FACTSHEET MB86H57/MB86H58 TRANSCODER
MB86H57/MB86H58 Low power H.264/MPEG-2 full HD transcoder
Stream Host CPU Stream/JPEG Host CPU Stream/JPEG Stream in 8-bit-Parallel/Serial MULTI2/AES/3DES Decryption System Demux
PCI USB PCIe Parallel
Serial
Stream out 8-bit-Parallel/Serial PLL FCRAM Controller
JPEG Encoder Scaler H.264/MPEG-2 Transcoder/Encoder
AES/3DES Encryption System Mux
512Mbit FCRAM (x 64bit)
Audio Transcoder/Encoder
Interfaces
I2C SPI Card
I 2S x 3 SPDIF x 1
SMPTE 247M/ 296M-2001 ITU-R BT.656
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MB86H57/MB86H58 transcoder block diagram
Digital Audio in
HD Digital Video in
Description The Fujitsu MB86H57, MB86H58 can convert between Full HD (1920 dots x 1080 lines), MPEG-2 video data and H.264 video data, as well as transcoding between audio formats while featuring low power consumption. These new ICs are targeted for consumer equipment supporting the growing number of applications related to digital recording and transcoding of broadcast content. By employing Fujitsu's proprietary transcode technology, Fujitsu Microelectronics realised industryleading low power consumption of only 1.0 Watt (W) including the in-package memory. Combined with the small form-factor packaging, these ICs can also be used in mobile products such as notebook PCs. In addition to the transcode function, security functions are included on a
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single chip to make it easier for customers to create their systems. Features ■ Industry-leading low power consumption and small formfactor. Fujitsu Microelectronics' proprietary transcoding technology has enabled the company to create a Full HD H.264/MPEG-2 transcoder with industry-leading low power consumption. Using Fujitsu's 65nm process technology the power consumption in Full HD transcoding operation is just 1.0W including one 512Mb FCRAM-in-package. In addition, the MB86H57 small formfactor option will allow the creation of innovative portable and mobile products. ■ Necessary functions for recording digital broadcasts in a single chip. Both ICs integrate all the necessary functions for systems developed to record digital broadcasts, including security functions and an interface to digital TV demodulators.

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