DSP Selection Guide
DSP Selection Guide
DSP Selection Guide
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20<br />
➔<br />
System Solutions<br />
Video and Imaging<br />
Video and Imaging Application Device Matrix<br />
TMS320DM64x/<br />
Applications TMS320C55x <strong>DSP</strong> OMAP TMS320C62x <strong>DSP</strong> TMS320C64x <strong>DSP</strong> TMS320DM644x <strong>DSP</strong>s<br />
Portable Network camera •<br />
Digital still camera • •<br />
Digital camcorder • •<br />
Portable data terminals (PDT) • •<br />
Client IP video phone •<br />
Network IP camera • •<br />
Visual inspection • • •<br />
Personal video recorder (PVR)<br />
•<br />
Smart security camera<br />
•<br />
Media encoder/decoder<br />
•<br />
IP set-top box<br />
•<br />
Video Infrastructure Video conferencing gateways • •<br />
Professional broadcast systems<br />
•<br />
Statistical multiplexer<br />
•<br />
Cable head-end video system<br />
•<br />
Multi-channel digital video recorder (DVR) • •<br />
Wireless video gateway • •<br />
High-Performance Media Solutions<br />
High-performance digital media technologies<br />
cover a wide range of streaming<br />
media and emerging media-based technologies<br />
including integration of video,<br />
voice and data content into many new<br />
and different applications, reshaping the<br />
way digital media content is delivered.<br />
Some of the challenges faced by digital<br />
media include real-time performance,<br />
greater channel density and the software<br />
programming flexibility for simultaneous<br />
processing of video, voice and data<br />
streams across both wired and wireless<br />
networks. Typical digital media processing<br />
functions include encoding and<br />
decoding media streams, transcoding<br />
(converting from one format to another),<br />
and transrating streams (scaling from a<br />
higher to a lower bit rate) to accommodate<br />
various system-level dependencies.<br />
Other processing functions include compression,<br />
decompression, encryption,<br />
packetization and transport of media<br />
streams.<br />
TI’s TMS320C6000 digital media<br />
processors play a major role in enabling<br />
these technologies in video and imaging<br />
solutions. Based on the proven<br />
TMS320C64x <strong>DSP</strong> core, the<br />
TMS320C6000 <strong>DSP</strong>s are the highestperformance<br />
multimedia engines that are<br />
easy to upgrade with the latest software<br />
codecs.<br />
For more information, please visit:<br />
www.ti.com/video<br />
Key Benefits<br />
• Choose the option that fits your needs –<br />
broad range of high-performance/<br />
low-cost options optimized for video<br />
applications<br />
• Rapidly develop products with the latest<br />
algorithms due to code compatibility<br />
and full software programmability<br />
• Utilize any video standard such as<br />
MPEG-4 AVC (H.264) encode and<br />
decode<br />
• Get started today with TI video-based<br />
development tools<br />
Texas Instruments 1Q 2007<br />
<strong>DSP</strong> <strong>Selection</strong> <strong>Guide</strong>
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