EC-VA-H264-8B-30-1080-MXC-LL

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The EC-VA-H264-8B-30-1080-MXC-LL (also known as Enhanced Convenience Variable Architecture for H.264 Decoding, 8-bits, 30 fps, 1080p, Multi-Format Coder - Low Latency) is an advanced embedded technology designed to provide high-performance, low-latency video decoding. It is widely used in a broad range of embedded applications ranging from industrial automation to security and surveillance, automotive, and video-on-demand (VOD) streaming.

The EC-VA-H264-8B-30-1080-MXC-LL is an integrated circuit (IC) based on an advanced version of the H.264 video compression standard. It can decode 8 bits of video data in a single pass at 30 frames per second (FPS). Additionally, the chip features a multi-format video coder with support for 1080p resolution and low latency.

The main purpose of the EC-VA-H264-8B-30-1080-MXC-LL is to provide cost-effective, high-performance video decoding in embedded applications. With its low-latency and high-resolution support, it enables the development of real-time video applications such as machine vision, security surveillance, and streaming media services.

The EC-VA-H264-8B-30-1080-MXC-LL employs a series of dedicated logic circuits and dedicated software programs to perform its video decoding tasks. In essence, the decoding process consists of three main stages: Slicing, Entropy Coding, and Motion Estimation and Compensation. First, the encoded video data is divided into slices. Each slice is then passed through an entropy coder which removes redundancy from the data and compresses it. Finally, the data is sent through a motion compensation engine which uses motion vectors to identify and predict video movements, resulting in a further reduction in the data size. The compressed data is then fed to the decoder where it is decoded and assembled into a compressed video stream.

The EC-VA-H264-8B-30-1080-MXC-LL is an excellent choice for embedded applications that require high-performance, low-latency video decoding. It delivers superior performance and lower cost when compared to general-purpose processors and hardware-based encoders. With its advanced video encoding and decoding capabilities, it is well suited for a variety of applications ranging from industrial automation, to automotive, security and surveillance, and streaming media services.

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