Audio: WebRTC offers a complete stack for voice communications. It includes not only the necessary codecs, but other components necessary to great user experiences. This includes software-based acoustic echo cancellation (AEC), AUTOMATIC gain control (AGC), noise reduction, noise suppression, and hardware access and control across multiple platforms.

Video: The WebRTC project builds on the VP8 codec, introduced in 2010 as part of the WebM Project. It includes components to conceal packet loss and clean up noisy images, as well as capture and playback capabilities across multiple platforms.

Network: DYNAMIC jitter buffers and error concealment techniques are INCLUDED for audio and video, which help mitigate the effects of packet loss and unreliable networks. Also included are components for ESTABLISHING a peer-to-peer connection using ICE / STUN / Turn / RTP-over-TCP and support for proxies.

Audio: WebRTC offers a complete stack for voice communications. It includes not only the necessary codecs, but other components necessary to great user experiences. This includes software-based acoustic echo cancellation (AEC), automatic gain control (AGC), noise reduction, noise suppression, and hardware access and control across multiple platforms.

Video: The WebRTC project builds on the VP8 codec, introduced in 2010 as part of the WebM Project. It includes components to conceal packet loss and clean up noisy images, as well as capture and playback capabilities across multiple platforms.

Network: Dynamic jitter buffers and error concealment techniques are included for audio and video, which help mitigate the effects of packet loss and unreliable networks. Also included are components for establishing a peer-to-peer connection using ICE / STUN / Turn / RTP-over-TCP and support for proxies.