The slices are packetized using the Real-Time Transport Protocol (RTP) Protocol in accordance with Remote Function Call (RFC) 7798, which is the RTP payload format for HEVC.

This method accepts any HEVC file as input and provides information about each header as well asthe slice content. Following the acquisition of the HEVC video, a comprehensive technique is constructedin CPP since it takes the fewest CPU cycles when comparedto any other language. FFmpegTool is used for t h e transcoding process. The purpose of this paper is to provide an overview of high-efficiency videocodec, the new video compression standard, and explains how to packetize them in line with RFC 7798, which specifies the RTP payload format for H.265.It discusses the conversion of any videocodec to HEVC/H.265 (High-Efficiency Video Coding), a newvideo compression standard with the potential to surpass earlier standards such as H.264/Advanced Video Coding (AVC). It is accomplished through advancementsin both interframe and intraframe compression. Indeed, a 5Mbit/s HD H.265 video will have almost comparable quality as a 10Mbit/s H.264 video. However, it appears that each new standard promises the same thing: t h e same visual quality at half the bitrate of the preceding one. RV College of Engineering Bangalore, IndiaĪbstractOver the last two decades, video compression has experienced several modifications.

Implementation of RFC 7798 and Ffmpeg for Encoding and Decoding of Media Files in SoftDSP

Hevc to h264 ffmpeg