MULTIMEDIA SOLUTIONS

DVB/MPEG-2 & GRAPHIC CONTROLLER PRODUCTS

PRODUCT OVERVIEW MULTIMEDIA CONTENTS

Introducing Business Unit Multimedia 2

Business Unit Multimedia at 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

Copyright © 2004 Fujitsu Limited Tokyo, Japan, Fujitsu Microelectronics Europe GmbH and Fujitsu Microelectronics America, Inc., USA. All Rights Reserved. The information contained in this document has been carefully checked and is believed to be entirely reliable. However Fujitsu and its subsidiaries assume no responsibility for inaccuracies. The information contained in this document does not convey any licence under the copyrights, patent OpenTV is a trademark of OpenTV, Inc., rights or trademarks claimed and owned by Fujitsu. Fujitsu Limited and its subsidiaries reserve the NDS is trademark or registered trademark of NDS Limited right to change products or specifications without notice. 2 I C is a registered trademark of Philips No part of this publication may be copied or reproduced in any form or by any means or transferred Macrovision is a registered trademark of Macrovision Corporation to any third party without the prior consent of Fujitsu. All Trademarks acknowledged Designed and produced in the UK. Printed on environmentally-friendly paper.

01 MULTIMEDIA

INTRODUCING BUSINESS UNIT MULTIMEDIA

Fujitsu Microelectronics Europe’s headquarters in Dreieich-Buchschlag near Frankfurt, Germany. The company has offices in Munich, Paris, Milan and Maidenhead Fujitsu Microelectronics Europe’s In addition to the range of products Fujitsu offers a broad range of Business Unit Multimedia, based at offered by the Business Unit semiconductor devices, including the company’s headquarters in Multimedia, an experienced support telecommunications ICs, RF devices, Frankfurt, Germany, offers customers & development team is in place to MPEG encoders & decoders, advanced multimedia products for work closely with customers on their , graphic display digital TV and set-top boxes as well multimedia systems projects. controllers, and as graphic display controllers for Fujitsu Microelectronics Europe is FCRAMTM. The company is also a such applications as car navigation, a major supplier of semiconductor leader in colour plasma display and mobile terminals and industrial products to the European and global LCD panels. applications. market. The company’s main business focus is on providing systems solutions to the networking/telecommunications, mobile communications, automotive and multimedia markets.

02 BUSINESS UNIT MULTIMEDIA AT FME

At the heart of Fujitsu’s Business Unit Multimedia is its development centre in Frankfurt, which designs and supports semiconductor multimedia solutions, calling on the skills and expertise located in other Fujitsu design centres in Europe. The MPEG-2 decoder for digital television, SmartMPEG, was designed here, a complete API library was created, reference designs are available and customers are using it successfully in their digital TV products, such as set-top boxes. The SmartMPEG is the third generation MPEG-2 decoder for A corner of Fujitsu’s multimedia development centre where DVB products are evaluated set-top box applications and is The following components are For complex components, the especially designed to reduce system offered from the Business Unit Business Unit Multimedia can also cost of the end-product. Multimedia: supply development kits to A Fujitsu API software library is customers. These kits include an available, which enables the ● Single-package front-end evaluation board, software and customers a fast and easy solutions for digital satellite documentation. implementation of the SmartMPEG television into their products. The Centre has a ● MPEG-2 decoders for set-top box set of resources on call, for both applications hardware and software development. ● Single-chip MPEG-2 encoders The support group assists customers including audio encoders, video to design-in multimedia components encoders & system multiplexers into their end-products. ● Graphic display controllers for embedded solutions

03 MULTIMEDIA

FRONT-END FOR DIGITAL SATELLITE TELEVISION

LNB Control: SCL, SDA 14/18V and 22kHz & ADR(2:0) DiSEqC 1.X QPSK Silicon Tuner (MB86A15) DiSEqC I2C

Zero IF QPSK Foward RF Input TS Output Tuner Demodulator Error Correction (950 to 2150MHz) Parallel and Serial Transport Stream Output

QPSK silicon tuner (MB86A15) evaluation board Lock Signal

Fujitsu Microelectronics Europe QPSK silicon tuner (MB86A15) block diagram continues the success story with one of the most advanced, highly SDRAM Flash integrated single-chip solutions for 64Mbit 8Mbit digital satellite broadcasting, which SM1 UPI

combines a tuner, a QPSK Video RGB DAC 1-5 & YC demodulator and a Forward Error I2C QPSK Silicon Tuner SmartMPEG Correction Unit into one 120-pin TS2 L I2S Audio package. DAC R From Satellite Dish (950 to 2150MHz) Many set-top box manufacturers IR Rx XTAL XTAL around the world already use the well IR known MB86A15. It offers a

series of benefits over previous- S/P-DIF generation discrete QPSK NIMs, Typical configuration using the QPSK silicon tuner (MB86A15): Simple set-top box for satellite reception including much smaller size, for a set-top box are the F-connector, performance and reducing the significantly reduced power a 4MHz crystal, and some resistors amount of software needed. consumption and lower cost. and simple capacitors. Much lower power consumption The chip integrates a Zero IF In addition, the MB86A15 is an attractive feature of the Tuner, a QPSK Demodulator and internally generates the control signal MB86A15, which operates from Forward Error Correction (FEC) for DiSEqC 1.x, the standard for supply voltages of just 2.5, 3.3 and circuitry, making it ideal for DVB-S interfacing between the satellite dish 5V. This contrasts with previous and DSS transmissions, without the and receiver, which makes it possible generation designs in which the use of tuning-diodes, expensive to switch between an array of dishes. tuning diode required a 30V supply. capacitance and inductive elements. The DiSEqC 1.x standard requires Maximum power dissipation of the This means that the only external a protocol involving very strict timing, new device is 1.5W (at 45Mbaud), components needed to design and and this is supported by the new chip and thanks to this it is available in a build a complete working front-end directly in hardware, optimising compact LQFP 120-pin package.

04 FRONT-END FOR DIGITAL SATELLITE TELEVISION

The low power consumption will help to further reduce costs and make design and implementation easier.

Key Features

● Multi-Chip-Package (MCP), using Fujitsu’s advanced MCP technology ● For logic module: CMOS 0.25µm technology ● For RF module: BiCMOS technology ● Includes Zero IF Tuner, QPSK Demodulator and Forward Error Monitor software for PC for the QPSK silicon tuner (MB86A15) Correction ● DVB-S (SCPC, MCPC)) and DSS ● C/N Monitoring function ● Evaluation board including compatible (via I2C bus interface) monitor software for PC is ● No external inductors or variable ● Total power consumption: less available. This software offers capacitance diodes required than 1.5W (at 45Mbaud, graphical BER display, bar graphs ● Supply voltages: +5, +3.3 and decreases at lower baud rates) for signal strength/quality and +2.5V, (30V for tuning is not ● Package: 120-pin plastic LQFP transponder administration required) (FPT-120P-M21) including DiSEqC control. ● Input frequency range: ● Ambient temperature: 950 to 2150MHz 0 to 70°C Key Applications ● Input signal level per channel: typ. -75 to -10dBm Development Kit available which ● Digital set-top boxes for satellite ● Symbol rates: 1 to 45Mbaud includes: reception ● Carrier capture range: ±5MHz ● Television Set incorporating a ● Automatic IQ detection ● Evaluation Board with RF input digital satellite reception (IDTV) ● Automatic detection of Viterbi and transport stream output ● Network Interface Module (NIM) code rates (DVB: 1/2, 2/3, 3/4, ● Application Programming for Satellite reception 5/6, 7/8) Interface software (API) in source ● PC Cards, which use the DVB-S ● I2C® bus interface code will be provided by Fujitsu Standard for Data Broadcasting ● DiSEqC® 1.x compatible ● Head-end stations ● Built-in carrier frequency offset monitor (via I2C bus interface)

05 MULTIMEDIA

MPEG-2 DECODER FOR DIGITAL TELEVISION SmartMPEG

ideally suited for medium and low-end generation and the system processor. set-top box applications. The Performance of the embedded ARC SmartMPEG includes nearly all of the Tangent-A4 CPU running with required features for these set-top box 130MHz is very high and after applications, requiring only a single initialisation it is completely available SDRAM and a FLASH memory for for other tasks like OSD processing operation. or SI data analysis. This high The SmartMPEG is the first Fujitsu performance increase is achieved MPEG device to use a shared memory through an increased clock frequency, SmartMPEG evaluation board architecture. In this shared additional instructions, a 2kB data The third generation MPEG-2 decoder architecture, a single SDRAM is used cache, a 4kB instruction cache and a called SmartMPEG (MB86H2x) is for MPEG decoding, OSD graphic faster memory system.

