MB86393
MB86393 is MPEG-2 Single Chip Audio/Video Encoder manufactured by Fujitsu Media Devices Limited.
OVERVIEW
Fujitsu’s MB86393 is a full MP@ML pliant MPEG-2 encoder that integrates video, audio, system encoders including memory (FCRAM) and PCI interface on a single chip. The MPEG-2 Encoder takes advantage of the high-performance MPEG-2 pression algorithm developed by Fujitsu. This device is a bination of Hardware and Software processed by an internal SPARClite CPU. It is expected to be a key ponent for realising higher performance and highly pact digital audio-visual equipment, such as disk recorders, camcorders, video munication, etc.
FEATURES
- Single Chip Encoder
- Video Encoder
- MPEG-1 (ISO/IEC11172-2)
- MPEG2 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
- MPEG1 Audio layer-1/2 encoding function (ISO/IEC11172-3)
- Maximum bit-rate is 448kbps
- Audio 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 or internal TS clock
- Internal FCRAM Memory in System in Package (Si P) technology
- PCI Interface (V2.2)
- Frame Synchronizer
- Internal 32bit RISC processor
- Package: FLGA 288 pin
- Operating temperature: 0°C to +70°C
- Power consumption: typ. 800m W
TYPICAL APPLICATIONS
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- 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 and more ...
Copyright © 2002 Fujitsu Microelectronics Europe Gmb H
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Disclaimer: The contents of this document are subject to change without notice. Customers are advised to consult with FUJITSU sales representatives before ordering.The information and circuit diagrams in this document are presented “as is”, no license is granted by implication or otherwise.
September 2002 Edition 1.00
FME/MM/PP/0902...