Multimedia New Style - Fujitsu · MULTIMEDIA INTRODUCING BUSINESS UNIT MULTIMEDIA ... market. The...

MULTIMEDIA SOLUTIONS

DVB/MPEG-2 & GRAPHICCONTROLLER PRODUCTS

PRODUCT OVERVIEW

MULTIMEDIA

01

CONTENTS

Copyright © 2004 Fujitsu Limited Tokyo, Japan, Fujitsu Microelectronics Europe GmbH and FujitsuMicroelectronics America, Inc., USA. All Rights Reserved.

The information contained in this document has been carefully checked and is believed to be entirelyreliable. However Fujitsu and its subsidiaries assume no responsibility for inaccuracies.

The information contained in this document does not convey any licence under the copyrights, patentrights or trademarks claimed and owned by Fujitsu. Fujitsu Limited and its subsidiaries reserve theright to change products or specifications without notice.

No part of this publication may be copied or reproduced in any form or by any means or transferredto any third party without the prior consent of Fujitsu.

Designed and produced in the UK. Printed on environmentally-friendly paper.

Introducing Business Unit Multimedia 2

Business Unit Multimedia at Fujitsu Microelectronics 3

Front-End for Digital Satellite Television 4-5

MPEG-2 Decoder for Digital Television 6-8

MPEG-2 Encoder 9

Introduction to Graphic Display Controllers 10

MB86290A ‘Cremson’ 11-12

MB86291 ‘Scarlet’ 13

MB86292 ‘Orchid’ 14

MB87P2020 ‘Jasmine’ 15

MB86293 ‘Coral Q’ 16

MB86294 ‘Coral B’ 17

MB86295 ‘Coral P’ & MB86296 ‘Coral PA’ 18

MB86275 ‘Olive’ 19

MB862xx ‘Lime’ 20

Product Roadmap 21

Evaluation Boards 22

Graphic Controller Comparison Tables 23

European Distributors & Representatives 24-25

European Sales Offices Back Cover

OpenTV is a trademark of OpenTV, Inc., NDS is trademark or registered trademark of NDS Limited

I2C is a registered trademark of Philips

Macrovision is a registered trademark of MacrovisionCorporation

All Trademarks acknowledged

02

MULTIMEDIA

INTRODUCING BUSINESS UNIT MULTIMEDIA

Fujitsu Microelectronics Europe’sBusiness Unit Multimedia, based atthe company’s headquarters inFrankfurt, Germany, offers customersadvanced multimedia products fordigital TV and set-top boxes as wellas graphic display controllers forsuch applications as car navigation,mobile terminals and industrialapplications.

Fujitsu Microelectronics Europe’s headquarters in Dreieich-Buchschlag near Frankfurt, Germany. The company hasoffices in Munich, Paris, Milan and Maidenhead

In addition to the range of productsoffered by the Business UnitMultimedia, an experienced support& development team is in place towork closely with customers on theirmultimedia systems projects.

Fujitsu Microelectronics Europe isa major supplier of semiconductorproducts to the European and globalmarket. The company’s mainbusiness focus is on providingsystems solutions to thenetworking/telecommunications,mobile communications, automotiveand multimedia markets.

Fujitsu offers a broad range ofsemiconductor devices, includingtelecommunications ICs, RF devices,MPEG encoders & decoders,microcontrollers, graphic displaycontrollers, microprocessors andFCRAMTM. The company is also aleader in colour plasma display andLCD panels.

03

BUSINESS UNIT MULTIMEDIA AT FME

The following components areoffered from the Business UnitMultimedia:

● Single-package front-end solutions for digital satellite television

● MPEG-2 decoders for set-top box applications

● Single-chip MPEG-2 encoders including audio encoders, video encoders & system multiplexers

● Graphic display controllers for embedded solutions

At the heart of Fujitsu’s Business UnitMultimedia is its development centrein Frankfurt, which designs andsupports semiconductor multimediasolutions, calling on the skills andexpertise located in other Fujitsudesign centres in Europe. The MPEG-2 decoder for digital television,SmartMPEG, was designed here, acomplete API library was created,reference designs are available andcustomers are using it successfully in their digital TV products, such asset-top boxes. The SmartMPEG is thethird generation MPEG-2 decoder forset-top box applications and isespecially designed to reduce systemcost of the end-product.

A Fujitsu API software library isavailable, which enables thecustomers a fast and easyimplementation of the SmartMPEGinto their products. The Centre has aset of resources on call, for bothhardware and software development.The support group assists customersto design-in multimedia componentsinto their end-products.

For complex components, theBusiness Unit Multimedia can alsosupply development kits tocustomers. These kits include anevaluation board, software anddocumentation.

A corner of Fujitsu’s multimedia development centre where DVB products are evaluated

04

MULTIMEDIA

Fujitsu Microelectronics Europecontinues the success story with oneof the most advanced, highlyintegrated single-chip solutions fordigital satellite broadcasting, whichcombines a tuner, a QPSKdemodulator and a Forward ErrorCorrection Unit into one 120-pinpackage.

Many set-top box manufacturersaround the world already use the wellknown MB86A15. It offers aseries of benefits over previous-generation discrete QPSK NIMs,including much smaller size,significantly reduced powerconsumption and lower cost.

The chip integrates a Zero IFTuner, a QPSK Demodulator andForward Error Correction (FEC)circuitry, making it ideal for DVB-Sand DSS transmissions, without theuse of tuning-diodes, expensivecapacitance and inductive elements.

This means that the only externalcomponents needed to design andbuild a complete working front-end

for a set-top box are the F-connector,a 4MHz crystal, and some resistorsand simple capacitors.

In addition, the MB86A15internally generates the control signalfor DiSEqC 1.x, the standard forinterfacing between the satellite dishand receiver, which makes it possibleto switch between an array of dishes.

The DiSEqC 1.x standard requiresa protocol involving very strict timing,and this is supported by the new chipdirectly in hardware, optimising

performance and reducing theamount of software needed.

Much lower power consumptionis an attractive feature of theMB86A15, which operates fromsupply voltages of just 2.5, 3.3 and5V. This contrasts with previousgeneration designs in which thetuning diode required a 30V supply. Maximum power dissipation of thenew device is 1.5W (at 45Mbaud),and thanks to this it is available in acompact LQFP 120-pin package.

FRONT-END FOR DIGITAL SATELLITE TELEVISION

QPSKDemodulator

Zero IFTuner

FowardError

Correction

SCL, SDA& ADR(2:0)

Parallel andSerial TransportStream Output

LNB Control:14/18V and 22kHz

DiSEqC 1.X

(950 to 2150MHz)

DiSEqC

RF Input TS Output

Lock Signal

I2CQPSK Silicon Tuner (MB86A15)

SmartMPEGAudioDAC

SDRAM64Mbit

XTAL

IR

I2C

SM1 UPI

DAC 1-5

VideoRGB& YC

L

R

S/P-DIF

Flash8Mbit

QPSKSilicon Tuner

I2S

IR Rx

TS2

XTAL

From Satellite Dish(950 to 2150MHz)

QPSK silicon tuner (MB86A15) evaluation board

QPSK silicon tuner (MB86A15) block diagram

Typical configuration using the QPSK silicon tuner (MB86A15): Simple set-top box for satellite reception

05

Monitor software for PC for the QPSK silicon tuner (MB86A15)

FRONT-END FOR DIGITAL SATELLITE TELEVISIONThe low power consumption will helpto further reduce costs and makedesign and implementation easier.

