…mented. The RTP/SAVPF profile is the combination of the basic RTP/AVP profile [ RFC3551 ] , the RTP profile for RTCP-based feedback (RTP/AVPF) [ RFC4585 ] , and the secure RTP profile (RTP/SAVP) [ RFC3711 ] . ¶ The RTCP-based feedback extensions [ RFC4585 ] are needed for the imp…
…mented. The RTP/SAVPF profile is the combination of the basic RTP/AVP profile [ RFC3551 ] , the RTP profile for RTCP-based feedback (RTP/AVPF) [ RFC4585 ] , and the secure RTP profile (RTP/SAVP) [ RFC3711 ] . ¶ The RTCP-based feedback extensions [ RFC4585 ] are needed for the imp…
… frame is complete. Payload type (PT): In line with the policy in Section 3 of [RFC3551] , applications using the VP8 RTP payload profile MUST assign a dynamic payload type number to be used in each RTP session and provide a mechanism to indicate the mapping. See Section 6.2 for …
…fications: o RTP Profile for Audio and Video Conferences with Minimal Control [ RFC3551 ] o The Secure Real-time Transport Protocol (SRTP) [ RFC3711 ] o SDP: Session Description Protocol [ RFC4566 ] o Interactive Connectivity Establishment (ICE): A Protocol for Network Address Tr…
…lementation with WebRTC The payload format to be used for G.722 is defined in [ RFC3551 ] with each octet of the stream of octets produced by the codec to be octet- aligned in an RTP packet. The sampling frequency for the G.722 codec is 16 kHz, but the RTP clock rate is set to 80…
…dation G.711 [ G.711 ]) with the payload format specified in Section 4.5.14 of [RFC3551] . Valin & Bran Standards Track [Page 2] RFC 7874 WebRTC Audio May 2016 o [ RFC3389 ] comfort noise (CN). WebRTC endpoints MUST support [ RFC3389 ] CN for streams encoded with G.711 or any oth…
…dation G.711 [ G.711 ]) with the payload format specified in Section 4.5.14 of [RFC3551] . Valin & Bran Standards Track [Page 2] RFC 7874 WebRTC Audio May 2016 o [ RFC3389 ] comfort noise (CN). WebRTC endpoints MUST support [ RFC3389 ] CN for streams encoded with G.711 or any oth…
…format. Examples of codecs that support multi-channel audio are PCMA and PCMU [ RFC3551 ], Adaptive Multi Rate (AMR) [ RFC4867 ], and G.719 [ RFC5404 ]. 3.6 . Simulcast A media source represented as multiple independent encoded streams constitutes a simulcast [ SDP-SIMULCAST ] or…
… (scheduled) RTCP report purposes o MUST NOT be used with the RTP/AVP profile [ RFC3551 ] or the RTP/SAVP profile [ RFC3711 ] 4.2 . Algorithm Considerations 4.2.1 . Verification of Delivery If an application is to use Reduced-Size RTCP, it is important to verify that the Reduced-…
…format. Examples of codecs that support multi-channel audio are PCMA and PCMU [ RFC3551 ], Adaptive Multi Rate (AMR) [ RFC4867 ], and G.719 [ RFC5404 ]. 3.6 . Simulcast A media source represented as multiple independent encoded streams constitutes a simulcast [ SDP-SIMULCAST ] or…
… (scheduled) RTCP report purposes o MUST NOT be used with the RTP/AVP profile [ RFC3551 ] or the RTP/SAVP profile [ RFC3711 ] 4.2 . Algorithm Considerations 4.2.1 . Verification of Delivery If an application is to use Reduced-Size RTCP, it is important to verify that the Reduced-…
… (scheduled) RTCP report purposes o MUST NOT be used with the RTP/AVP profile [ RFC3551 ] or the RTP/SAVP profile [ RFC3711 ] 4.2 . Algorithm Considerations 4.2.1 . Verification of Delivery If an application is to use Reduced-Size RTCP, it is important to verify that the Reduced-…
…udio/Video Profile (AVP, [RFC3550]) for the Real-time Transport Protocol (RTP, [RFC3551]) does not define a method for framing RTP and RTP Control Protocol (RTCP) packets onto connection-oriented transport protocols (such as TCP). However, earlier versions of It should say: The A…
…udio/Video Profile (AVP, [RFC3550]) for the Real-time Transport Protocol (RTP, [RFC3551]) does not define a method for framing RTP and RTP Control Protocol (RTCP) packets onto connection-oriented transport protocols (such as TCP). However, earlier versions of It should say: The A…