E-TDA7479DTR

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The E-TDA7479DTR belongs to the Linear - Video Processing category. A Video Procsssing chip is a small integrated circuit containing all the functions required to process video signals, such as discrete signals and continuous signals. In general, all modern video processing chips have a triggering function, several logic functions, and one or more basic components such as logic gates and transistors. Standard operations such as video signal filtering, signal transmission, signal sampling, and level shifting are common in video processing chips.

The E-TDA7479DTR is a low-cost embedded Video Processor that is specifically designed for image and video processing applications. It offers an 8-bit high-precision architecture, with low current consumption and a wide range of options for processing signals with low/medium/high data rate. The E-TDA7479DTR can process multiple signal formats, including NTSC, PAL, VGA, HDMI and so on.

The E-TDA7479DTR has the capacity to stream programming the user provided signal in various signal formats (input and output selectable) according to different signal types. Unlike other off-the-shelf video processors, it contains digital signal processing (DSP) capabilities that allow it to carry out more advanced video processing functions such as frame rate conversion, dynamic scaling, edge detection and filtering. The E-TDA7479DTR comes with built-in edge enhancement and image enhancement features that enhance the image quality of low-resolution input signals.

The E-TDA7479DTR also supports pixel-level operations such as scaling, de-interlacing and image calibration. It also handles pixel-level operations for upscaling low resolution images and providing output signals in High Definition formats. The E-TDA7479DTR also supports motion vector (MV) algorithms for motion correction, which can be used to reduce artifacts in motion-sensitive scenes.

The E-TDA7479DTR includes a power-down clock control feature that allows the user to reduce standby power consumption. The low-power circuit not only reduces power dissipation for every operation. It also reduces total power spending. It also features a thermal shutdown protection circuitry to protect its internal components from damage due to excess temperature.

In addition to its own functions, the E-TDA7479DTR can be integrated into various video system architectures. It is compatible with all kinds of standard video buses, such as parallel, serial, and TFT-LCD. It can be integrated with other video processing devices, like On Screen Displays (OSD) and LCD controllers, for creating complete video systems solutions. It is also possible to program the E-TDA7479DTR with user-defined parameters, so it can be tailored to specific video streaming applications.

The E-TDA7479DTR can be used in a variety of video-related applications, ranging from automobile video systems to robotics and surveillance solutions. In automotive video systems, it can be used to combine several camera signals into one single video stream, while making sure each single stream has valid information. It is also used in surveillance systems, where it is used to produce snapshots in the event of any suspicious activity. Last but not least, the E-TDA7479DTR can be used for streaming HD video in robotics applications.

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