S/P-DIF Analogue O/P: SDRAM (Dolby Digital Bitstream) CVBS, YC, RGB (64Mbit…1Gbit) I2S (Audio) ITU-R656 ITU-R656 YCRBR, Audio R/L

16/32bit

[email protected] MHz DAC1 Tangent-A4 Display Digital DAC2 Resizing Controller encoder DAC3 MPEG-2 Video TXT Insertion Shared Decoder (4 layer) (PAL/NTSC) DAC4 4k 2k Watch Memory MPEG Audio Decoder DAC5 I-Cache D-Cache Dog Interface S/P-DIF Output Unit

Power IRQ 3 WSS / VPS CC / VBID Adjustable ITU-R656 Down CTRL Timers Insertion Insertion RGB De-Matrix Output

SmartMPEG Internal Bus @ 130.5MHz

Buffer HDD / IDE Boot DPLL Manager Ctrl ROM IR Rx IR Tx GPIO GPI GPO DVB Descramblers Chip Select Ctrl

Smart 7-Seg TS3 I2C UART PWM Intern Universal Card Ctrl TS Demultiplexers Processor Interface

TS1 TS2 NOR / NAND Flash Par / Ser Par / Ser 27.0 MHz HDD / IDE / CI IRQ / I2C / Smart Card / GPIO / 7-Segment Control / UART / IR in /IR out / PWM / Keyboard Mon SmartMPEG block diagram

06 MPEG-2 DECODER FOR DIGITAL TELEVISION

The basic FAPI runs with or without Application an operating system. Some interactive API’s are ported

Other FM – Library to the SmartMPEG. This allows Middleware Fujitsu Middleware API customer to build set-top boxes or

OS IDTV’s incorporation OpenTV, MHEG-5 or NDS Middleware. Adaptation FD – Library Other Drivers Fujitsu Driver API Key Features

FH – Library ● Fujitsu Hardware API CMOS 0.18µm technology ● MPEG2 video ISO/IEC 13818-2 ([email protected]@ML) MPEG Decoder Hardware ● MPEG audio layer 1/2 ● 32 bit RISC CPU (ARC Tangent A4 Application programming interface (API) of SmartMPEG using an RTOS @ 130MHz) with extensions ● 4k I-cache / 2k D-cache The specialised SDRAM interface is example an NDS ICAM, which allows ● Three timers / watchdog / power- capable of connecting to both 16 and the SmartMPEG to be used in a down mode 32 bit SDRAM devices, allowing network, where the NDS scrambling ● Shared memory interface selection of the optimal components algorithm is used. The SmartMPEG (SDRAM, 16/32 bit data), for each application. A 32 bit device for extended temperature makes it 64Mbit...1Gbit need only be used when extremely ideally suited for automotive ● Universal processor interface high OSD-graphic performance is applications. For certain PayTV (IDE, NAND/NOR FLASH, required. Networks a Macrovision version is Common Interface) The on-chip digital PLL (instead of also available. ● Two transport stream decoders external VXCO), the 7-segment Fujitsu’s Application Interface (decoding/recording) including controller and the option to use the software (FAPI) enables customers an DVB descrambler video DACs for audio output, allow easy start for their own development. ● Flexible MPEG video resizing customers to reduce the cost for low- The FAPI includes many low level (factor 1/16 to 2) end applications to an absolute driver and middle level examples. The ● Display controller with up to four minimum. This high level of integration block diagram above shows the true-colour graphic or CLUT will enable customers to achieve one FH_LIB (Fujitsu Hardware Library) layers of the most efficient solutions for offering a direct access to each ● Teletext / WSS / CC / VBID medium- and low-end set-top boxes register in the device. The FD_LIB insertion available on the market today. (Fujitsu Driver Library) includes the ● PAL/NTSC/SECAM digital encoder There are derivatives available from driver set, like I2C, IC-Card and Video ● RGB De-matrix (RGB or YCrCb the SmartMPEG, which include Driver. In addition, the middleware output) features for special applications. For and the application are running.

07 MULTIMEDIA

MPEG-2 DECODER FOR DIGITAL TELEVISION

Development Kit available which SDRAM Flash 64Mbit 8Mbit HDD QPSK includes: Silicon Tuner ● Evaluation Board with transport SMI UPI TS1 Video stream input and analogue video RGB DAC 1-5 & YC I2C output, single 12V supply, USB QPSK SmartMPEG Silicon Tuner TS2 L for debug I2S Audio DAC R ● Application programming

XTAL XTAL Smart 7-Seg- IR Rx interface software (FAPI) will be Card IF CTRL

Segment provided by Fujitsu SmartCard Display IR ● Software example in Flash

S/P-DIF Typical configuration using the MPEG-2 decoder SmartMPEG – digital video recorder using two front-ends and a Key Applications hard disk drive

● Control of brightness, contrast ● Low Profile QFP Package: ● Digital set-top boxes for satellite, and colour saturation of RGB and FPT-208P-M06 (LQFP-Package) cable and terrestrial reception YCrCb output ● Ambient Temperature Range: ● Television Set incorporating a ● 5 video DACs @ 10bit 0 to 70°C (-40 to +85°C for digital reception unit (IDTV) ● ITU-R 656 video input/output MB86H22) ● Personal / digital video recorder ● S/P DIF output for applications PCM/AC3/MPEG Derivatives of SmartMPEG ● Automotive/mobile/handheld ● UART/2 x Smart Card applications IF/I2C/GPIO ● MB86H20 – SmartMPEG Standard ● Head-end stations ● 7-segment LED controller for Version 5 digits ● MB86H21 – SmartMPEG with ● Infra Red receiver/transmitter NDS ICAM ● PWM Output ● MB86H22 – SmartMPEG for ● On-chip DPLL, requiring only extended temperature range 27MHz crystal -40 to +85°C ● Bootable from NOR Flash or I2C ● MB86H23 – SmartMPEG with ● Typical power consumption: Macrovision support (Ver 7.1.L1) 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)

08 MPEG-2 ENCODER

Serial I/F

Controller Host/SDRAM Serial I/F Boot Host/ (32bit RISC I/F Controller Controller ROM SDRAM I/F Processor)

Video TBC Input I/F Video Encoder System Bit Stream SDRAM I/F Encoder Output Port

MPEG-2 encoder (MB86391) evaluation board Audio Audio Input I/F Encoder The MB86391 is a full MP@ML 27MHz Clock Input compliant MPEG-2 encoder that PLL (27MHz) integrates video, audio and system 54MHz MB86391 encoders on a single chip. The MPEG-2 MPEG-2 encoder (MB86391) block diagram encoder takes advantage of the high-performance MPEG-2 compression algorithm developed by QPSK Silicon Tuner SDRAM Flash HDD Fujitsu. This device is a combination 64Mbit 8Mbit SDRAM of hardware and software processed by XTAL 64Mbit SMI UPI TS1 Video an internal SPARClite CPU. It is RGB Video Video I2C DAC 1-5 & YC expected to be a key component for YC & ADC CVBS MPEG TS2 SmartMPEG L Encoder L realising higher performance and Audio GPIO I2S ADC Audio more compact digital audio-visual R (CTRL) DAC R 7-Seg- IR Rx IR Tx equipment, such as disk recorders, CTRL PLL SDRAM 64Mbit camcorders, video communication, etc.