Key Features

● Multi-Chip-Package (MCP), using Fujitsu’s advanced MCPtechnology

● For logic module: CMOS 0.25µm technology

● For RF module: BiCMOS technology

● Includes Zero IF Tuner, QPSK Demodulator and Forward Error Correction

● DVB-S (SCPC, MCPC)) and DSS compatible

● No external inductors or variable capacitance diodes required

● Supply voltages: +5, +3.3 and +2.5V, (30V for tuning is not required)

● Input frequency range: 950 to 2150MHz

● Input signal level per channel: typ. -75 to -10dBm

● Symbol rates: 1 to 45Mbaud● Carrier capture range: ±5MHz● Automatic IQ detection● Automatic detection of Viterbi

code rates (DVB: 1/2, 2/3, 3/4, 5/6, 7/8)

● I2C® bus interface● DiSEqC® 1.x compatible● Built-in carrier frequency offset

monitor (via I2C bus interface)

● C/N Monitoring function (via I2C bus interface)

● Total power consumption: less than 1.5W (at 45Mbaud, decreases at lower baud rates)

● Package: 120-pin plastic LQFP (FPT-120P-M21)

● Ambient temperature: 0 to 70°C

Development Kit available whichincludes:

● Evaluation Board with RF input and transport stream output

● Application Programming Interface software (API) in source code will be provided by Fujitsu

● Evaluation board including monitor software for PC is available. This software offers graphical BER display, bar graphs for signal strength/quality and transponder administration including DiSEqC control.

Key Applications

● Digital set-top boxes for satellite reception

● Television Set incorporating a digital satellite reception (IDTV)

● Network Interface Module (NIM) for Satellite reception

● PC Cards, which use the DVB-S Standard for Data Broadcasting

● Head-end stations

06

MULTIMEDIA

The third generation MPEG-2 decodercalled SmartMPEG (MB86H2x) is

MPEG-2 DECODER FOR DIGITAL TELEVISION

ideally suited for medium and low-endset-top box applications. TheSmartMPEG includes nearly all of therequired features for these set-top boxapplications, requiring only a singleSDRAM and a FLASH memory foroperation.

The SmartMPEG is the first FujitsuMPEG device to use a shared memoryarchitecture. In this sharedarchitecture, a single SDRAM is usedfor MPEG decoding, OSD graphic

generation and the system processor.Performance of the embedded ARCTangent-A4 CPU running with130MHz is very high and afterinitialisation it is completely availablefor other tasks like OSD processingor SI data analysis. This highperformance increase is achievedthrough an increased clock frequency,additional instructions, a 2kB datacache, a 4kB instruction cache and afaster memory system.

SmartMPEG evaluation board

[email protected] MHzTangent-A4

4kI-Cache

2kD-Cache

WatchDog

PowerDown

IRQCTRL

3Timers

SharedMemoryInterface

MPEG-2 VideoDecoder

MPEG Audio DecoderS/P-DIF Output Unit

ResizingTXT Insertion

DisplayController(4 layer)

Digitalencoder

(PAL/NTSC)

WSS / VPSInsertion

CC / VBIDInsertion

AdjustableRGB De-Matrix

ITU-R656Output

SmartMPEG Internal Bus @ 130.5MHz

DPLL BufferManager

DVB Descramblers

TS Demultiplexers

HDD / IDECtrl

BootROM

Chip SelectCtrl

UniversalProcessorInterface

IR Rx IR Tx GPIO GPI GPO

I2C UART SmartCard PWM 7-Seg

Ctrl

TS1Par / Ser

SDRAM(64Mbit…1Gbit)

S/P-DIF(Dolby Digital Bitstream)

I2S (Audio) ITU-R656 ITU-R656

Analogue O/P:CVBS, YC, RGB

YCRBR, Audio R/L

16/32bit

TS2Par / Ser 27.0 MHz

NOR / NAND FlashHDD / IDE / CI IRQ / I2C / Smart Card / GPIO / 7-Segment Control /

UART / IR in /IR out / PWM / Keyboard Mon

TS3Intern

DAC5DAC4DAC3DAC2DAC1

SmartMPEG block diagram

SmartMPEG

07


Application

OtherMiddleware

Other Drivers

FM – LibraryFujitsu Middleware API

FD – LibraryFujitsu Driver API

OS

FH – LibraryFujitsu Hardware API

MPEG Decoder Hardware

Adap

tatio

n

Application programming interface (API) of SmartMPEG using an RTOS

The specialised SDRAM interface iscapable of connecting to both 16 and32 bit SDRAM devices, allowingselection of the optimal componentsfor each application. A 32 bit deviceneed only be used when extremelyhigh OSD-graphic performance isrequired.

The on-chip digital PLL (instead ofexternal VXCO), the 7-segmentcontroller and the option to use thevideo DACs for audio output, allowcustomers to reduce the cost for low-end applications to an absoluteminimum. This high level of integrationwill enable customers to achieve oneof the most efficient solutions formedium- and low-end set-top boxesavailable on the market today.

There are derivatives available fromthe SmartMPEG, which includefeatures for special applications. For

example an NDS ICAM, which allowsthe SmartMPEG to be used in anetwork, where the NDS scramblingalgorithm is used. The SmartMPEGfor extended temperature makes itideally suited for automotiveapplications. For certain PayTVNetworks a Macrovision version isalso available.

Fujitsu’s Application Interfacesoftware (FAPI) enables customers aneasy start for their own development.The FAPI includes many low leveldriver and middle level examples. Theblock diagram above shows theFH_LIB (Fujitsu Hardware Library)offering a direct access to eachregister in the device. The FD_LIB(Fujitsu Driver Library) includes thedriver set, like I2C, IC-Card and VideoDriver. In addition, the middlewareand the application are running.

The basic FAPI runs with or withoutan operating system.

Some interactive API’s are portedto the SmartMPEG. This allowscustomer to build set-top boxes orIDTV’s incorporation OpenTV, MHEG-5 or NDS Middleware.

