Texas Instruments (TI) today announced the launch of the new TMS320DM8168 DaVinciTM Video System-on-Chip (SoC), which seamlessly integrates all the capture, compression, display and control functions of an HD multi-channel system onto a single chip. Meet the growing demand for high integration and high definition video. Designed for video security and video communications applications, this industry-leading SoC is highly integrated with the 1 GHz ARMÂ® CortexTM-A8 and 1 GHz TI C674x digital signal processor (DSP) core. The integrated DM8168 video SoC not only reduces system electronic bill of materials (eBOM) costs by up to 50%, but also significantly reduces board space and power consumption by replacing more than 10 discrete components.
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The DM8168 video SoC delivers the industry's best performance, delivering up to 4x better video compression performance compared to TI's predecessor, the 1GHz DM6467T, which delivers higher channel density and higher resolution. rate. This industry-best SoC dramatically improves the pre- and post-processing of HD video for unprecedented video performance, enabling higher quality video at lower bit rates for video security and video communications applications. . The DM8168 video SoC, which supports advanced video analytics and enhanced 2D and 3D graphics, delivers 16-channel digital video camera (DVR) functionality in a single video SoC, significantly reducing DVR systems compared to previous generation digital video processors Cost and complexity. More details,
Key System Features and Benefits of the DM8168 Video SoC:
â€¢ For hybrid security DVR solutions, it supports 16-channel H.264 high-definition D1 encoding and 8-channel D1 decoding for CIF multistreaming, with video mixing and image mixing, supporting up to 3 independent monitor;
â€¢ For video communication applications, it can support 3 1080p channels at 60 frames per second (fps). Since the codec delay is less than 50ms, the off-chip failure problem can be eliminated, so that the glass can be delayed. -to-glass latency) drops below 50 milliseconds (ms);
â€¢ High integration with integrated 1 GHz ARM Cortex-A8, 1 GHz TI C674x floating point DSP, several second generation programmable HD video image coprocessors, an innovative HD video processing subsystem and integrated codec support ( H.264, MPEG-4 and VC1 support including HD resolution);
â€¢ Includes a variety of interfaces including Gigabit Ethernet, PCI Express, SATA2, DDR2, DDR3, USB 2.0, MMC/SD, HDMI and DVI to support highly flexible design implementations;
â€¢ Seamless interface to 4 TI TVP5158 multi-channel video decoders for seamless capture of up to 16 D1 video channels. The TI TVP5158 decoder automatically controls contrast, reduces noise, increases compression ratio and overall video quality, eliminating the need for additional FPGA and external memory, simplifying design and increasing system flexibility.
Hikvision President Hu Yangzhong said: "TI has always provided the most powerful video platform in the video surveillance market. The DM8168 offers unparalleled performance and rich programmability, so TI can help the sea. Conway has exceeded market requirements, set new performance standards, and launched a new round of differentiated video security products."
John Antanaitis, vice president of marketing for Polycom Video Solutions, said: "Polycom has a long-standing relationship with TI and has been maximizing the use of TI processor performance to drive industry innovations, such as our recent H.264 high-definition video compression. Technological breakthroughs. TI processors are helping us to dramatically reduce bandwidth requirements for our customers, enabling a broader customer base to be more easily monitored remotely. TI's new processor delivers higher levels of integration and video performance that will drive The future development of the industry."
Avishai Sharlin, General Manager, Radvision Technology Business Unit, stated: "The future success of the video conferencing market must ensure a high quality experience. In order to create differentiated products that deliver superior user experience and video quality at competitive prices, we must reduce costs. , power consumption, and board space footprint. TI is familiar with the needs of these markets and has developed the DM8168 to meet these needs. Combining these features with RADVISION's E2E (end-to-end) strategy enables powerful, flexible video solution."
TI offers a TVP5158 video decoder that seamlessly connects to the DM8168 video SoC, as well as a complete analog solution for video security and video communication system design needs. The latest multi-function clock generation products provide all the necessary system clock frequencies, while the latest video amplifiers filter CVBS (composite video broadcast signals), S-Video and component video, supporting 60 fps 1080p or RGB video signals. Both devices are designed specifically for the DM8168 video SoC and will be available when the DM8168 Video SoC is available. Combined with easy-to-use hardware and software tools, TI offers all power management solutions for processors or complete systems, as well as all signal chain products for audio and video signal processing.
The DM8168 DaVinci Video SoC will begin sampling to early adopters of video security and video communications in the second quarter of 2010. The price of the new DM8168 video SoC is far lower than the price of the components it replaces, enabling a new generation of high-performance digital video systems.
To accelerate the design process, TI will also provide an Video Security and Video Communications Evaluation Board (EVM). Each EVM will be equipped with hardware boards, software, tools, and demo applications to help developers evaluate video processing capabilities and performance, and immediately launch application development. In addition, developers have access to a complete EVM support suite that includes a complete software framework and a design suite that abstracts the internal complexity of the DM8168 video SoC, simplifying the time-to-market and simplifying the management of multiple video channels. And processing.
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