In the beginning, Filo T. Farnsworth invented the television. One of his biggest problems, which still exists today, was that he wanted to send more data than was possible given the space (bandwidth) ...

Most common video signals require preprocessing before encoding by video-compression codecs, which requires data to be in 420 planar format to achieve higher processing performance. For example, ...

Bad video interlacing leaves distracting horizontal lines across your screen during video playback (especially when there's a lot of on-screen motion). Tech blog Tested details how to fix video ...

As one of my well respected colleagues' states, “De-interlacing is not a science but rather an art!” At a high-level, de-interlacing is simply doubling the amount of information or lines within an ...

Finding the best method of progressive-to-interlace video conversion This project is about finding the best method to convert high definition (HD) video from a progressive to an interlaced format.

TOKYO--(BUSINESS WIRE)--Toshiba Corporation (TOKYO:6502) today announced that it has launched “T358749XBG”, an interface bridge IC from HDMI® to Mobile Industry Processor Interface (MIPI®) that ...

This guide is the second in a series on the Art of Video Capture, Clean-up, and Compression (Part I is here). This guide deals exclusively with the second step: Video Clean-up. While many of the ...

The STV108 family of 3-D video processors convert interlaced TV video streams to high-resolution, progressive-scan video up to wide-XGA resolution (1,280 x 768) at 60Hz. Suitable for TV tuner boxes, ...

Good quality conversion from progressive to interlaced video is highly relevant to today's broadcast systems, in which interlaced content is still common. The interlacing process is a form of ...

This project is about finding the best method to convert high definition (HD) video from a progressive to an interlaced format. There are many programmes for which an interlaced format is used for ...