Key Features

● CMOS 0.18µm technology● MPEG2 video ISO/IEC 13818-2

([email protected]@ML)● MPEG audio layer 1/2● 32 bit RISC CPU (ARC Tangent A4

@ 130MHz) with extensions● 4k I-cache / 2k D-cache● Three timers / watchdog / power-

down mode● Shared memory interface

(SDRAM, 16/32 bit data), 64Mbit...1Gbit

● Universal processor interface (IDE, NAND/NOR FLASH, Common Interface)

● Two transport stream decoders (decoding/recording) including DVB descrambler

● Flexible MPEG video resizing (factor 1/16 to 2)

● Display controller with up to four true-colour graphic or CLUT layers

● Teletext / WSS / CC / VBID insertion

● PAL/NTSC/SECAM digital encoder● RGB De-matrix (RGB or YCrCb

output)

08

MULTIMEDIA


SmartMPEGAudioDAC

SDRAM64Mbit

SmartCard

XTAL

QPSKSilicon Tuner

SegmentDisplay IR

HDD

I2C

SmartCard IF

SMI UPI

DAC 1-5

VideoRGB& YC

L

R

7-Seg-CTRL

S/P-DIF

XTAL

Flash8Mbit

QPSKSilicon Tuner

I2S

IR Rx

TS2

TS1

Typical configuration using the MPEG-2 decoder SmartMPEG – digital video recorder using two front-ends and ahard disk drive

● Control of brightness, contrast and colour saturation of RGB and YCrCb output

● 5 video DACs @ 10bit● ITU-R 656 video input/output● S/P DIF output for

PCM/AC3/MPEG● UART/2 x Smart Card

IF/I2C/GPIO● 7-segment LED controller for

5 digits● Infra Red receiver/transmitter● PWM Output● On-chip DPLL, requiring only

27MHz crystal● Bootable from NOR Flash or I2C● Typical power consumption:

typ. 700mW (1.8V device with 3.3V I/O)

● Typical power consumption in Standby mode: typ. 100mW (1.8V device with 3.3V I/O)

● Low Profile QFP Package: FPT-208P-M06 (LQFP-Package)

● Ambient Temperature Range: 0 to 70°C (-40 to +85°C for MB86H22)

Derivatives of SmartMPEG

● MB86H20 – SmartMPEG StandardVersion

● MB86H21 – SmartMPEG with NDS ICAM

● MB86H22 – SmartMPEG for extended temperature range -40 to +85°C

● MB86H23 – SmartMPEG with Macrovision support (Ver 7.1.L1)

Development Kit available which includes:● Evaluation Board with transport

stream input and analogue video output, single 12V supply, USB for debug

● Application programming interface software (FAPI) will be provided by Fujitsu

● Software example in Flash

Key Applications

● Digital set-top boxes for satellite, cable and terrestrial reception

● Television Set incorporating a digital reception unit (IDTV)

● Personal / digital video recorder applications

● Automotive/mobile/handheld applications

● Head-end stations

09

MPEG-2 ENCODER

Host/SDRAMI/F Controller

Serial I/FController

Controller(32bit RISCProcessor)

BootROM

VideoEncoder

AudioEncoder

TBC

PLL

SystemEncoder

27MHz

54MHz

Clock Input(27MHz)

AudioInput I/F

SDRAM I/F

VideoInput I/F

Host/SDRAM I/F

Serial I/F

Bit StreamOutput Port

MB86391

MPEG-2 encoder (MB86391) block diagram

SmartMPEG

AudioDAC

Flash8Mbit

SDRAM64Mbit

SDRAM64Mbit

SDRAM64Mbit

MPEGEncoder

VideoADC

AudioADC

XTAL

QPSKSilicon Tuner

XTAL

PLL

SegmentDisplay IP Rx IP Tx

HDD

TS1

I2C

TS2

GPIO(CTRL)

SMI UPI

DAC 1-5

VideoRGB& YC

I2SL

R

IR TxIR Rx7-Seg-CTRL

VideoYC &CVBS

L

R

S/P-DIF

Typical configuration using the MPEG-2 encoder (MB86391) – personal video recorder using one satellite front-end, MPEG-2 decoder and MPEG-2 encoder

MPEG-2 encoder (MB86391) evaluation board

The MB86391 is a full MP@MLcompliant MPEG-2 encoder thatintegrates video, audio and systemencoders on a single chip. The MPEG-2encoder takes advantage of the high-performance MPEG-2compression algorithm developed byFujitsu. This device is a combination of hardware and software processed byan internal SPARClite CPU. It isexpected to be a key component forrealising higher performance and more compact digital audio-visualequipment, such as disk recorders,camcorders, video communication, etc.

Key Features

● Single chip encoder● Video encoder

• MPEG-1 (ISO/IEC11172-2)• MPEG-2 MP@ML encoding

function (ISO/IEC13818-2)• NTSC and PAL video formats• Maximum bit-rate is 15Mbps• Video input interface: ITU-R 656

● Audio encoder• MPEG-1 Audio layer-1/2 encoding

function (ISO/IEC11172-3)• Maximum bit-rate is 448kbps• Audio Input Interface: I2S

● System multiplex• Output format is selection of PS,

TS and MPEG-1 System

• Constant or variable bit rate (CBR / VBR)

• Maximum bit-rate is 20Mbps● External memory: SDRAM:

4x(1Mx16 bit) or 2x(2M x 32 bit)● Time base corrector (TBC)● Internal 32 bit RISC processor● Simple control of encoding

parameters via serial port● Power consumption: typ. 550mW● Package: HQFP-208● Operating temperature:

-20 to +85°C

Key Applications

● Video distribution systems● Car entertainment systems● Video conference systems● Digital video recorder● D-VHS recorder● D-STB, Personal Video Recorder

(PVR)● Video disk recorder● MPEG-2 PC encoder card● Surveillance systems● Head-end stations

10

MULTIMEDIA

INTRODUCTION TO GRAPHICDISPLAY CONTROLLERSFujitsu’s new family of graphic displaycontrollers will optimise solutions forembedded graphic applications suchas car navigation and mobileinformation terminals. The productsin this family have numerousfunctions which are state-of-the-art tographic controllers today, but havebeen specially optimised for the areaof embedded systems. This meansthat, in addition to many 2D and 3Drendering functions, there is a flexiblelayer concept, support for screenresolution of up to XGA (1024 x 768)and further features which are ofparticular interest in the area ofnavigation, such as alpha-blendingand anti-aliasing. All derivatives havea CPU interface to enable directconnection of embedded CPUs andMCUs. Fujitsu offers a range ofgraphic display controllers withdifferent levels of integration forvarious applications.

In-car navigation is a key target application for the ‘Cremson’ graphic display controller

11

MB86290A ‘Cremson’ is a 2D/3Dgraphics controller, optimised forapplications in car navigation systemsand mobile information processingterminals. Adopting varioussophisticated functions, such as flat orGouraud shading, bi-linear texturemapping, and Z-buffering, ‘Cremson’offers a high-speed, superior-performance 3D graphics functionality. Moreover, anti-aliasing, concavedpolygon rendering and fast line drawfeatures are also included, allowingsmooth and sophisticated-qualityrendering. As a result, ‘Cremson’performs high-quality renderingoperations, with similar quality toleading-edge PC graphics, but withlower power consumption. ‘Cremson’supports a 64 bit-wide externalmemory interface. This interface isdriven at the same 100MHz frequencyas its internal operation, to support the large-memory bus bandwidth that is needed to perform the high-performance graphics operationsdescribed above. Also, in order tosupport various kinds of systemconfigurations, ‘Cremson’ offers aconfigurable host interface for fourtypes of CPUs (Fujitsu FR30, HitachiSH3/4, and NEC V832) withoutexternal glue logic.

