user to interact withvarious systems easily and quickly. Itis designed to meet the requirementsfor small hardware resources. CYPHOoffers a wide range of pre-defined

Different types of graphical menu styles

The demonstrator shows a state of the art 3D automotive cluster

With the help of this demonstratorcustomers can easily experience thedifferent application areas for theCYPHO library. It shows differenttypes of graphical menu styles as wellas several intuitive graphical userinterfaces that can be assembled withthe CYPHO widget library. Thedemonstrator hardware is based onthe Fujitsu MB86R01 ‘Jade’ SoC,which runs on an ARM926EJ-S CPUCore as well as an embedded 2D/3DGraphics Controller Core.

Industrial control

Handbooks (Manuals)

Living environment control

Heating control

Widgets

Language examples

Automotive

www.fme-cypho.com

SOFTWARE solutions

widgets for quick design ofvisualisation on embedded devices.CYPHO highlights:� Easy and quick design of

visualisations on various systems� Ready-to-use widgets� Support for a wide range of

languages� Customisable Look and Feel which

is exchangeable during runtime� Efficient design of complex HMI� State-of-the-art API design� Proven track record in

telecommunication and industry

17

www.fme-graphics.com

GRAPHICS solutionsAutomotive Demo Application -Virtual Instrument ClusterCar manufacturers are moving into anew technological dimension ofinterfacing information to the driver.Step by step, fully digitalvisualisations are replacing thetraditional electromechanicalinstruments, reducing the complexityof systems and the need for numerousproduction variants. With a highdegree of flexibility, and showing onlycontent that is relevant to differentspecific driver situations help toincrease safety in the vehicle. Add anindividualistic element to your drivingexperience using multiple instrumentcluster skins! (and just imagine beingable to download your personal choiceof skin from the web ...). This demoapplication was created in closeco-operation with icon incar GmbH, aprofessional automotive design studiolocated in Germany. Impressive andrealistic 3D capabilities (using OpenGLES 2.0) are shown, displayingdifferent instrument cluster content inhigh resolution which is related tovarious live situations. Basic mode isfocussed on minimising theinformation level to allow the driverto concentrate on the essentials usingharmonised design elements. Sportsmode impresses the viewer with a redcoloured background showingtraditional needle instruments.Minimal vehicle system and economyinformation is displayed during Stopmode, which switches to use thecomplete display area. This impressiveapplication uses the MB86298 ‘Ruby’Graphic Processing Unit, a dedicatedGPU for embedded applications. Thegraphics core technology in use formsthe basis for next-generation System-on-Chips, combines visual computingwith automotive-specific features andintroduces highly impressiveapplication opportunities to vehicles.

Sport mode - Clarity for the driver experience

Basic mode - User-friendly implementation

Stop mode - The flexible alternative

18


GRAPHICS solutionsIndustrial Demo Application –Multiple Point-of-Sale Applicationusing APIX®

Today’s industrial applications requirea high degree of flexibility andadaptability for different purposesbut using a common hardware andsoftware architecture. It is essentialto use platform-orientedarchitectures that support multiplepoint-of-sale applications formaximum reliability. Customerrequirements for excellent graphicuser interfaces grow continuously,simultaneously increasing the needfor a reduction of components andcosts. The PoS applications on displayuse the MB86R02 ‘Jade-D’ device (amember of the ‘Jade’ product family)in combination with the MB88F332‘Indigo’ Sprite Engine. The APIX®

display link between bothcomponents allows the connection ofmultiple parallel displays and allows ahigh level of flexibility, including areturn channel, which supports atouch panel. By using the samehardware and software technology, agraphical user interface can be easilymodified to support differentapplications e.g. for restaurants,supermarkets or shops. Oneapplication shows a supermarketcashier system with an interactivetouch screen to simplify intuitive andflexible operation. A further display(connected via a parallel APIX® link)shows specific information only to thecustomer. A second camera-basedapplication can take a picture of acustomer/user in order to virtually fitglasses on his/her face.

Application is showing supermarket cashier system with its interactive touch screen

Application taking pictures of customers’ facesfor virtual fitting of glasses

� Data� Video� Power

19

Graphics SolutionsFME’s graphics controllers provideoptimised solutions for a range ofembedded environments including carnavigation, head-up displays, complexvirtual dashboards, instrumentclusters, mobile information terminalsand industrial displays.

The range of single-chip graphicdisplay sub-systems runs fromcompact single-chip 2D systems tohigh-end 3D, dual-display, eight-layersolutions.

In October 2006 FME created the‘Graphics Competence Center’ (GCC) -a business unit dedicated to graphicssolutions. The GCC currently hasaround 40 highly skilled engineerswho combine excellence in hardwareand software design, applicationengineering and technical marketing.