XTAL Segment Display IP Rx IP Tx Key Features S/P-DIF Typical configuration using the MPEG-2 encoder (MB86391) – personal video recorder using one satellite ● Single chip encoder front-end, MPEG-2 decoder and MPEG-2 encoder ● Video encoder • MPEG-1 (ISO/IEC11172-2) • Constant or variable bit rate Key Applications • MPEG-2 MP@ML encoding (CBR / VBR) function (ISO/IEC13818-2) • Maximum bit-rate is 20Mbps ● Video distribution systems • NTSC and PAL video formats ● External memory: SDRAM: ● Car entertainment systems • Maximum bit-rate is 15Mbps 4x(1Mx16 bit) or 2x(2M x 32 bit) ● Video conference systems • Video input interface: ITU-R 656 ● Time base corrector (TBC) ● Digital video recorder ● Audio encoder ● Internal 32 bit RISC processor ● D-VHS recorder • MPEG-1 Audio layer-1/2 encoding ● Simple control of encoding ● D-STB, Personal Video Recorder function (ISO/IEC11172-3) parameters via serial port (PVR) • Maximum bit-rate is 448kbps ● Power consumption: typ. 550mW ● Video disk recorder • Audio Input Interface: I2S ● Package: HQFP-208 ● MPEG-2 PC encoder card ● System multiplex ● Operating temperature: ● Surveillance systems • Output format is selection of PS, -20 to +85°C ● Head-end stations TS and MPEG-1 System 09 MULTIMEDIA

INTRODUCTION TO GRAPHIC DISPLAY CONTROLLERS

Fujitsu’s new family of graphic display controllers will optimise solutions for embedded graphic applications such as car navigation and mobile information terminals. The products in this family have numerous functions which are state-of-the-art to graphic controllers today, but have been specially optimised for the area of embedded systems. This means that, in addition to many 2D and 3D rendering functions, there is a flexible In-car navigation is a key target application for the ‘Cremson’ graphic display controller layer concept, support for screen resolution of up to XGA (1024 x 768) and further features which are of particular interest in the area of navigation, such as alpha-blending and anti-aliasing. All derivatives have a CPU interface to enable direct connection of embedded CPUs and MCUs. Fujitsu offers a range of graphic display controllers with different levels of integration for various applications.

10 MB86290A ‘CREMSON’

MB86290A ‘Cremson’ is a 2D/3D C (Console) layer graphics controller, optimised for – 8, 16 bit/pixel applications in car navigation systems – Applied to show switches and panel displays and mobile information processing W (Window) layer terminals. Adopting various – 16 bit/pixel (Y:U:V = 2:1:1)* – Applied to overlay input video image sophisticated functions, such as flat or Gouraud shading, bi-linear texture M (Middle) layer – 8, 16 bit/pixel mapping, and Z-buffering, ‘Cremson’ – Supplement for Base, can be divided into two offers a high-speed, superior- zones performance 3D graphics functionality. B (Base) layer – 8, 16 bit/pixel Moreover, anti-aliasing, concaved – Fundamental map display layer, can be divided into two zones polygon rendering and fast line draw * To be supplied by 2nd generation product with features are also included, allowing embedded DRAM. This layer can be adopted as a 3rd graphics layer as well. smooth and sophisticated-quality An important feature of ‘Cremson’ and all subsequent members of the family is that graphical information can be rendering. As a result, ‘Cremson’ displayed on four overlapping, independent layers performs high-quality rendering operations, with similar quality to leading-edge PC graphics, but with lower power consumption. ‘Cremson’ supports a 64 bit-wide external memory interface. This interface is driven at the same 100MHz frequency as its internal operation, to support the large-memory bus bandwidth that is needed to perform the high-performance graphics operations described above. Also, in order to support various kinds of system configurations, ‘Cremson’ offers a

configurable host interface for four The new GDC’s support for 3D graphics makes possible features such as ‘bird-view’ perspectives types of CPUs (Fujitsu FR30, Hitachi SH3/4, and NEC V832) without are (from top to bottom): C (console) mode (256 selected out of 262,144 external glue logic. layer, W (window) layer, M (middle) colours). The colour palette To address the especially complex layer and B (base) layer. All layers can can be defined separately to the Window configurations of car be rendered in 16 bit/pixel colour C layer and B and M layers. navigation systems, ‘Cremson’ offers 4 (65,536 colours displayed at a time) A transparent colour option is used to layers of overlay planes. These layers or rendered in 8 bit indirect colour blend the layers directly.

11 MULTIMEDIA

MB86290A ‘CREMSON’

Layer Concept

D(0:31) H/V sync External Host Display Colourkey For screen separation in wide-screen Bus of Interface Controller FR CPU A(2:25)

displays, the M and B layers can be Pixel Bus split into two separate segments (left DAC and right). This feature is useful when two different reduced map scales are 2D/3D displayed side by side. Of course, all MD(0:63) 64Mbit External Rendering these layers and segments can be SDRAM Memory or Engine scrolled independently. In addition, two 16Mbit MA(0:13) Controller SGRAM hardware cursors are supported. An ‘alpha-flag’ per pixel is MB86290A ‘Cremson’ uses an internal 64 bit-wide pixel bus to connect the main hardware blocks: Host interface, supported for the C-layer. This feature memory controller, display controller and rendering engine is useful for blending the C layer Key Features colour with all the layer contents below, providing a variable transparent ● CMOS 0.25µm technology colour effect (‘alpha-blending’). ● Display resolutions up to ‘Cremson’ consists of 4 block 1024 x 768 modules: host interface block, external ● 4 layers of overlay display memory interface block, display (bottom 2 layers are both split control block, and 2D/3D rendering into separate segments) block. An internal 64 bit bus called ● RGB analogue output Pixel bus connects these modules. (high speed DAC) Also, the host interface block is ● Includes various kinds of 2D/3D connected to each of the other 3 graphic acceleration functions blocks independently to avoid display ● Built-in alpha blending, and/or rendering operations when the anti-aliasing and chroma-keying host CPU attempts to access these ● Up to 32MB external graphic modules. 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

12 MB86291A ‘SCARLET’

MB86291A ‘Scarlet’ is an enhanced D(0:31) version of MB86290A ‘Cremson’ which External YUV or RGB Host External Video adds 16Mbit embedded SDRAM, video Bus of Interface Interface Controller