To address the especially complexWindow configurations of carnavigation systems, ‘Cremson’ offers 4layers of overlay planes. These layers

are (from top to bottom): C (console)layer, W (window) layer, M (middle)layer and B (base) layer. All layers canbe rendered in 16 bit/pixel colour(65,536 colours displayed at a time)or rendered in 8 bit indirect colour

An important feature of ‘Cremson’ and all subsequent members of the family is that graphical information can bedisplayed on four overlapping, independent layers

C (Console) layer– 8, 16 bit/pixel– Applied to show switches and panel displays

M (Middle) layer– 8, 16 bit/pixel– Supplement for Base, can be divided into two

zones

W (Window) layer– 16 bit/pixel (Y:U:V = 2:1:1)*– Applied to overlay input video image

B (Base) layer– 8, 16 bit/pixel– Fundamental map display layer, can be divided

into two zones* To be supplied by 2nd generation product withembedded DRAM. This layer can be adopted as a3rd graphics layer as well.

MB86290A ‘CREMSON’

The new GDC’s support for 3D graphics makes possible features such as ‘bird-view’ perspectives

mode (256 selected out of 262,144colours). The colour palette can be defined separately to the C layer and B and M layers. A transparent colour option is used toblend the layers directly.

12

MULTIMEDIA

MB86290A ‘CREMSON’Layer Concept

For screen separation in wide-screendisplays, the M and B layers can besplit into two separate segments (leftand right). This feature is useful whentwo different reduced map scales aredisplayed side by side. Of course, allthese layers and segments can bescrolled independently. In addition, twohardware cursors are supported.

An ‘alpha-flag’ per pixel issupported for the C-layer. This featureis useful for blending the C layercolour with all the layer contentsbelow, providing a variable transparentcolour effect (‘alpha-blending’). ‘Cremson’ consists of 4 blockmodules: host interface block, externalmemory interface block, displaycontrol block, and 2D/3D renderingblock. An internal 64 bit bus calledPixel bus connects these modules.Also, the host interface block isconnected to each of the other 3blocks independently to avoid displayand/or rendering operations when thehost CPU attempts to access thesemodules.

2D/3DRendering

Engine

DisplayController

DAC

H/V syncColourkeyExternal

Bus ofFR CPU

D(0:31)

A(2:25)

MD(0:63)

MA(0:13)

HostInterface

ExternalMemory

Controller

64MbitSDRAM

or16MbitSGRAM

Pixe

l Bus

MB86290A ‘Cremson’ uses an internal 64 bit-wide pixel bus to connect the main hardware blocks: Host interface,memory controller, display controller and rendering engine

Key Features

● CMOS 0.25µm technology● Display resolutions up to

1024 x 768● 4 layers of overlay display

(bottom 2 layers are both split into separate segments)

● RGB analogue output (high speed DAC)

● Includes various kinds of 2D/3D graphic acceleration functions

● Built-in alpha blending, anti-aliasing and chroma-keying

● Up to 32MB external graphic memory (SDRAM) 64 bit wide@ 100MHz

● Configurable CPU-interface for FR30, SH3, SH4, V83x CPUs

● Supply voltage 3.3V (I/O), 2.5V (Internal)

● QFP-240 Package● Temperature range -40 to +85°C

13

HostInterface

External VideoInterface Controller

2D/3DRendering

Engine

DisplayController DAC

Pixe

l BusExternal

Bus ofFR CPU

MemoryInterfaceController Geometry

Engine

D(0:31)

A(2:25)

YUV or RGB

Digital RGB

Embedded SDRAM16Mbit

MB86291A ‘Scarlet’ adds 16Mbit embedded SDRAM, video input functions and a geometry processor

MB86291A ‘Scarlet’ is an enhancedversion of MB86290A ‘Cremson’ whichadds 16Mbit embedded SDRAM, videoinput functions and a geometryprocessor. The concept of displaylayers, 2D/3D rendering functions andthe display controller features are takenfrom ‘Cremson’ MB86290A.

Scarlet is optimised for applicationsin car navigation systems, whichrequire video-input features, consumerinformation processing systems andarcade game applications.

Scarlet has 16Mbit of embeddedSDRAM with high bandwidth(100MHz). No external SDRAM devicesare required for graphic memory. Theexternal video input can be used tocapture video signals according to thestandard RBT-ITU656 YUV4:2:2 format.

Picture-in-picture functions aresupported to display the video image(the W-layer is dedicated for thatpurpose). To adjust the dimensions ofthe video-input format, a flexible videoscaler is integrated.

A geometry processor, capable ofperforming numeric calculations forgraphical operations is included.Supported functions are Affin-conversions, model-view projections,3D-clipping operations and others. All drawing functions, display list-formats and software functions arecompatible to the ‘Cremson’MB86290A.

An additional RGB digital interfaceoffers flexible display connections.

Key Features

● CMOS 0.25µm technology● Display resolutions up to

1024 x 768● 4 layers of overlay display (bottom

2 layers are both split into separate segments)

● Digital video input● Video scaler● I2C interface● Geometry processor● RGB analogue output (high speed

DAC)● RGB digital output (8 bit x 3)● Includes various kinds of 2D/3D

graphic acceleration functions

● Built-in alpha blending, anti-aliasing and chroma-keying

● Embedded 16Mbit SDRAM graphic memory



● QFP-208 Package● Temperature range -30 to +85°C

MB86291A ‘SCARLET’

‘Scarlet’ offers some of the most advanced functionality yet developed for use in automotive navigation andmultimedia information terminals

14

MULTIMEDIA

MB86292 ‘ORCHID’

MB86292 ‘Orchid’ is another versionof MB86291 ‘Scarlet’, which hasexternal video memory connection upto 32MB for those applications wherethe 2MB embedded SDRAM ofMB86291 ‘Scarlet’ is not sufficient. Allfunctions of ‘Scarlet’ including videoinput, scaler and a geometryprocessor are also available on‘Orchid’. The concept of displaylayers, 2D/3D rendering functions andthe display controller features aretaken from ‘Cremson’ and ‘Scarlet’.‘Orchid’ is optimised for applicationsin car navigation systems that requirevideo input features, consumerinformation processing and arcadegame functions. The external memoryinterface can be connected to FujitsuFCRAMTM or SDRAM-type memorydevices. The external video input canbe used to capture video signalsaccording to the standard RBT-ITU656YUV4:2:2 format. Picture-in-picturefunctions are supported to display thevideo image (the W-layer is dedicatedfor that purpose). To adjust thedimensions of the video input format,a flexible video scaler is integrated. Ageometry processor, capable of

HostInterface


2D/3DRendering

Engine

DisplayController

Pixe

l BusExternal

Bus ofFR CPU

GeometryEngine

D(0:31)

A(2:25)

YUV

MD(0:63)

MA(0:13)

ExternalMemory

Controller

Digital RGB

32MByteSDRAM

orFCRAM

MB86292 ‘Orchid’ offers all the functions of ‘Scarlet’ but allows SDRAM or FCRAM™ memory up to 32MB

performing numeric calculations forgraphical operations, in included.Supported functions are Affin-conversions, model-viewprojections, 3D-clipping operationsand others. ‘Orchid’ has only RGBdigital outputs for displayconnections. All drawing functions,display list-formats, and softwarefunctions are compatible to the‘Cremson’ MB86290A and ‘Scarlet’MB86291.

