

H.266/VVC is MPEG's next-generation video encoding and decoding standard. 1080p File size raw vs compressed What Is H.266/VVC? When it comes to streaming a second of 4K, the number reaches up to around 6 Gbps. How staggering the average bit rate number would be for transmitting a HD video without compression? For a 1080p 30fps video, it would be 1423.82 Mbps. (Besides encoding videos with such lossy video codecs, there are several other ways for video compression.) As you may imagine, with the advance of video resolution, there might be H.267, H.268, etc in the future for 16K and higher. Video compression standards, especially lossy video codecs like HEVC, H.264, VP9 and AV1, are developed with the intention to cut redundant information without damaging quality much, and ease the burden of bandwidth during data transmission accordingly. The goal of video compression never changes If you need both a simple conclusion of what life-changing impacts H.266 would have and an in-depth analysis of video compression algorithm improvements, you are at the right place. Why do people keep moving forward on video coding formats? What makes H.266 better than H.265, H.264, AV1 or VP9? This codec is intended to be rolled out by the end of 2020.Įverybody talks about H.266/VCC and its 30 to 50 percent higher compression ratio, but not enough people dig into the reasons and details lying beneath the surface. Versatile Video Coding (hereafter referred to as VVC or H.266) standard was finalized by the Joint Video Experts Team (JVET) on July 6, 2020.