A(2:25) Pixel Bus Digital RGB input functions and a geometry FR CPU processor. The concept of display Display Controller DAC layers, 2D/3D rendering functions and Memory the display controller features are taken Interface Controller Geometry 2D/3D from ‘Cremson’ MB86290A. Engine Rendering Scarlet is optimised for applications Engine in car navigation systems, which require video-input features, consumer Embedded SDRAM information processing systems and 16Mbit arcade game applications. Scarlet has 16Mbit of embedded MB86291A ‘Scarlet’ adds 16Mbit embedded SDRAM, video input functions and a geometry processor SDRAM with high bandwidth (100MHz). No external SDRAM devices are required for graphic memory. The external video input can be used to capture video signals according to the standard RBT-ITU656 YUV4:2:2 format. Picture-in-picture functions are supported to display the video image (the W-layer is dedicated for that purpose). To adjust the dimensions of the video-input format, a flexible video scaler is integrated. A geometry processor, capable of performing numeric calculations for graphical operations is included. Supported functions are Affin- conversions, model-view projections, 3D-clipping operations and others. All drawing functions, display ‘Scarlet’ offers some of the most advanced functionality yet developed for use in automotive navigation and multimedia information terminals list-formats and software functions are compatible to the ‘Cremson’ ● Digital video input ● Built-in alpha blending, MB86290A. ● Video scaler anti-aliasing and chroma-keying An additional RGB digital interface ● I2C interface ● Embedded 16Mbit SDRAM offers flexible display connections. ● Geometry processor graphic memory ● RGB analogue output (high speed ● Configurable CPU-interface for Key Features DAC) FR30, SH3, SH4, V83x CPUs ● RGB digital output (8 bit x 3) ● Supply voltage 3.3V (I/O), 2.5V ● CMOS 0.25µm technology ● Includes various kinds of 2D/3D (Internal) ● Display resolutions up to graphic acceleration functions ● QFP-208 Package 1024 x 768 ● Temperature range -30 to +85°C ● 4 layers of overlay display (bottom 2 layers are both split into separate segments)

13 MULTIMEDIA

MB86292 ‘ORCHID’

External D(0:31) External Video Host Interface Controller YUV Bus of Interface Pixel Bus FR CPU A(2:25)

Display Controller Digital RGB

‘Orchid’ is optimised for applications in car MD(0:63) External 2D/3D navigation systems. 32MByte Geometry Memory Rendering SDRAM Engine Controller Engine MB86292 ‘Orchid’ is another version or MA(0:13) FCRAM of MB86291 ‘Scarlet’, which has

external video memory connection up MB86292 ‘Orchid’ offers all the functions of ‘Scarlet’ but allows SDRAM or FCRAM™ memory up to 32MB to 32MB for those applications where the 2MB embedded SDRAM of performing numeric calculations for ● I2C interface MB86291 ‘Scarlet’ is not sufficient. All graphical operations, in included. ● Geometry processor functions of ‘Scarlet’ including video Supported functions are ● RGB digital output (8 bit x 3) input, scaler and a geometry Affin-conversions, model-view ● Includes various kinds of 2D/3D processor are also available on projections, 3D-clipping operations graphic acceleration functions ‘Orchid’. The concept of display and others. ‘Orchid’ has only RGB ● Built-in alpha blending, layers, 2D/3D rendering functions and digital outputs for display anti-aliasing and chroma-keying the display controller features are connections. All drawing functions, ● External SDRAM or FCRAMTM taken from ‘Cremson’ and ‘Scarlet’. display list-formats, and software interface for up to 32MB graphic ‘Orchid’ is optimised for applications functions are compatible to the memory in car navigation systems that require ‘Cremson’ MB86290A and ‘Scarlet’ ● Configurable CPU-interface for video input features, consumer MB86291. FR30, SH3, SH4, V83x CPUs information processing and arcade ● Supply voltage 3.3V (I/O), 2.5V game functions. The external memory Key Features (Internal) interface can be connected to Fujitsu ● QFP-256 Package FCRAMTM or SDRAM-type memory ● CMOS 0.25µm technology ● Temperature range -40 to +85°C devices. The external video input can ● Display resolutions up to be used to capture video signals 1024 x 768 according to the standard RBT-ITU656 ● 4 layers of overlay display YUV4:2:2 format. Picture-in-picture (bottom 2 layers are both split functions are supported to display the into separate segments) video image (the W-layer is dedicated ● Digital video input for that purpose). To adjust the ● Video scaler dimensions of the video input format, a flexible video scaler is integrated. A geometry processor, capable of

14 MB87P2020A ‘JASMINE’

MB87P2020A ‘Jasmine’ is an Video Interface enhanced version of MB87J2120 External D(0:31) RGB/YUV FR Host Controller V/C ‘Lavender’ which adds 8Mbit Bus of Interface FR CPU A(2:25) Display, H/Vsync embedded SDRAM, and some more ULB Sync, Backlight improved features. The device is fully Backlight Controller Digital RGB compatible to the ‘Lavender’ chip and Memory Pixel Bus uses the same internal architecture, Interface DAC Controller GPU the same layer and interface concept. No external memory devices are Pixel Processor (2D) required for graphic memory because PP Embedded SDRAM of the 8Mbit embedded SDRAM. As a 8Mbit consequence, the package could be reduced to QFP208. Therefore, 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 ‘Jasmine’ is optimised for compact automotive or consumer applications Key Features where a high integration of functions is required. Like ‘Lavender’, the ● CMOS 0.25µm technology ‘Jasmine’ is optimised to work as a ● Flexible display controller for companion chip for the Fujitsu 32 bit almost all standard LCD panels RISC devices MB91F36x. ● 4 layers of overlay display (out of As a successive product to 16 logical layers) ‘Lavender’, the new device has a ● RGB analogue output (DAC) number of enhancements that allow ● RGB digital output there to be more flexibility in the ● Includes 2D graphic acceleration application area. First of all, a new functions video input interface was developed ● Gamma correction embedded which allows acceptance of more ● Embedded SDRAM graphic formats (including YUV) and which is memory 8Mbit (1MByte) compatible to a wider range of video ● Digital video input (RGB and YUV decoder chips. A new programmable formats) converter matrix (YUV to RGB) allows ● CPU-interface for FR30 writing of these YUV formats to ● Supply voltage 3.3V (I/O), 2.5V layers and to convert back to RGB for (Internal) scanning. ● QFP208 Package In addition, a gamma correction ● Temperature range -40 to +85°C table was added to allow adjustment of the picture characteristics according to the connected display requirements and the colour look-up table that can now hold up to 512 entries.

15 MULTIMEDIA

MB86293 ‘CORAL Q’

The new ‘Coral’ device family offers an increased internal operating frequency D(0:31) DAC External Host of 166MHz, a 64 bit memory bus, Bus of Interface Pixel Bus support for six independant layers, FR CPU A(2:25) Display Controller advanced alpha-blending features and Digital RGB enhanced video input facilities. The higher internal frequency of 166MHz (400MHz for display dot clocks) 2D/3D MD(0:63) External Geometry 64MByte Rendering Memory Engine enables the rendering engine of the SDRAM Engine Controller devices to achieve a factor 10 or MA(0:13) FCRAM improvement in texture mapping and drawing image quality compared to the MB86293 ‘Coral Q’ has a 6-layer structure and a geometry processor that perform co-ordinate conversions at 166MHz previous graphic controller devices. The enhanced bandwidth allows a much greater rate of access for graphics elements, and delivers L0 Layer improved scanning functions at higher AxL1 + (1-A)xL2 display resolutions. The ‘Coral Q’ and L1 Layer Alpha Plane ‘Coral B’ devices are compatible with host CPU buses including Fujitsu FR, Hitachi SH3 and SH4 and NEC V83 L2 Layer without external glue logic. All devices ● Alpha Plane L3 Layer are binary compatible with previous ● Geometry processor generation graphic display controllers, L4 Layer ● RGB digital output (8 bit x 3) like the ‘Cremson’, ‘Orchid’ and ● RGB analogue output Background Colour ‘Scarlet’ devices. This helps to ● Includes various kinds of 2D/3D ‘Coral’ family layer structure speed-up developments and save costs graphic acceleration functions because existing software modules adjusting picture sizes to optimise the ● Built-in alpha blending, (e.g. map renderer) and drivers can be available memory space. All layers can anti-aliasing and chroma-keying used without any modifications. have a colour depth of 8, 16 or 24 ● External SDRAM or FCRAMTM An enhancement to 2D-drawing bits/pixel and can be changed in interface @ 133MHz for up to functions is the integration of a line position, size and priority. The 64MB graphic memory depth display facility, which clearly maximum logical layer size has been ● Configurable CPU-interface for defines the correct respective level of increased to 4096 x 4096 pixels. FR30, SH3, SH4, V83x CPUs intersecting map lines. Enhanced ● Supply voltage 3.3V (I/O), 1.8V hardware design also provides Key Features (Internal) improvements in pattern line ● QFP-256 Package performance. ● CMOS 0.18µm technology ● Temperature range -40 to +85°C All ‘Coral’ devices address up to ● Display resolutions up to 1024 x 768 64MB of external SDRAM or FCRAMTM ● 6 layers of overlay display memory @ 133MHz and are capable of (Windows)