Key Features

● CMOS 0.25µm technology ● Display resolutions up to

1024 x 768 ● 4 layers of overlay display

(bottom 2 layers are both split into separate segments)

● Digital video input ● Video scaler

‘Orchid’ is optimised for applications in carnavigation systems.

● I2C interface ● Geometry processor ● RGB digital output (8 bit x 3) ● Includes various kinds of 2D/3D

graphic acceleration functions ● Built-in alpha blending,

anti-aliasing and chroma-keying ● External SDRAM or FCRAMTM

interface for up to 32MB graphic memory



● QFP-256 Package ● Temperature range -40 to +85°C

15

MB87P2020A ‘JASMINE’MB87P2020A ‘Jasmine’ is anenhanced version of MB87J2120‘Lavender’ which adds 8Mbitembedded SDRAM, and some moreimproved features. The device is fullycompatible to the ‘Lavender’ chip anduses the same internal architecture,the same layer and interface concept.No external memory devices arerequired for graphic memory becauseof the 8Mbit embedded SDRAM. As aconsequence, the package could bereduced to QFP208. Therefore,‘Jasmine’ is optimised for compactautomotive or consumer applicationswhere a high integration of functionsis required. Like ‘Lavender’, the‘Jasmine’ is optimised to work as acompanion chip for the Fujitsu 32 bitRISC devices MB91F36x.

As a successive product to‘Lavender’, the new device has anumber of enhancements that allowthere to be more flexibility in theapplication area. First of all, a newvideo input interface was developedwhich allows acceptance of moreformats (including YUV) and which iscompatible to a wider range of videodecoder chips. A new programmableconverter matrix (YUV to RGB) allowswriting of these YUV formats tolayers and to convert back to RGB forscanning.

In addition, a gamma correctiontable was added to allow adjustmentof the picture characteristicsaccording to the connected displayrequirements and the colour look-uptable that can now hold up to 512entries.

FR HostInterface

DAC

Pixe

l Bus

ExternalBus of

FR CPU

MemoryInterfaceController

D(0:31)

A(2:25)

RGB/YUV

Digital RGB

H/VsyncBacklight

Video InterfaceController

Pixel Processor(2D)

Display,Sync,

BacklightController

ULB

PP

V/C

Embedded SDRAM8Mbit

GPU

MB87P2020A ‘Jasmine’ is fully compatible with the MB87J2120 ‘Lavender’ and uses the same internal architecture.No external memory devices are required for graphic memory because of the 8Mbit embedded SDRAM

Key Features

● CMOS 0.25µm technology ● Flexible display controller for

almost all standard LCD panels ● 4 layers of overlay display (out of

16 logical layers) ● RGB analogue output (DAC) ● RGB digital output ● Includes 2D graphic acceleration

functions ● Gamma correction embedded ● Embedded SDRAM graphic

memory 8Mbit (1MByte) ● Digital video input (RGB and YUV

formats) ● CPU-interface for FR30 ● Supply voltage 3.3V (I/O), 2.5V

(Internal) ● QFP208 Package ● Temperature range -40 to +85°C

L0 Layer

L1 Layer

L2 Layer

L3 Layer

L4 Layer

Background Colour

Alpha PlaneAxL1 + (1-A)xL2

16

MULTIMEDIA

MB86293 ‘CORAL Q’The new ‘Coral’ device family offers anincreased internal operating frequencyof 166MHz, a 64 bit memory bus,support for six independant layers,advanced alpha-blending features andenhanced video input facilities. Thehigher internal frequency of 166MHz(400MHz for display dot clocks)enables the rendering engine of thedevices to achieve a factor 10improvement in texture mapping anddrawing image quality compared to theprevious graphic controller devices.

The enhanced bandwidth allows amuch greater rate of access forgraphics elements, and deliversimproved scanning functions at higherdisplay resolutions. The ‘Coral Q’ and‘Coral B’ devices are compatible withhost CPU buses including Fujitsu FR,Hitachi SH3 and SH4 and NEC V83without external glue logic. All devicesare binary compatible with previousgeneration graphic display controllers,like the ‘Cremson’, ‘Orchid’ and‘Scarlet’ devices. This helps to speed-up developments and save costsbecause existing software modules(e.g. map renderer) and drivers can beused without any modifications.

An enhancement to 2D-drawingfunctions is the integration of a linedepth display facility, which clearlydefines the correct respective level ofintersecting map lines. Enhancedhardware design also providesimprovements in pattern lineperformance.

All ‘Coral’ devices address up to64MB of external SDRAM or FCRAMTM

memory @ 133MHz and are capable of

adjusting picture sizes to optimise theavailable memory space. All layers canhave a colour depth of 8, 16 or 24bits/pixel and can be changed inposition, size and priority. Themaximum logical layer size has beenincreased to 4096 x 4096 pixels.

Key Features

● CMOS 0.18µm technology ● Display resolutions up to 1024 x 768 ● 6 layers of overlay display

(Windows)

● Alpha Plane● Geometry processor ● RGB digital output (8 bit x 3) ● RGB analogue output● Includes various kinds of 2D/3D



interface @ 133MHz for up to 64MB graphic memory



● QFP-256 Package ● Temperature range -40 to +85°C

2D/3DRendering

Engine

DisplayController

DAC

Digital RGB

ExternalBus of

FR CPU

D(0:31)

A(2:25)

MD(0:63)

MA(0:13)

HostInterface

ExternalMemory

Controller

Pixe

l Bus

GeometryEngine64MByte

SDRAMor

FCRAM

MB86293 ‘Coral Q’ has a 6-layer structure and a geometry processor that perform co-ordinate conversions at 166MHz

‘Coral’ family layer structure

17

MB86294 ‘CORAL B’‘Coral B’ adds video input to thefeatures of ‘Coral Q’ and is available ina BGA package. The video input iscapable of accepting TV tuner, DVDplayer or camera signals in PAL orNTSC video formats (ITU656 format).Video pictures of diverse resolutionand frame frequency rate, in eitherprogressive or interlaced modes, canbe grabbed, scaled and displayedpicture-in-picture.

