To wrap up our recent series of articles on VESA video compression codecs, this month we will look at the use of video compression on digital display interfaces, using the DisplayPort 1.4 standard as ...

Viewers today are used to high compression ratios and artifacts from wireless and mobile video (H.264/AVC or H.265/HEVC). But there is a threshold where the experience is so poor they stop watching ...

Imagine this: you’ve just finished editing a stunning video—crisp visuals, perfect transitions, and a soundtrack that ties it all together. But when you try to share it, your email client refuses to ...

Display technology has advanced in leaps and bounds. We can now create professional-quality video content on our mobiles, and our cars often have more displays than our living room. In recent years, ...

Because video clips are made up of sequences of individual images, or “frames,” video compression algorithms share many concepts and techniques with still-image compression algorithms. Therefore, we ...

I'd like to call it H.265, because it sounds cool, but its full name is High Efficiency Video Coding (HEVC). It's the new successor to Advanced Video Coding (AVC), also known as H.264, which is one of ...

H.264 is the latest official video compression standard, which follows from the highly successful MPEG-2 and MPEG-4 video standards and offers improvements in both video quality and compression. The ...

Modern streaming services require a great deal of compression to deliver bandwidth-intensive video formats such as ultra-high definition or panoramic video. These developments demand continual ...