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H264 is at least an order of magnitude more sophisticated than prior codec technologies. The algorithms are more demanding and the optimizations are more important.
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H.264/AVC |
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We offer the best implementation of H.264 in terms of compression ratio, video quality, and code efficiency. |
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Compression Technology
Video Coding
Error Resilience
Performance
Multiprocessor
Capabilities
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System Solutions
- MPEG2, MPEG4 video solutions
- VC1 in development
- Transport solutions – MPEG2TS, RTP
- Players – rendering, remote control, DRM support
Technology Overview
- Patent pending video compression algorithms: ME, deblocking,
scalability, noise suppression, wavelet, rate control, etc) -
separate slides
- Software architecture designed for performance
- Best quality in tight real-time constraints
- Value proposition - to achieve the best possible real-time
encoding quality on any given platform.
- Real-time encoder ported to multiple embedded platforms
achieving the best quality/performance ratio
- Hardware Acceleration
- IP core: H.264 CABAC Encoder and Decoder; H.264 Intra
Encoder; PCI 32bit 33 MHz Slave and Bus Master
3rd Gen Proprietary Code Software
- New and improved video coding algorithms and methods
- CIP patent application in preparation
- New unique 4.0 codec designed to allow smart use of decisions (GOP
structure, inter, intra, inter/intra) made by external modules. The
codec architecture (ThruCodeT) is very modular and allows easy
replacement of any module. This flexibility allows:
- "smart" transcoders by easy and fast integration with other
codecs like H263 or MPEG2
- high quality H264<->H264 smart transraters and transcoders
- Integration of codec engine with external prediction modules (for
example, FPGA-based Inter and Intra search engines)
- high quality real-time control to precisely regulate decisions
quality (and therefore output video quality) depending on
available CPU clocks
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