论文部分内容阅读
随着海思于2014年推出首款H.265的编码芯片3516A,这颗具有跨时代意义芯片的诞生,高清时代所必须的高清晰、低带宽实现了“更上一层楼”。目前市面上绝大部分的网络编码都是基于H.264编码,但是随着对分辨率要求的不断提升,更大路数的联网以及存储空间的激增,让H.264的编码压缩变得越来越难以应付。基于这一点,H.265在2013年1月被国际电联(ITU)通过为下一代高清标准,通过提供更多不同的工具来降低码率,在同等
With the launch of the first H.265 encoder chip, the 3516A, in 2014, this high-definition, low-bandwidth, HD-enabled HD chip has achieved “the next level” thanks to the birth of a trans-generation chip. Most of the network code currently on the market is based on H.264 encoding, but with the increasing demand for resolution, a larger number of networking and storage space surge, H.264 encoding compression more and more The more difficult to deal with. Based on this, H.265 was adopted by the International Telecommunication Union (ITU) in January 2013 as the next generation HD standard by reducing the bitrate by providing more and different tools,