The latest automotive andconsumer appliance screens areincreasing resolution to achieve betterreadability. They demand improvedpicture quality to match, for exampleDVD quality. In order to meet thesedemands, ‘Coral’ integrates a newvideo input up-scaling facility, whichallows a full-screen mode ofmultimedia pictures at largeresolutions to be displayed. Bothup-scaling and down-scaling can beset independently in horizontal andvertical directions in pixel or lineresolutions.

Using the Alpha-map features ofthe ‘Coral’ architecture, a video picturecan be blended smoothly togetherwith rendered graphics. The alphamap can be freely assigned to any ofthe six layers and allows theassignment of 8 bits per pixel,enabling each pixel to be mixed tocontrol transparency to a very highdegree of accuracy. In addition, alllayers can be blended at a fixed ratioof 256 levels.

2D/3DRendering

Engine

DisplayController

DAC

Digital RGB

ExternalBus of

Host CPU

D(0:31)

A(2:25)

MD(0:32)

MA(0:13)

HostInterface

ExternalMemory

Controller

Pixe

l Bus

GeometryEngine


Analogue RGB

YUV

32MByteSDRAM

orFCRAM

MB86294 ‘Coral B’ offers video input with upscaling, in addition to the new ‘Coral’ family features

To enhance bit BLT (Bit BlockTransfers) operations, this featurecan now be combined withalpha-mapping. With this function,any bitmap can be copied from anysource location (CPU- orVideo-memory) and can be copiedonto a layer with an independentalpha-map. Software routines thatmake use of this function can greatlyimprove image quality (for exampleanti-aliasing over a movingbackground).

Key Features


1024 x 768 ● 6 layers of overlay display

(Windows) ● Alpha Plane● Digital Video input

● Video Scaler (up/down scaling)● I2C interface● Geometry processor ● RGB digital output (8 bit x 3) ● RGB analogue output● Includes various kinds of 2D/3D



interface @ 133MHz for up to 64MB graphic memory



● BGA-256 Package ● Temperature range -40 to +85°C

18

MULTIMEDIA

MB86295 ‘CORAL P’ & MB86296 ‘CORAL PA’‘Coral P’ is an enhanced version of ‘CoralB’ with a PCI host interface and a newvideo input controller. Any CPU with a 32-bit PCI V2.1-compliant host interfacecan be directly connected to ‘Coral P’.The device includes both master andslave functions and an internal DMAcontroller for multi-burst transfers oflarge quantities of data between allcombinations of PCI data space and‘Coral’ internal areas.

Additional functions provided by thehost interface are general purpose I/Opins and a serial interface. The externalvideo input of ‘Coral P’ accepts dataconforming to the standards RBT-ITU656,RBT-ITU601, RGB666 and RGB888. Thisallows video signals of various sources tobe displayed together with generatedgraphics. The video input is capable ofaccepting TV tuner, DVD player or camerasignals in PAL or NTSC video formats. Inaddition, rendered graphics from anyother display controller can be used asvideo input source.

The video stream is read, modifiedand written to a video buffer memorycompletely independent of the displayscanning process. Video pictures ofdiverse resolution and frame frequencyrate, in either progressive or interlacedmodes, are able to be grabbed, scaledand displayed picture-in-picture. As ‘CoralB’, ‘Coral P’ integrates a new video inputup-scaling facility, which now allows afull-screen mode of multimedia picturesat large resolutions to be displayed. Bothup-scaling and down-scaling can be setindependently in horizontal and verticaldirections in pixel or line resolutions.A set of general I/O pins and a serial

interface are also included for simpleexternal resource control.

Key Features

● CMOS 0.18µm technology ● Display resolutions up to 1024 x 768 ● 6 layers of overlay display

(Windows) ● Alpha Plane● Digital Video input (various formats)● Video Scaler (up/down-scaling)● I2C interface● Geometry processor ● RGB digital output (8 bit x 3) ● RGB analogue output● Includes various kinds of 2D/3D



interface @ 133MHz for up to 64Mb graphic memory

● PCI 32 bit V2.1 host interface● GPIO inputs/outputs● Serial interface● Supply voltage 3.3V (I/O),

1.8V (Internal)

● BGA-256 Package ● Temperature range -40 to +85°C

The new MB86296 ‘Coral PA’ is aredesigned and feature expanded versionof ‘Coral P’. This chip has the followingadditional features :

● Direct RGB666 and RGB888 video input without conversion to YUV422

● Colour-Space conversion method selectable as programmable option

● Brightness, Contrast, Saturation control for video input

● PCI bandwidth will increase to approx. 70Mb/s

● New ROM for Geometry Engine (enhanced functions)

● Pixel-clock delay of display output is programmable

● PCI busclock can be used as clock input

● Video texture mapping (RGB555 mode)

● Simultanous up- and down-scaling ● Enhanced pixel clock output ● 100% Pin and Function compatible

to ‘Coral P’

2D/3DRendering

Engine

DisplayController

DAC

Digital RGB

PCIBUS

INTERFACE

D(0:31)

A(2:25)

MD(0:32)

MA(0:13)

HostInterface

ExternalMemory

Controller

Pixe

l Bus

GeometryEngine


Analogue RGB

RGB

YUV

SIO GPIO I2C

64MByteSDRAM

orFCRAM

MB86295 ‘Coral P’ block diagram

19

MB86275 ‘OLIVE’

The MB86275 ‘Olive’ is thecombination of 2 chips in onepackage. The graphic controller itselfand an 8MByte FCRAMTM areintegrated in a 256-pin MCP (MultiChip Package). The typical powerconsumption is only around 120mWwhich enables this device to be usedin battery-driven applications (hand-held graphic applications). Thearchitecture of ‘Olive’ was derivedfrom the ‘Coral’ family, which meansthat 6 layers can be used in various colour-depths but no complexrendering engine and geometryengine is present in this chip. Instead,‘Olive’ has a BitBlt-Engine to drawrectangular areas. The colourinformation of each pixel can be setby the ‘Olive’ or supplied as datastream. The host-interface is basedon the PCI-standard V2.1, 32 bit-wideand clocked with 33MHz. 2 modulescontrol the data transfer.

The standard PCI-interfaceenables the ‘Olive’ to operate as slaveon the PCI-bus. The burst-controlleris implemented beside this standardPCI-slave-interface and allows data-

transfers as PCI-master and transfersin the Olive’s local address space.Finally, ‘Olive’ has a special video inputmodule to accept sources of the dataformat IBT-RTU 656/601 and also anew single-shot mode is implemented.It allows capturing of high-resolutionpictures up to 16Mpixels from acamera module. The video unit canscale and de-interlace the video inputstream to allow the correct adjustmentfor the attached display.

