LMH1226RTWR

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Linear video processing refers to the process of storing, manipulating, and delivering video content in relation to linear media players and video outputs. In linear video processing, video signals are encoded and manipulated using algorithmic techniques. The manipulation allows for content to be stored and replayed through numerous channels, such as streaming and file-based broadcasting. As video data is passed from one device to another to reach its destination, it is usually processed in a way that facilitates its streaming. Linear video processing is at the core of both broadcast television and streaming services.

The LMH1226RTWR is a high-performance 10-bit video decoder and encoder device designed specifically for linear video processing between digital video streams and analog video signals. It features a digital output in the serial digital interface (SDI) format as well as analog output in the television broadcast standard composite video format.

The LMH1226RTWR is a single-chip solution that helps to reduce overall system costs and complexity. It enables high quality video decoding and encoding at low power, making it suitable for use in a variety of applications such as broadcast, medical and security systems.

The device\'s application field incorporates broadcast video encoding and decoding, as well as, image capturing for medical systems. In broadcast video applications, the device is used for encoding and decoding of digital media streams for HD, 3G and 4K formats from multiple channels. For medical systems, the device processes the data from medical imaging equipment like ultrasound, MRI, medical cameras and digital microscopes, helping in the diagnosis and observations of patients.

The dominant working principle of the LMH1226RTWR is based on two video digital-to-analog conversion (DAC) processes. First, digital video is encoded into the appropriate format. Depending on the application, high-density (HD), 3G or 4K formats are used. Next, the encoded video signals are sent to the corresponding video output interface, such as the development of analog video signals or digital video streams. The latter is done by decoding the video data stream into its corresponding video format, be it an analog NTSC, PAL format or advanced digital for HD, 3G and 4K.

The device is designed to simplify integration, provide superior performance and improve overall system cost efficiency. Its multi-bit DAC technology enables a high quality video output whilst its rich feature set allows for flexible and cost effective design. Additionally, its high speed operation makes it suitable for a wide range of applications in both linear broadcast television and streaming services.

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