What is Essential Video Coding (EVC) MPEG-5 Part-1?.

Creating the Perfect Bitrate Ladder for Video Encoding.BD-Rate & BD-PSNR: Calculation and Interpretation.Discrete Cosine Transform – how does it work?.If you want to learn more about transcoding and the basics of compression, check out these articles on OTTVerse. Additionally, you might find FFprobe very useful for examining your encodes and getting metadata – learn how to use FFprobe here. To learn more about FFmpeg, please check out OTTVerse’s comprehensive FFmpeg tutorials. In this article, we will explore encoding using HEVC and FFmpeg. However, HEVC encoding & decoding requires more processing power than its predecessor and may not be supported by older devices or software. HEVC is widely used in applications requiring high-quality video at lower bitrates, such as streaming, video conferencing, and broadcasting. HEVC achieves this high quality at lower bitrates by using larger blocks for motion compensation, quadtree decomposition, better prediction techniques, and more flexible coding tools such as the DST (Discrete Sine Transform), SAO, and others. Predictions by experts in transcoding also point towards a gradual move towards the HEVC codec in the years to come. H.264/AVC – you can see that a 35-50% savings on bitrate is possible by switching to HEVC. To understand the power of HEVC, read this article that compares the compression efficiency of HEVC vs. It can encode a video with the same quality as H.264 but at a much lower bitrate. It uses more advanced coding techniques (compared to H.264) to achieve higher compression efficiency. HEVC (High-Efficiency Video Coding), or H.265 is a video compression standard that was developed to address the limitations of its predecessor, H.264/AVC. If you want to compress your videos with high compression efficiency and high video quality, then HEVC encoding using FFMpeg is the way to go.

Ffmpeg hevc to h264