Key Features

● Multi-Chip package / CMOS 0.18µm technology

● Display resolutions up to 1024 x 768

● 6 layers of overlay display (Windows)

● Alpha Plane● Digital Video input (ITU656 and

still picture formats)

PCIInterface

External Videoor Camera

Interface Controller

DisplayController DAC

Pixe

l BusPCI

Bus

MemoryInterfaceController Bit BLT

Engine

D(0:31)

A(2:25)

YUV/Cam

FCRAM in same package64Mbit

MB86275 ‘Olive’ block diagram

Using multi-chip technology, the new MB86275‘Olive’ carries 8MByte of framebuffer and a powerful2D graphic controller in one package

● Video Scaler● I2C interface● RGB digital output (8 bit x 3) ● RGB analogue output● BitBlt Engine for Rectanglar

Object Drawing ● PCI 32 bit V2.1 host interface● GPIO inputs/outputs● Serial interface● Supply voltage 3.3V (I/O),

1.8V (Internal) ● FLGA-256 Package ● Temperature range 0 to 70°C

20

MULTIMEDIA

MB862XX ‘LIME’

‘Lime’ will be a new extention to theFujitsu Graphic Controller Family for2D applications. This chip is based onthe Coral family core functions andwill be optimized for 2D rendering.

The display controller, renderingengine and video input unit will betaken from the successful ‘Coral P’family but the floating point co-processor and all 3D-functions willbe taken out. Also, the CPU interfacewill be optimised for more CPUconnections and the device will havesome new functions to support smallfootprint graphic applications. Thischip will replace the ‘Lavender’ on thelong term. ‘Lime’ will be 100% binary-compatible to the ‘Cremson’and ‘Coral’ family.

Key Features


1280x768 ● 6 layers of overlay display

(Windows) ● Alpha Plane

● Digital Video input (various formats)

● Video Scaler (up/down scaling)● I2C interface● RGB digital output (8 bit x 3) ● Includes various kinds of 2D



interface @ 133MHz for up to 64Mb graphic memory

● PCI and host host interface● GPIO inputs/outputs● Serial interface● Supply voltage 3.3V (I/O), 1.8V

(Internal) ● BGA-256 Package ● Temperature range -40 to +85°C

2DRendering

Engine

DisplayController

Digital RGB

PCI ORHOST BUS

INTERFACE

MD(0:32)

MA(0:13)

PCI/HostInterface

ExternalMemory

Controller

Pixe

l Bus Video input

and scaler

Analogue RGB

YUV/RGB

32MByteSDRAM

orFCRAM

MB862XX ‘Lime' block diagram

The new graphic controller ‘Lime’ is the perfectchoice for 2D-optimised graphic systems based onthe ‘Coral’ family

21

PRODUCT ROADMAP

New enhanced graphics displaycontrollers (GDCs) for various kindsof digital audio/video applications, inwhich multimedia functions will beintegrated together are planned assuccessive products. In addition, weplan to integrate a CPU core andvarious I/O functions and define asingle-chip solution for car navigationapplications. As Fujitsu's primaryGDC product line, the car navigationfamily will be extended further.

Roadmap of graphic controller devices Under development

100MHz4 Layers2D/3D

+ eSDRAM+ Video in+ Geo Engine

+ Video in+ Geo Engine

+ Video in

+ PCI, video in

64MHz4 Layers2D

+ eSDRAM

166MHz6 Layers2D/3D

Redesigned version

108MHz6 Layers2D

PCI, MCMPCI, more function

+ MPEG decode+ ARM9 CPU

High-End Navigation

Dashboard

Standard Navigation

Mobile / Consumer

Lavender Family

Cremson Family

90nm

0.18µm

0.25µm Coral Family

Consumer & Low-End Navigation

Olive Family

Coral Q

Coral B

Coral PA

Coral P

Carmine

OrchidScarlet

Cremson

LavenderJasmine

OliveLime

Burgundy B1Burgundy B2

22

MULTIMEDIA

EVALUATION BOARDSFor application development supportand functional evaluation, a numberof evaluation boards are availablefrom Fujitsu:PCI adaptor cards with all graphics controllers from the ‘Cremson’ and‘Coral’ families are available,which enable the evaluation of thedevice features directly from aWindows PC. For this, a Windows98/NT/Windows 2000 driver and amap driver are bundled with thisadaptor card in order to get started,enabling easy programming of thedevices from a Windows-baseddevelopment environment. Also, thesource code of various applicationexamples is included. Although the main purpose is softwaredevelopment it can be mounteddirectly to an embedded system.

‘Cremson’ Starterkit Series

The ‘Cremson’ Starterkit is a modularevaluation board, which provides astand-alone embedded environment.The kit hardware consists of twoparts, a CPU module, which carriesa Fujitsu 32 bit RISC MCUMB91F36X and a set of sub-boardsfor the graphic controllers ‘Cremson’,‘Scarlet’, ‘Lavender’ and ‘Jasmine’.In order to facilitate the appropriateconfiguration for the applicationrequirements, the system allows easy interchange of the CPU type or the graphic controller.

The interconnection between bothmodule boards is the host-CPU businterface. All functions of the graphicdevices and the CPU are present onpin headers, jumpers or switches,which allow the addition of hardwareextensions.

The new CPU Board, equippedwith MB91F369, allows creation andfull debugging of applications underSoftune Workbench directly! ThisCPU-module has additionally 2MBdebugging RAM on board, which isrequired for the monitor debugger.In combination with the PCI

MB86290A-EB01 ‘Cremson’ evaluation board

A starterkit is available for the GDCs, enabling designers to build up specific embedded applications with thetargeted processor and GDC together

adapter MB8629XEB01, the softwaremodules developed under Windowscan then also be used directly inthe stand-alone environment..

23

GRAPHIC CONTROLLER COMPARISON TABLESDevice Name Chip 2D 3D Texture Number Alpha RGB RGB Video Video Video Other Video Geometry CPU Package

frequency mapping of layers blending digital analogue input formats scaler I/F memory processor interface

MB87P2020A Jasmine 64MHz x - - 4 - x x x YUV/ - - embedded - FR QFP208 RGB (1MByte)

MB86290A Cremson 100MHz x x 256 x256 4 4 bit/ - x - - - - external - FR,SH3/4, QFP240 layer (up to V850

32MByte)

MB86291A Scarlet 100MHz x x 256 x 256 4 4 bit/ x x x YUV down 12C embedded Version1 FR,SH3/4, QFP208layer scaling (2MByte) V850

MB86292 Orchid 100MHz x x 256 x 256 4 4 bit/ x - x YUV down 12C external Version1 FR,SH3/4, QFP256layer scaling (up to V850

32MByte)

MB86293 Coral Q 166MHz x x 4096 X 4096 6 8 bit x - - - - - external Version 2 FR,SH3/4, QFP256alpha-plane (up to V850

64MByte)

MB86294 Coral B 166MHz x x 4096 x 4096 6 8 bit x x x YUV up + 12C external Version 2 FR,SH3/4, QFP or alpha-plane down (up to V850 BGA256

scaling 64MByte)

