Pano Venus

The next generation of video coding standard AV1 is applied to the domestic real-time system for the first time. Bitrate of video drops by 40% to 70%.
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Pano categorizes video high-definition and low-bitrate technology applications into three levels

  • non-real-time high-definition and low-bitrate

    Video on demand

    Applied to video-on-demand scenarios. There are no real-time requirements for coding, low delay requirements, and high requirements for picture quality and bandwidth.

    Video on demand
  • Quasi-real-time high-definition and low-bitrate

    Live video

    Applied to Live video. It has high requirements for real-time coding and generally runs on a high-performance cloud server, which has high requirements for picture quality and bandwidth.

    Live video
  • Real-time high-definition and low-bitrate

    Real-time audio and video

    Applied to Real-time audio and video.The requirement of encoding delay is very high, usually at the millisecond level. The performance of devices running the apps vaired a lot. It is very difficult to support low-performance devices, and it has high requirements on picture quality and bandwidth.

    Real-time audio and video

High image quality Low bandwidth High performance Low latency

Pano Venus makes full use of mobile phone performance. In real-time audio and video communication scenarios, Pano uses the lowest bandwidth to deliver ultra-low latency and ultra-high picture quality.

Pano Venus advantages

H.264 coding engine

  • The H.264 video compression standard published by ITU and IOS/IEC in 2003 is the most widely adopted, but has low coding efficiency.
  • 720P@30fps requires bandwidth as low as 2100kbps
  • Large bandwidth consumption, cause more network congestion, and more video freezes.
  • Limited support for future UHD scenarios such as 4K/8K, Panorama, VR, etc.

Pano Venus high performance coding engine

  • AV1 released by AOM in 2018, is an open, royalty-free, high efficiency video coding standard.
  • 720P@30fps requires bandwidth as low as 600-1300kbps
  • Low bandwidth consumption, case less network congestion, and smoother video.
  • Facing the future, accelerate next-generation real-time video communication products such as 4K/8K, Panorama, VR, etc

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