16 MB86294 ‘CORAL B’

‘Coral B’ adds video input to the features of ‘Coral Q’ and is available in External D(0:31) External Video Host Interface Controller YUV a BGA package. The video input is Bus of Interface Pixel Bus capable of accepting TV tuner, DVD Host CPU A(2:25) Display Digital RGB player or camera signals in PAL or Controller NTSC video formats (ITU656 format). DAC Analogue RGB Video pictures of diverse resolution and frame frequency rate, in either MD(0:32) External 2D/3D 32MByte Geometry Rendering progressive or interlaced modes, can SDRAM Memory Engine Controller Engine be grabbed, scaled and displayed or MA(0:13) FCRAM picture-in-picture. The latest automotive and MB86294 ‘Coral B’ offers video input with upscaling, in addition to the new ‘Coral’ family features consumer appliance screens are increasing resolution to achieve better To enhance bit BLT (Bit Block ● Video Scaler (up/down scaling) readability. They demand improved Transfers) operations, this feature ● I2C interface picture quality to match, for example can now be combined with ● Geometry processor DVD quality. In order to meet these alpha-mapping. With this function, ● RGB digital output (8 bit x 3) demands, ‘Coral’ integrates a new any bitmap can be copied from any ● RGB analogue output video input up-scaling facility, which source location (CPU- or ● Includes various kinds of 2D/3D allows a full-screen mode of Video-memory) and can be copied graphic acceleration functions multimedia pictures at large onto a layer with an independent ● Built-in alpha blending, resolutions to be displayed. Both alpha-map. Software routines that anti-aliasing and chroma-keying up-scaling and down-scaling can be make use of this function can greatly ● External SDRAM or FCRAMTM set independently in horizontal and improve image quality (for example interface @ 133MHz for up to vertical directions in pixel or line anti-aliasing over a moving 64MB graphic memory resolutions. background). ● Configurable CPU-interface for Using the Alpha-map features of FR30, SH3, SH4, V83x CPUs the ‘Coral’ architecture, a video picture Key Features ● Supply voltage 3.3V (I/O), 1.8V can be blended smoothly together (Internal) with rendered graphics. The alpha ● CMOS 0.18µm technology ● BGA-256 Package map can be freely assigned to any of ● Display resolutions up to ● Temperature range -40 to +85°C the six layers and allows the 1024 x 768 assignment of 8 bits per pixel, ● 6 layers of overlay display enabling each pixel to be mixed to (Windows) control transparency to a very high ● Alpha Plane degree of accuracy. In addition, all ● Digital Video input layers can be blended at a fixed ratio of 256 levels.

17 MULTIMEDIA

MB86295 ‘CORAL P’ & MB86296 ‘CORAL PA’

‘Coral P’ is an enhanced version of ‘Coral SIO GPIO I2C B’ with a PCI host interface and a new video input controller. Any CPU with a YUV PCI D(0:31) External Video Host Interface Controller 32-bit PCI V2.1-compliant host interface Interface BUS RGB Pixel Bus can be directly connected to ‘Coral P’. INTERFACE A(2:25) Display Digital RGB The device includes both master and Controller slave functions and an internal DMA DAC Analogue RGB controller for multi-burst transfers of large quantities of data between all MD(0:32) 2D/3D External Geometry 64MByte Rendering combinations of PCI data space and Memory Engine SDRAM Controller Engine ‘Coral’ internal areas. or MA(0:13) FCRAM Additional functions provided by the host interface are general purpose I/O MB86295 ‘Coral P’ block diagram pins and a serial interface. The external interface are also included for simple ● BGA-256 Package video input of ‘Coral P’ accepts data external resource control. ● Temperature range -40 to +85°C conforming to the standards RBT-ITU656, RBT-ITU601, RGB666 and RGB888. This Key Features The new MB86296 ‘Coral PA’ is a allows video signals of various sources to redesigned and feature expanded version be displayed together with generated ● CMOS 0.18µm technology of ‘Coral P’. This chip has the following graphics. The video input is capable of ● Display resolutions up to 1024 x 768 additional features : accepting TV tuner, DVD player or camera ● 6 layers of overlay display signals in PAL or NTSC video formats. In (Windows) ● Direct RGB666 and RGB888 video addition, rendered graphics from any ● Alpha Plane input without conversion to YUV422 other display controller can be used as ● Digital Video input (various formats) ● Colour-Space conversion method video input source. ● Video Scaler (up/down-scaling) selectable as programmable option The video stream is read, modified ● I2C interface ● Brightness, Contrast, Saturation and written to a video buffer memory ● Geometry processor control for video input completely independent of the display ● RGB digital output (8 bit x 3) ● PCI bandwidth will increase to scanning process. Video pictures of ● RGB analogue output approx. 70Mb/s diverse resolution and frame frequency ● Includes various kinds of 2D/3D ● New ROM for Geometry Engine rate, in either progressive or interlaced graphic acceleration functions (enhanced functions) modes, are able to be grabbed, scaled ● Built-in alpha blending, ● Pixel-clock delay of display output and displayed picture-in-picture. As ‘Coral anti-aliasing and chroma-keying is programmable B’, ‘Coral P’ integrates a new video input ● External SDRAM or FCRAMTM ● PCI busclock can be used as clock up-scaling facility, which now allows a interface @ 133MHz for up to input full-screen mode of multimedia pictures 64Mb graphic memory ● Video texture mapping at large resolutions to be displayed. Both ● PCI 32 bit V2.1 host interface (RGB555 mode) up-scaling and down-scaling can be set ● GPIO inputs/outputs ● Simultanous up- and down-scaling independently in horizontal and vertical ● Serial interface ● Enhanced pixel clock output directions in pixel or line resolutions. ● Supply voltage 3.3V (I/O), ● 100% Pin and Function compatible A set of general I/O pins and a serial 1.8V (Internal) to ‘Coral P’

18 MB86275 ‘OLIVE’

D(0:31) External Video YUV/Cam PCI PCI or Camera Bus Interface Interface Controller A(2:25) Pixel Bus

