…pabilities that can apply to multiple values of kind (such as retransmission [[!RFC4588]], redundancy [[RFC2198]] and Forward Error Correction) have RTCRtpCapabilities.RTCRtpCodecCapability[i].kind set to the value of the kind argument. Parameter Type Nullable Optional Descriptio…

…pabilities that can apply to multiple values of kind (such as retransmission [[!RFC4588]], redundancy [[RFC2198]] and Forward Error Correction) have RTCRtpCapabilities.RTCRtpCodecCapability[i].kind kind argument. Promise<void> send(RTCRtpParameters parameters) Attempts to set the…

…pabilities that can apply to multiple values of kind (such as retransmission [[!RFC4588]], redundancy [[RFC2198]] and Forward Error Correction) have RTCRtpCapabilities.RTCRtpCodecCapability[i].kind set to the value of the kind argument. Parameter Type Nullable Optional Descriptio…

… "", then all capabilities are returned. Capabilities such as retransmission [[!RFC4588]], redundancy [[RFC2198]], and Forward Error Correction that do not have an associated value of kind are always included, regardless of the value of kind passed to getCapabilities() void send(…

… "", then all capabilities are returned. Capabilities such as retransmission [[!RFC4588]], redundancy [[RFC2198]], and Forward Error Correction that do not have an associated value of kind are always included, regardless of the value of kind passed to getCapabilities() void send(…

… "", then all capabilities are returned. Capabilities such as retransmission [[!RFC4588]], redundancy [[RFC2198]], and Forward Error Correction that do not have an associated value of kind are always included, regardless of the value of kind passed to getCapabilities() void send(…

… "", then all capabilities are returned. Capabilities such as retransmission [[!RFC4588]], redundancy [[RFC2198]], and Forward Error Correction that do not have an associated value of kind are always included, regardless of the value of kind passed to getCapabilities() void send(…

… "", then all capabilities are returned. Capabilities such as retransmission [[!RFC4588]], redundancy [[RFC2198]], and Forward Error Correction that do not have an associated value of kind are always included, regardless of the value of kind passed to getCapabilities() void send(…

… "", then all capabilities are returned. Capabilities such as retransmission [[!RFC4588]], redundancy [[RFC2198]], and Forward Error Correction that do not have an associated value of kind are always included, regardless of the value of kind passed to getCapabilities() void send(…

… "", then all capabilities are returned. Capabilities such as retransmission [[!RFC4588]], redundancy [[RFC2198]], and Forward Error Correction that do not have an associated value of kind are always included, regardless of the value of kind passed to getCapabilities() void send(…

… "", then all capabilities are returned. Capabilities such as retransmission [[!RFC4588]], redundancy [[RFC2198]], and Forward Error Correction that do not have an associated value of kind are always included, regardless of the value of kind passed to getCapabilities() void send(…

… media source's source RTP stream is protected by a retransmission (RTX) flow [ RFC4588 ]. In this Lennox, et al. Informational [Page 33] RFC 7656 RTP Taxonomy November 2015 example, the source RTP stream and the redundancy RTP stream share the same media transport. +------------…

…the sender about a packet-loss event. ¶ The RTP retransmission payload format [ RFC4588 ] offers the ability to retransmit lost packets based on NACK feedback. Retransmission needs to be used with care in interactive real-time applications to ensure that the retransmitted packet …

… media source's source RTP stream is protected by a retransmission (RTX) flow [ RFC4588 ]. In this Lennox, et al. Informational [Page 33] RFC 7656 RTP Taxonomy November 2015 example, the source RTP stream and the redundancy RTP stream share the same media transport. +------------…

…the sender about a packet-loss event. ¶ The RTP retransmission payload format [ RFC4588 ] offers the ability to retransmit lost packets based on NACK feedback. Retransmission needs to be used with care in interactive real-time applications to ensure that the retransmitted packet …