Tuesday, December 7, 2010

Using TI's latest video SoC hikvision launches new DVR

Recently, the industry-leading digital video monitoring products supply business, the national vision (Hikvision) announced the launch of a new digital video recorder (DVR) product, the DVR products using Texas Instruments latest da Vinci video DM8168 SoC, greatly enhances the performance of its digital video compression and powerful integrated display capabilities and significantly reduces system costs.

Hikvision CEO Huyang-said, "it is DM8168 in March of time-to-market, and TI on-going support, hikvision can exceed market requirements, in eight months to develop a platform based on DM8168 DVR products.

Texas instruments (TI) said, "we are very pleased to be able to contact hikvision in developing innovative video security products expand cooperation for many years, and hikvision cooperation is very important to TI.

At the same time, hikvision in such a short period of time, the use of the technology DM8168 achievements are proud. ”

Texas instruments (TI) TMS320DM8168 Leonardo da Vinci (DaVinci (TM)) video system on chip (SoC) will be high definition multi-channel system with all the capture, compression, display and control functions on a single chip perfect integration in to continuously meet users on highly integrated, high-definition video growing demand.

That industry best SoC for video security and video communications applications has been carefully designed, highly integrated with 1 GHz (R) ARM Cortex A8 (TM)-with 1 GHz TI C674x digital signal processor (DSP) core. The integrated SoC DM8168 video will not only bring the system of electronic bill of material (eBOM) costs halved, but also can replace the ten more discrete devices feature significantly reduced footprint and power plate.

DM8168 video SoC provides the industry's best performance, and performance has led the industry by TI previous generation 1GHz clock DM6467T video compression performance compared to upgrade four times while improving the multi-channel density, and can support a higher resolution.

In addition, the SoC can significantly improve high-definition video pre-processing and post-processing functions to achieve unprecedented video performance, resulting in a lower bitrate supports higher quality video, video security and video communication. Relative to the previous generation of digital video processors, support advanced video analysis and enhanced 2D and 3D graphics, innovative single-chip SoC to DM8168 video depends on the implementation of the 16 channel video formats such as H.264 DVR functionality, which can significantly reduce DVR system cost and complexity.

The main DM8168 video SoC system features and benefits:

--For mixed security DVR solution, support for both HP with 16 channel H.264 CIF child code stream of D1 encoding and decoding, 8-channel D1 and video mixing and blending functions, image support up to three independent monitors;

--For video communication applications with support for both 3-60 frames per second, because of 1080p channel delay of less than 1 codec, tablets, Ms, the issue of eliminating, reducing point-to-point delay down to 50 milliseconds;

-Extremely high level of integration, integrated ARM 1 GHz, 1 GHz Cortex-A8 TI C674x floating-point DSP, several second generation programmable high-definition video imaging co-processor, an innovative high-definition video processing subsystem, as well as comprehensive codec support (including high-definition resolution h.264, VC1 MPEG-4 and support);

--Including Gigabit Ethernet, PCI Express, SATA2, DDR2, DDR3, USB, MMC/SD 2.0, HDMI and DVI and many other interfaces, supports highly flexible design of the programme implementation;

--Seamless interfaces connected to four TI's multi-channel video decoder TVP5158, seamlessly capture up to 16 D1 video channel.

TVP5158 can automatically control the contrast, reduce noise, increase the compression ratio and overall video quality, thereby not only cancels the additional FPGA and external storage, you can simplify the design, increase system flexibility.

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