Located in Munich, the business unitmaintains close contacts withEuropean customers to monitormarket requirements for futureembedded graphics applications,reflecting the industry trend towardsgreater functionality, performanceand integration.

The GCC also collaborates closely withFujitsu in Japan on chip architectureand hardware design, producing thelogic and hardware macros for newgraphics processing units and alsocarries out development andcustomisation of software APIs andsoftware tools for engineering anddebugging.


Optimised solutions for a range of embedded environments

20


GRAPHICS solutions

DescriptionThe SK-88F332-02 ‘Compact IndigoSystem’ is a reference design forremote display and remote cameraapplications using Fujitsu’sMB88F332 ‘Indigo’ System-on-Chip.Video signals, the power supplyvoltage and bi-directional datacommunication are all transmitted viaa single 4-wire connection betweenthe display unit and the control unitusing APIX® technology.

The board is compatible with Fujitsu’sMB91F467S microcontroller andMB86R02 ‘Jade-D’ graphics controllerfeaturing integrated APIX® technology.

For use of the SK-88F332-02‘Compact Indigo System’ incombination with embedded PCs anAPIX® PCI express card is availablefrom Congatec AG.

Features� System-on-Chip MB88F332 with

integrated APIX® receiver/transmitter

� Brilliant 800 by 480 colour TFTwith LED backlight and touchscreen

� Remote peripherals support suchas UART, GPIO, ADC, PWM, I2C,sound, stepper motors

� 4 buttons and 4 LEDs for thedemonstration of MB88F332peripheral functions

� All MB88F332 resourcesconnected to pin-headers on PCBfor easy integration in customerapplications

� Additional 16-bit MCU on board forport expansion (i.e. connection ofkey matrix)

� MB88F332 controllable via SPI Hostinterface by on-board MCU forstand-alone or camera applications

� RJ-45 connector or Rosenbergerconnector mountable on PCB

� Power supply via ‘Power overAPIX®’, alternative 12V PowerConnector, or auxiliary power Pinson RJ45 connector

Applications� Automotive

- Instrument clusters- Central information displays- Heating / climate control displays- Rear seat entertainment- Rear view cameras

� Industrial- Automation- Vending- Digital signage-White goods-Medical- Gaming- Scales- Inspection cameras- Robotics

Flexible reference design for extensive automotive and industrial applications

www.inova-semiconductors.de

Compact Indigo system

21

Ordering InformationSK-88F332-02 ‘Compact Indigo’http://fme-indigo.com/order

Compatible Evaluation SystemsMB91F467Shttp://fme-indigo.com/eval1

MB86R02 ‘Jade-D’ Evaluation Boardhttp://fme-indigo.com/eval2

PCI express card for Embedded PC isavailable from Congatec AGhttp://www.congatec.com/apix.html

Software SupportGDC-Studiohttp://fme-indigo.com/gdc-studio

GDC-Flasherhttp://fme-indigo.com/gdc-flasher

APIX Remote Handler (Light)Software for MB91F467Shttp://fme-indigo.com/apix-light

An APIX® PCIe card is available from Congatec AG enabling the ‘Compact Indigo System’ to be used in combination with embedded PCs


22


www.iis.fraunhofer.de/bf/bv/ksbs/microstorage.jsp

MULTIMEDIA solutionsThe Dream Team for HDTV ShootingIn combination with the well-knownmicroHDTV camera from FraunhoferIIS, this new small HD broadcaststorage device, based on Fujitsu’sH.264 Codec, completes theFraunhofer HD recording system. Assmall as the camera, the microStorageworks on the basis of commercialCompact Flash Cards that can beeasily exchanged. microStorage is theideal complement for broadcastapplications using small HD camerasas microHDTV, where cameras will beplaced, e.g. within a race car or ashelmet cameras. The microStorageexcels in being robust against powerloss and corrupt files.

Portable HD Video Recorder forindustrial applications� H.264 HD Half-duplex Codec

(MB86H45/H46)- Video and Audio compression- HD and SD encoding formats- Integrated Up/Down Scaler- Low power consumption (H45:- 500mW / H46: 700mW)-Memory on Chip- FBGA 650-pin, 15 x 15mm,ball pitch 0.5mm

� Micro storage (Fraunhofer IIS)- Recording and Playback function- Using Compact Flash- HD-SDI for ASI TS input/output- Configuration via touch screen- Full battery-powered

Contact: Mr. Stephan Gickmailto: [email protected]: +49 9131 776 5120

HD-SDI

MB86H51

FPGA

CF-Card

AudioCodec

Clock PowerSupply

G-ForceAngle

Temp.RTC

FRAM

LCD +Touch

µC

ARM7TDMI

IDE Bus

RS-485

SPI

SPI

SPI

9-36V

SMPTE259M/BT.656

LocalBus

HD-SDI

Headphone

Audio-in

I2S

I2S

TS

MB86H51 block diagram

HD broadcast storage device based on Fujitsu’sH.264 Codec, completes the Fraunhofer HDrecording system