Display Controller DAC Memory Interface Controller Bit BLT Engine Using multi-chip technology, the new MB86275 ‘Olive’ carries 8MByte of framebuffer and a powerful 2D graphic controller in one package FCRAM in same package 64Mbit The MB86275 ‘Olive’ is the combination of 2 chips in one MB86275 ‘Olive’ block diagram package. The graphic controller itself and an 8MByte FCRAMTM are transfers as PCI-master and transfers ● Video Scaler integrated in a 256-pin MCP (Multi in the Olive’s local address space. ● I2C interface Chip Package). The typical power Finally, ‘Olive’ has a special video input ● RGB digital output (8 bit x 3) consumption is only around 120mW module to accept sources of the data ● RGB analogue output which enables this device to be used format IBT-RTU 656/601 and also a ● BitBlt Engine for Rectanglar in battery-driven applications (hand- new single-shot mode is implemented. Object Drawing held graphic applications). The It allows capturing of high-resolution ● PCI 32 bit V2.1 host interface architecture of ‘Olive’ was derived pictures up to 16Mpixels from a ● GPIO inputs/outputs from the ‘Coral’ family, which means camera module. The video unit can ● Serial interface that 6 layers can be used in various scale and de-interlace the video input ● Supply voltage 3.3V (I/O), colour-depths but no complex stream to allow the correct adjustment 1.8V (Internal) rendering engine and geometry for the attached display. ● FLGA-256 Package engine is present in this chip. Instead, ● Temperature range 0 to 70°C ‘Olive’ has a BitBlt-Engine to draw Key Features rectangular areas. The colour information of each pixel can be set ● Multi-Chip package / CMOS by the ‘Olive’ or supplied as data 0.18µm technology stream. The host-interface is based ● Display resolutions up to on the PCI-standard V2.1, 32 bit-wide 1024 x 768 and clocked with 33MHz. 2 modules ● 6 layers of overlay display control the data transfer. (Windows) The standard PCI-interface ● Alpha Plane enables the ‘Olive’ to operate as slave ● Digital Video input (ITU656 and on the PCI-bus. The burst-controller still picture formats) is implemented beside this standard PCI-slave-interface and allows data-

19 MULTIMEDIA

MB862XX ‘LIME’

PCI OR Video input PCI/Host and scaler YUV/RGB HOST BUS Interface INTERFACE Pixel Bus

Display Digital RGB Controller Analogue RGB

The new graphic controller ‘Lime’ is the perfect MD(0:32) External 2D 32MByte choice for 2D-optimised graphic systems based on Memory Rendering SDRAM Engine the ‘Coral’ family Controller or MA(0:13) FCRAM ‘Lime’ will be a new extention to the Fujitsu Graphic Controller Family for MB862XX ‘Lime' block diagram 2D applications. This chip is based on the Coral family core functions and ● Digital Video input (various will be optimized for 2D rendering. formats) The display controller, rendering ● Video Scaler (up/down scaling) engine and video input unit will be ● I2C interface taken from the successful ‘Coral P’ ● RGB digital output (8 bit x 3) family but the floating point ● Includes various kinds of 2D co-processor and all 3D-functions will graphic acceleration functions be taken out. Also, the CPU interface ● Built-in alpha blending, will be optimised for more CPU anti-aliasing and chroma-keying connections and the device will have ● External SDRAM or FCRAMTM some new functions to support small interface @ 133MHz for up to footprint graphic applications. This 64Mb graphic memory chip will replace the ‘Lavender’ on the ● PCI and host host interface long term. ‘Lime’ will be 100% ● GPIO inputs/outputs binary-compatible to the ‘Cremson’ ● Serial interface and ‘Coral’ family. ● Supply voltage 3.3V (I/O), 1.8V (Internal) Key Features ● BGA-256 Package ● Temperature range -40 to +85°C ● CMOS 0.18µm technology ● Display resolutions up to 1280x768 ● 6 layers of overlay display (Windows) ● Alpha Plane

20 PRODUCT ROADMAP

90nm Mobile / Consumer Burgundy B2 Burgundy B1 + ARM9 CPU 0.18µm + MPEG decode

Carmine High-End Navigation Coral B 0.25µm Coral Family + Video in Standard Navigation Coral Q Coral PA

Cremson Family Coral P Redesigned version Orchid 166MHz Scarlet 6 Layers Cremson 2D/3D + PCI, video in + Video in + eSDRAM + Geo Engine 100MHz + Video in Lime 4 Layers + Geo Engine Olive Family 2D/3D Olive 108MHz PCI, more function Lavender Family Jasmine 6 Layers PCI, MCM Lavender 2D 64MHz + eSDRAM 4 Layers Consumer & Low-End Navigation 2D Dashboard

Roadmap of graphic controller devices Under development

New enhanced graphics display controllers (GDCs) for various kinds of digital audio/video applications, in which multimedia functions will be integrated together are planned as successive products. In addition, we plan to integrate a CPU core and various I/O functions and define a single-chip solution for car navigation applications. As Fujitsu's primary GDC product line, the car navigation family will be extended further.

21 MULTIMEDIA

EVALUATION BOARDS

For application development support and functional evaluation, a number of evaluation boards are available from Fujitsu: PCI adaptor cards with all graphics controllers from the ‘Cremson’ and ‘Coral’ families are available, which enable the evaluation of the device features directly from a MB86290A-EB01 ‘Cremson’ evaluation board Windows PC. For this, a Windows 98/NT/Windows 2000 driver and a map driver are bundled with this adaptor card in order to get started, enabling easy programming of the devices from a Windows-based development environment. Also, the source code of various application examples is included. Although the main purpose is software development it can be mounted directly to an . A starterkit is available for the GDCs, enabling designers to build up specific embedded applications with the ‘Cremson’ Starterkit Series targeted processor and GDC together The interconnection between both adapter MB8629XEB01, the software The ‘Cremson’ Starterkit is a modular module boards is the host-CPU bus modules developed under Windows evaluation board, which provides a interface. All functions of the graphic can then also be used directly in stand-alone embedded environment. devices and the CPU are present on the stand-alone environment. The kit hardware consists of two pin headers, jumpers or switches, . parts, a CPU module, which carries which allow the addition of hardware a Fujitsu 32 bit RISC MCU extensions. MB91F36X and a set of sub-boards The new CPU Board, equipped for the graphic controllers ‘Cremson’, with MB91F369, allows creation and ‘Scarlet’, ‘Lavender’ and ‘Jasmine’. full debugging of applications under In order to facilitate the appropriate Softune Workbench directly! This configuration for the application CPU-module has additionally 2MB requirements, the system allows easy debugging RAM on board, which is interchange of the CPU type or the required for the monitor debugger. graphic controller. In combination with the PCI

22 GRAPHIC CONTROLLER COMPARISON TABLES

Device 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 32MByte)

MB86291A Scarlet 100MHz x x 256 x 256 4 4 bit/ x x x YUV down 12C embedded Version1 FR,SH3/4, QFP208 layer scaling (2MByte) V850

MB86292 Orchid 100MHz x x 256 x 256 4 4 bit/ x - x YUV down 12C external Version1 FR,SH3/4, QFP256 layer scaling (up to V850 32MByte)

MB86293 Coral Q 166MHz x x 4096 X 4096 6 8 bit x - - - - - external Version 2 FR,SH3/4, QFP256 alpha-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 BGA256 alpha-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 BGA256 alpha-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 FLGA256 alpha-plane Cam scaling SIO (8MByte) GPIO

MB862xx Lime 133MHz x - 4096 x 4096 6 8 bit x - x YUV/ up + 12C external - PCI + BGA256 alpha-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 separately Order information : Please specify the item according to the ‘Device’ or ‘Evaluation board’ column

