然后对视频编解码芯片MB86H51的功能特性和接口进行了详细的介绍；
Secondly, it introduced the function, main specifications and interface of MB86H51 in detail.
因此，基于FPGA和一些成熟的视频编解码芯片进行系统设计具有重要的实际意义。
Therefore, it is of great significance to design a video codec system based on FPGA and some mature chip.
MPEG4编解码芯片包含了复杂的算法，利用系统设计语言建立事务级的参考模型已经非常有必要。
The MPEG4 encode and decode module include complex algorithm , so it is very necessary to build a transaction level reference module .
在分析IIC总线协议的基础上，文中详细叙述了DM 642通过IIC模块对视频编解码芯片的寄存器进行配置、校验的流程。
IIC bus protocol analysis on the basis of a detailed description in the text adopted by the IIC module DM642 video decoder chip register configuration, calibration process.
PM P播放器不仅需要对机体大小有所限制，更重要的是需要一种压缩效率更高、画面质量更高的视频压缩技术，以及相关编解码芯片。
PMP players need not only be limited to body size, but more importantly is the need for a more efficient compression, higher picture quality video compression technology, and related codec chips.
图像的压缩采用JPEG算法，利用JPEG编解码芯片ZR 36060完成，ZR 36060可以生成完全符合JPEG标准的数据流。
Image compression accord with JPEG standard and perform by an integrated JPEG codec ZR36060, which supports completely baseline method defined by JPEG standard.
图像的压缩采用JPEG标准，利用JPEG编解码芯片ZR 36060完成，ZR 36060可以生成完全符合JPEG标准的数据流。
The image compression unit USES the JPEG standard and performs by an integrated JPEG codec ZR36060, which can create JPEG standard data stream.
本文所开发的基于通用高性能DSP芯片的图像编解码系统具有可靠性高、速度快、体积小、功耗低和环境适应性强等优点。
The image encoder and decoder based on the general high performance DSP chip has especial advantages of high reliability, small-size, fast data processing, low power consumption and flexibility.
TI公司生产的C64系列芯片具有很强的并行处理能力和信号处理功能，是实现H。263编解码的理想平台。
With its strong parallel processing ability and signal processing capacity, the C64 series chips of ti corporation is an ideal platform to run H. 263 CODEC.
TI公司生产的C64系列芯片具有很强的并行处理能力和信号处理功能，是实现H。264编解码的理想平台。
With its strong parallel processing ability and signal processing capacity, the C64 series chips of ti corporation is an ideal platform to run H. 264 CODEC.
设计选用PCI多媒体接口芯片SAA7146A，方便的实现了与视频编码器、视频解码器和音频编解码器的连接。
It USES the PCI interface chip SAA7146A special for media processing produced by Philips, and connects simply with video encoder, video decoder, audio encoder and decoder.
介绍了自适应多码率语音编解码算法及其基于TMS320F 2812定点DSP芯片的实现方案。
An Implementation of the adaptive multi-rate speech codec based on the TMS320F2812 fixed-point DSP chip is presented.
介绍了自适应多码率语音编解码算法及其基于TMS320F 2812定点DSP芯片的实现方案。
An Implementation of the adaptive multi-rate speech codec based on the TMS320F2812 fixed-point DSP chip is presented.
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