23

www.nettronix.eu/HMI/H35SmartMPEG.html

Quick-to-market solution for Point-of-Sale/AdvertisingNettronix in Italy exploited thefeatures of SmartMPEG-C (MB86H35)and developed a reference design fora cost-attractive solution in the areaof PoS/Digital Signage. Optionally afront panel or touch LCD panel can beused for a more sophisticated GUI foruser interactivity. The deviceperforms playback of MPEG-2 contentfrom a USB stick or NAND flash, whichcan contain several advertisementvideo files that can be played backsequentially.

System configuration� SmartMPEG-C (MB86H35)

- Dual MPEG-2 MP@ML Decoder- 32-bit ARC Tangent A4 CPU @202MHz

- Low power consumption(250 to 450mW)

- USB 2.0 OTG High Speed� Decoder Module

- SmartMPEG-C- DDRAM (256 Mbit/16-bit)- USB 2.0 OTG High Speed- Boot from P- (256 Mbit/16-bit)or S-Flash (32 Mbit)

- 3.3V single supply voltage� Base Board

- A and B type USB connector- RS232 connector- 24-bit LCD connector- RGB & Composite Video Out- Bi-directional IR interface- Touch screen controller- Front panel I/F connector- Stereo audio output(2 x 250mW)

Contact: Mr. Maurizio Cantonmailto: [email protected] +39-039-513 969

Decoder boardIR

Base board power supplies

MB86H35

TS1

FrontPanel IF

16-bit

PFLASH/NANDE2PROM Touch

I2C

LCD

Audio

Video

ExternalBus

USB 1 RS232 USB 2

Point-of-Sale (MB86H35)

MB86H35 base and decoder board block diagram

24


SEMINARS at FME, 2010Langen, FrankfurtFujitsu Microelectronics Europe (FME)offers in-house seminars at itsheadquarters in Langen, nearFrankfurt. These seminars areorganised as single or two day eventsto convey product and/or technologyknow-how.

All seminars are headed by at leastone of our specialists and you arecordially invited to share experienceswith them and the other participants.Content details, dates, placeavailability, together with the onlineregistration form can be found on ourwebsite.

FlexRayTM Seminar, 16/17 March 2010in Langen, FrankfurtThe seminar provides a basicknowledge of:� Time-triggered communication

systems� The differences between these and

event-driven systems� The influences of these differences

on the application design withinFlexRayTM networks.

Participants will receive anintroduction to the FlexRayTM protocolstandard and the physical layer, aswell as working through practicalexercises of how to configure aFlexRayTM node and the overallnetwork. Each participant will receivea FlexRayTM starter kit. More details oncontents can be found on our website.

EMC Seminar, 20/21 April 2010 inLangen, FrankfurtGain a basic knowledge ofelectromagnetic compatibility (EMC),physical causes of EMC problems andthe resulting influences on MCUapplications. You will learn fromexperts:� The most important EMC elements� Types of interference� Interference phenomena� Combinations of interference� Forming the requirements for the

suppressing of interference� Planning and protecting EMC

optimised designs.

The effects of the most common EMCproblems will be clearlydemonstrated. Participants willreceive an introduction to theemission and interference immunityof integrated circuits, optimisationmethods for PCBs and work throughpractical examples that let youcorrectly evaluate all aspects of EMCinterference and its available counter-measures. More details on contentscan be found on our website.

www.fme-seminars.com

25

FME-U07-0210

ASK FUJITSU MICROELECTRONICS EUROPEContact us on +49(0) 61 03 69 00 or visithttp://www.my-fme.com

www.ebv.com

www.glyn.de

www.ineltek.de

www.melchioni.it

www.pne.fr

www.rutronik.com

Fujitsu SPECIALIST DISTRIBUTORS

Fujitsu’s network of value-addspecialist Distributors provides localtechnical and commercial support tohelp identify the right Fujitsucomponent for your application.Supporting Fujitsu’s extensive rangeof microcontrollers, multimediadecoders and codecs, graphics SoCs,as well as other high-endcomponents, our local Distributionpartners can provide you withapplication, software and systemsupport to enable you to achieve afast time-to-market.

We value their ability to handle lowvolume, high-mix quantities forcustomers, as well as providingcomplex logistics services throughoutEMEA.

You can contact one of our partnerswith the confidence that they canprovide the best service to you,complementing the 1st class productsoffered by Fujitsu.

Documents

Shortform Brochure A/wk - Fujitsu · 03 MB87S2090–Powerline CommunicationSoCforsmart meteringapplications(AMR/AMM)