23 EUROPEAN DISTRIBUTORS & REPRESENTATIVES

EUROPEAN DISTRIBUTORS PN Electronics Ineltek Mitte GmbH 142-176 avenue de Stalingrad Hauptstr. 13, D-63834 Sulzbach Austria Parc Technologique des Corvettes BP 53 Tel: (0 60 28) 99 38 0 EBV Elektronik GmbH F-92703 Colombes Cedex Fax: (0 60 28) 99 38 38 Diefenbachgasse 35/1, A-1150 Wien Tel: (01) 47 80 67 85 Tel: (01) 8 91 52 0 Fax: (01) 47 85 95 12 Ineltek GmbH Süd Fax: (01) 8 91 52 30 Am Fügsee 21, D-82418 Murnau PN Electronics Tel: (0 88 41) 47 77 5 Ineltek Ges.m.b.H. Rue Jean Bart Fax: (0 88 41) 26 60 Wagramer Strasse 126/21, A-1220 Wien Immeuble Calliope, F-31317 Labege Tel: (01) 2 04 98 38 0 Tel: (05) 62 88 23 23 Ineltek GmbH Erfurt Fax: (01) 2 04 90 38 Fax: (05) 62 88 23 29 Geraerstr. 33, D-99099 Erfurt Tel: (0 36 1) 34 64 28 0 Belgium PN Electronics Fax: (0 36 1) 34 64 28 1 EBV Elektronik GmbH 13, impasse des Cerisiers, F-67580 Laubach Excelsiorlaan 35 /, Av. Excelsior 35 Tel: (03) 88 90 43 48 Greece B-1930 Zaventem Fax: (03) 88 90 37 11 EBV Elektronik GmbH Tel: (02) 7 16 00 10 1, Anaxagora Str., GR-17778 Tavros / Athens Fax: (02) 7 20 81 52 PN Electronics Tel: (01) 03 41 43 00 334 Rue des vingt toises-Le Magistere II Fax: (01) 03 41 43 04 Czech Republic F-38950 Saint Martin le Vinoux EBV Elektronik GmbH Tel: (04) 38 02 02 03 Hungary Argentinská 38/286 Fax: (04) 38 02 21 00 EBV Elektronik Kft. Tel: (02) 34 09 10 11 Montivideo u. 2/B, H-1037 Budapest Fax: (02) 34 09 10 10 Germany Tel: (01) 4 36 72 29 EBV Elektronik GmbH Fax: (01) 4 36 72 20 Denmark Kitzingstraße 15-19, D-12277 Berlin-Mariendorf EBV Elektronik GmbH Tel: (0 30) 74 70 05-0 Ineltek Hungary Kft. Ved Lunden 9, DK-8230 Åbyhøj Fax: (0 30) 74 70 05-55 Madach ter 4, H-1071 Budapest Tel: 86 25 04 66 Tel: (01) 3 27 84 07 Fax: 86 25 06 60 EBV Elektronik GmbH Fax: (01) 3 27 84 43 In der Meineworth 21, D-30938 Burgwedel EBV Elektronik GmbH Tel: (0 51 39) 80 87-0 Ireland Rosenkæret 11 C, DK-2860 Søborg Fax: (0 51 39) 80 87-70 EBV Elektronik GmbH Tel: 39 69 05 11 Ballymount Trading Estate Fax: 39 69 05 04 EBV Elektronik GmbH Ballymount Road, Walkinstown, Dublin 12 An der Gümpgesbrücke 7, D-41564 Kaarst Tel: (01) 4 56 40 34 Finland Tel: (0 21 31) 96 77-0 Fax: (01) 4 56 40 35 EBV Elektronik GmbH Fax: (0 21 31) 96 77-30 Pihatörmä 1 a, FIN-02240 Espoo Israel Tel: (09) 27 05 27 90 EBV Elektronik GmbH EBV Elektronik Fax: (09) 27 09 54 98 Im Technologiepark 2-8, D-85586 Poing Avnet Building Tel: (0 81 21) 77 4-0 Commercial Centre Dror South EBV Elektronik GmbH Fax: (0 81 21) 77 4-4 22 P.O. Box 149, 40650 Tel Mond Nahkatehtaankatu 2, FIN-90100 Oulu Tel: (09) 7 96 69 90 Tel: (08) 5 62 49 10 EBV Elektronik GmbH Fax: (09) 7 96 68 80 Fax: (08) 5 62 49 15 Neue Ramtelstraße 4, D-71229 Leonberg Tel: (0 71 52) 30 09-0 Toyo Ram Electronics Ltd France Fax: (0 71 52) 75 95-8 1 Hamasger St, Raanana 43653 EBV Elektronik GmbH Tel: (09) 7 60 36 50 115 Rue Nicolas Ledoux EBV Elektronik GmbH Fax: (09) 7 44 30 50 Immeuble Hemiris Bâtiment A Borsigstraße 7 , D-65205 Wiesbaden F-13854 Aix-en-Provence Tel: (0 61 22) 80 88-0 Italy Tel: (04) 42 39 65 40 Fax: (0 61 22) 80 88-99 EBV Elektronik s.r.l. (Milano) Fax: (04) 42 39 65 50 Via C. Frova, 34, I-20092 Cinisello Balsamo (Mi) EBV Elektronik GmbH Tel: 02 66 09 62 90 EBV Elektronik GmbH Zum Mühlenberg 9, D-07806 Neustadt/Orla Fax: 02 66 01 70 20 3, rue de la Renaissance, F-92184 Antony Cedex Tel: (03 64 81) 24 4-0 Tel: (01) 40 96 30 00 Fax: (03 64 81) 24 4-99 EBV Elektronik s.r.l. (Firenze) Fax: (01) 40 96 30 30 Via Panciatichi, 40, Palazzo 11, I-50127 Firenze Glyn GmbH & Co. KG Tel: (0 55) 4 36 93 07 EBV Elektronik GmbH Am Wörtzgarten 8,D-65510 Idstein/Ts. Fax: (0 55) 4 26 52 40 29, ave des Peupliers, F-35510 Cesson Sévigné Tel: (0 61 26) 59 02 22 Tel: (02) 99 83 00 50 Fax: (0 61 26) 59 01 11 EBV Elektronik s.r.l. (Modena) Fax: (02) 99 83 00 60 Via Campagna, 12. I-41010 Cognento (MO) Glyn GmbH & Co.KG Tel: (0 59) 29 24 / 21 1 EBV Elektronik GmbH Ringstrasse 88, D-41334 Nettetal Fax: (0 59) 29 29 / 48 6 Actys Bâtiment 2, voie 3, BP 348 Tel: (0 21 57) 12 42 25 F-31313 Labège Cedex Fax: (0 21 57) 12 42 11 EBV Elektronik s.r.l. (Napoli) Tel: (05) 61 00 84 61 Via Paolo della Valle, 32 Fax: (05) 61 00 84 74 Ineltek GmbH (Headquarters) Quartiere Soccavo , I-80126 Napoli Hauptstraße 45, D-89522 Heidenheim Tel: (0 81) 7 28 16 58 EBV Elektronik GmbH Tel: (0 73 21) 93 85 0 Fax: (0 81) 7 67 22 67 Parc Club du Moulin à Vent Fax: (0 73 21) 93 85 95 33, Av. du Dr. Georges Lévy, F-69693 Venissieux EBV Elektronik s.r.l. (Padova) Tel: (04) 72 78 02 78 Ineltek Nord GmbH Via IX Strada, 23/C int.2 Fax: (04) 78 00 80 81 Lindenallee 84, D-22869 Schenefeld Zona Industriale, I-35100 Padova Tel: (0 40 83) 96 04 0 Tel: (0 49) 7 92 36 20 Fax: (0 40 83) 96 04 33 Fax: (0 49) 8 07 48 74