MB86295 Coral P 166MHz x x 4096 x 4096 6 8 bit x x x YUV/ up + 12C external Version 2 PCI BGA256alpha-plane RGB down SIO (up to

scaling GPIO 64MByte)

MB86296 Coral PA 166MHz x x 4096 x 4096 6 8 bit x x x YUV/ up + 12C external Version 3 PCI BGA256alpha-plane RGB down SIO (up to (high b/w)

(native) scaling GPIO 64MByte)

MB86275 Olive 108MHz - - - 6 8 bit x x x YUV/ down 12C MCM - PCI FLGA256alpha-plane Cam scaling SIO (8MByte)

GPIO

MB862xx Lime 133MHz x - 4096 x 4096 6 8 bit x - x YUV/ up + 12C external - PCI + BGA256alpha-plane RGB down SIO (up to various

(native) scaling GPIO 32MByte) host

Evaluation Board Description Device

MB86290EB01 PCI board for PCs MB86290A Cremson

MB86291EB01 PCI board for PCs MB86291A Scarlet

MB86292EB01 PCI board for PCs MB86292 Orchid

MB8629XEB01+MB86293EB01 * PCI board combination for PCs * MB86293 Coral Q

MB8629XEB01+MB86294EB01 * PCI board combination for PCs * MB86293 Coral B

MB86295EB01 PCI board for PCs MB86295 Coral P

MB86275EB01 PCI board for PCs MB86275 Olive

CREMSON-STARTERKIT-CPU CPU module for the "Cremson Modular Starterkit" MB91F362 as host CPU

CREMSON-STARTERKITCPU369 CPU module for the "Cremson Modular Starterkit" MB91F369 as host CPU + Debug RAM

CREMSON-STARTERKIT-CRM Subboard for Modular Starterkit MB86290A Cremson

CREMSON-STARTERKIT-ROSE Subboard for Modular Starterkit MB86291 Scarlet

CREMSON-STARTERKIT-LAV Subboard for Modular Starterkit MB87J2120 Lavender

CREMSON-STARTERKIT-JAS Subboard for Modular Starterkit MB87P2020 Jasmine

* Combination of motherboard (MB8629XEB01) and daughterboard (MB86293EB01 or MB86294EB01) – both items have to be ordered separatelyOrder information : Please specify the item according to the ‘Device’ or ‘Evaluation board’ column

EUROPEAN DISTRIBUTORS & REPRESENTATIVES

24

EUROPEAN DISTRIBUTORS

AustriaEBV Elektronik GmbHDiefenbachgasse 35/1, A-1150 WienTel: (01) 8 91 52 0Fax: (01) 8 91 52 30

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25

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EBV Elektronik GmbHSjöängsvägen 7S-19 272 SollentunaTel: (08) 59 47 02 30Fax: (08) 59 47 02 31

SwitzerlandEBV Elektronik GmbHBernstrasse 394, CH-8953 DietikonTel: (01) 7 45 61 61Fax: (01) 7 45 61 00

EBV Elektronik GmbHAv. des Boveresses 52, CH-1010 LausanneTel: (0 21) 6 54 01 01Fax: (0 21) 6 54 01 00

TurkeyEBV Elektronik GmbHBayar Cad. Gülbahar Sok. No:. 17 / Perdemsaç Plaza, 13th FloorD: 134 Kozyatagi, TR-81090 / IstanbulTel: (02 16) 4 63 13 52Fax: (02 16) 4 63 13 55

United KingdomEBV ElektronikEBV House, 7 Frascati WayMaidenhead, Berkshire SL6 4UYTel: (01628) 78 36 88Fax: (01628) 78 38 11

EBV Elektronik144 West George Street, Glasgow G2 2HGTel: (0141) 3 52 20 50Fax: (0141) 3 52 20 59

EBV ElektronikManchester International Office Centre Suite 5B, Styal Road, Manchester M22 5WBTel: (0161) 4 99 34 34Fax: (0161) 4 99 34 74

EBV Elektronik12 Interface Business ParkBincknoll Lane , Wootton Bassett Wiltshire SN4 8SYTel: (01793) 84 99 33Fax: (01793) 85 95 55

Glyn Ltd3 Woodbrook Crescent Radford Way, Billericay, Essex CM12 0EQTel: (01277) 63 67 17Fax: (01277) 63 67 09

Glyn Ltd35 Wansdyke, Lancaster Park, MorpethNorthumberland NE61 3RATel: (01670) 51 46 16Fax: (01670) 51 69 36

EUROPEAN REPRESENTATIVES

DenmarkTeam TechBygstubben 3, DK-2950 VedbaekTel: 45 66 25 00 Fax: 45 66 02 44

IsraelToyo Ram Electronics Ltd.1 Hamasger Street, Raanana 43653 Tel: (08) 78 03 65 0Fax: (09) 74 43 05 0

NetherlandsA-top electronics b.v.Baltesakker 1a, 5625 TC EindhovenTel. (0 40) 292 73 83Fax: (0 40) 292 70 25

SpainEuroinger, s.l.C/ Almendralejos, 428140 Fuente el Saz del Jarma, MadridTel: (0 91) 62 01 42 5Fax: (0 91) 62 00 61 2

Web SitesEBV Elektronik GmbH:

www.ebv.comEuroinger, s.l.

www.euroinger.comGlyn GmbH & Co. KG:

www.glyn.deGlyn Ltd:

www.glyn.comIneltek GmbH:

www.ineltek.deMalpassi srl:

www.malpassi.itMelchioni Electronica SpA:

www.melchioni.itPN Electronics:

www.pne.frTeam Tech:

www.teamtech.dkToyo Ram Electronics Ltd:

www.toyoram.co.il

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Fujitsu Microelectronics Europe

SALES OFFICES EUROPE

FranceFujitsu Microelectronics Europe GmbH105 rue Jules GuesdeF-92300 Levallois PerretTel: (01) 55 21 00 40Fax: (01) 55 21 00 41

GermanyFujitsu Microelectronics Europe GmbHAm Siebenstein 6-10D-63303 Dreieich-BuchschlagTel: (0 61 03) 69 00 Fax: (0 61 03) 69 01 22

Fujitsu Microelectronics Europe GmbHCarl-Zeiss-Ring 11 D-85737 Ismaning/MunichTel: (0 89) 96 09 44 0 Fax: (0 89) 96 09 44 22

ItalyFujitsu Microelectronics Europe GmbHPalazzo Pitagora - Milano 3 CityVia Ludovico il Moro 4BI-20080 Basiglio, Milano Tel: 02 90 45 02 1 Fax: 02 90 75 00 87

United KingdomFujitsu Microelectronics Europe GmbHNetwork House, Norreys DriveMaidenhead, Berkshire SL6 4FJTel: (01628) 50 46 00 Fax: (01628) 50 46 66

Direct contact to Fujitsu’s Business Unit Multimedia: [email protected]

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