…anisms, ICE support for TCP is needed. In addition, RTP can also run over TCP [ RFC4571 ]. Typically, it is preferable to run RTP over UDP, and not TCP. However, in a variety of network environments, overly restrictive NAT and firewall devices prevent UDP-based communications alt…

…anisms, ICE support for TCP is needed. In addition, RTP can also run over TCP [ RFC4571 ]. Typically, it is preferable to run RTP over UDP, and not TCP. However, in a variety of network environments, overly restrictive NAT and firewall devices prevent UDP-based communications alt…

…anisms, ICE support for TCP is needed. In addition, RTP can also run over TCP [ RFC4571 ]. Typically, it is preferable to run RTP over UDP, and not TCP. However, in a variety of network environments, overly restrictive NAT and firewall devices prevent UDP-based communications alt…

… ] ; and ¶ DTLS on top of TCP is realized using the framing method defined in [ RFC4571 ] , with DTLS packets being sent and received instead of RTP/RTCP packets using the shim defined in [ RFC4571 ] . The length field defined in [ RFC4571 ] precedes each DTLS message, and SDP si…

…e hexadecimal octet 0x24; followed by a single octet channel identifier and the RFC4571 length specifier of the frame. Due to the fact 0x24 violates section 4's requirements based on the fact it cannot be masked with the octet (AND 0xc3) to ensure it is a valid character I am fil…

…e hexadecimal octet 0x24; followed by a single octet channel identifier and the RFC4571 length specifier of the frame. Due to the fact 0x24 violates section 4's requirements based on the fact it cannot be masked with the octet (AND 0xc3) to ensure it is a valid character I am fil…