24 EBV Elektronik s.r.l. (Roma) Spain EUROPEAN REPRESENTATIVES Viale Palmiro Togliatti 1639, I-00155 Roma EBV Elektronik GmbH Tel: (06) 4 06 36 65 / 789 Antón Fortuny 14-16 4° 1a Esc. C Denmark Fax: (06) 4 06 37 77 E-08950 Esplugues de Llobregat Barcelona Team Tech Tel: (0 93) 4 73 32 00 Bygstubben 3, DK-2950 Vedbaek EBV Elektronik s.r.l. (Torino) Fax: (0 93) 4 73 63 89 Tel: 45 66 25 00 Corso Vercelli 348, I-10156 Torino Fax: 45 66 02 44 Tel: (011) 2 62 56 90 EBV Elektronik GmbH Fax: (011) 2 62 56 91 Centro Empresarial Euronova Israel C/Ronda de Poniente, 4 Toyo Ram Electronics Ltd. Malpassi s.r.l. 1a planta, Oficina A. 1 Hamasger Street, Raanana 43653 Via Baravelli 1, I-40012 Calderara di Reno E-28760 Tres Cantos, Madrid Tel: (08) 78 03 65 0 Bologna Tel: (0 91) 8 04 32 56 Fax: (09) 74 43 05 0 Tel: (0 51) 72 72 52 Fax: (0 91) 8 04 41 03 Fax: (0 51) 72 73 78 Netherlands Sweden A-top electronics b.v. Melchioni Electronica S.p.A. EBV Elektronik GmbH Baltesakker 1a, 5625 TC Eindhoven Divisione Industria Derbyvägen 20, S-21 235 Malmö Tel. (0 40) 292 73 83 Via Pietro Colletta 37 , I-20135 Milano Tel: (0 40) 59 21 00 Fax: (0 40) 292 70 25 Tel: 02 5 79 43 54 Fax: (0 40) 59 21 01 Fax: 02 5 41 34 001 Spain EBV Elektronik GmbH Euroinger, s.l. Netherlands Sjöängsvägen 7 C/ Almendralejos, 4 EBV Elektronik GmbH S-19 272 Sollentuna 28140 Fuente el Saz del Jarma, Madrid Planetenbaan 116, NL-3606 AK Maarssenbroek Tel: (08) 59 47 02 30 Tel: (0 91) 62 01 42 5 Tel: (03 46) 58 30 10 Fax: (08) 59 47 02 31 Fax: (0 91) 62 00 61 2 Fax: (03 46) 58 30 25 Switzerland Norway EBV Elektronik GmbH EBV Elektronik GmbH Bernstrasse 394, CH-8953 Dietikon Ryensvingen 3B, P.B 101 Manglerud Tel: (01) 7 45 61 61 N-0612 Oslo Fax: (01) 7 45 61 00 Tel: (0 22) 67 17 80 Fax: (0 22) 67 17 89 EBV Elektronik GmbH Av. des Boveresses 52, CH-1010 Lausanne Poland Tel: (0 21) 6 54 01 01 EBV Elektronik GmbH Fax: (0 21) 6 54 01 00 Pl. Solny 16, PL-50062 Wroclaw Tel: (0) 71 3 42 29 44 Turkey Fax: (0) 71 3 42 29 10 EBV Elektronik GmbH Bayar Cad. Gülbahar Sok. Russia No:. 17 / Perdemsaç Plaza, 13th Floor EBV Elektronik GmbH D: 134 Kozyatagi, TR-81090 / Istanbul Korovinskoye Shausse 10 Tel: (02 16) 4 63 13 52 Build 2, off. 28, RUS-127486 Moscow Fax: (02 16) 4 63 13 55 Tel: (0 95) 9 37 87 07 Fax: (0 95) 9 37 87 06 United Kingdom EBV Elektronik Ineltek Russia EBV House, 7 Frascati Way Kutusovsky Prospect 14, Building 1, Office 30 Maidenhead, Berkshire SL6 4UY 121248 Moscow, Russia Tel: (01628) 78 36 88 Tel. (095) 1 01 89 70 Fax: (01628) 78 38 11 Fax. (095) 3 26 69 50 EBV Elektronik Slovenia 144 West George Street, Glasgow G2 2HG EBV Elektronik Tel: (0141) 3 52 20 50 Web Sites Dunajska 22 , SLO-1511 Ljubljana Fax: (0141) 3 52 20 59 Tel: (01) 3 00 03 73 EBV Elektronik GmbH: Fax: (01) 4 33 04 57 EBV Elektronik www.ebv.com Manchester International Office Centre Euroinger, s.l. South Africa Suite 5B, Styal Road, Manchester M22 5WB www.euroinger.com EBV Electrolink Tel: (0161) 4 99 34 34 236 Queen Mary Avenue. Glenmore Fax: (0161) 4 99 34 74 Glyn GmbH & Co. KG: Durban 4001 www.glyn.de Tel: (0 31) 2 05 12 05 EBV Elektronik Glyn Ltd: Fax: (0 31) 2 05 22 65 12 Interface Business Park www.glyn.com Bincknoll Lane , Wootton Bassett EBV Electrolink Wiltshire SN4 8SY Ineltek GmbH: 5th Floor, Fleetway House Tel: (01793) 84 99 33 www.ineltek.de Martin Hammerschlag Way, Foreshore Fax: (01793) 85 95 55 Malpassi srl: Cape Town 8001 www.malpassi.it Tel: (0 21) 4 21 53 50 Glyn Ltd Fax: (0 21) 4 19 62 56 3 Woodbrook Crescent Melchioni Electronica SpA: Radford Way, Billericay, Essex CM12 0EQ www.melchioni.it EBV Electrolink Tel: (01277) 63 67 17 PN Electronics: Woodlands Office Park Fax: (01277) 63 67 09 www.pne.fr 141 Western Service Road Building 14, 2nd Floor Glyn Ltd Team Tech: Woomead, Johannesburg 2157 35 Wansdyke, Lancaster Park, Morpeth www.teamtech.dk Tel: (0 11) 2 36 19 00 Northumberland NE61 3RA Toyo Ram Electronics Ltd: Fax: (0 11) 2 36 19 13 Tel: (01670) 51 46 16 www.toyoram.co.il Fax: (01670) 51 69 36

25 MULTIMEDIA

SALES OFFICES EUROPE

France Fujitsu Microelectronics Europe GmbH 105 rue Jules Guesde F-92300 Levallois Perret Tel: (01) 55 21 00 40 Fax: (01) 55 21 00 41

Germany Fujitsu Microelectronics Europe GmbH Am Siebenstein 6-10 D-63303 Dreieich-Buchschlag Tel: (0 61 03) 69 00 Fax: (0 61 03) 69 01 22

Fujitsu Microelectronics Europe GmbH Carl-Zeiss-Ring 11 D-85737 Ismaning/Munich Tel: (0 89) 96 09 44 0 Fax: (0 89) 96 09 44 22

Italy Fujitsu Microelectronics Europe GmbH Palazzo Pitagora - Milano 3 City Via Ludovico il Moro 4B I-20080 Basiglio, Milano Tel: 02 90 45 02 1 Fax: 02 90 75 00 87

United Kingdom Fujitsu Microelectronics Europe GmbH Network House, Norreys Drive Maidenhead, Berkshire SL6 4FJ Tel: (01628) 50 46 00 Fax: (01628) 50 46 66

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

www.fme.fujitsu.com Fujitsu Microelectronics Europe FME-MULTIMEDIA-0204