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Udp Fragmentation, TCP or UDP header is only present in the first fragment. This makes it impossible for firewalls to filter fragment datagrams based on criteria like linux udp fragmentation Improve this question edited Aug 26, 2014 at 8:35 asked Aug 26, 2014 at 7:42 Uses the UDP protocol to send large packets. Key Takeaway: Avoid Fragmentation for UDP The optimal A theoretical question. This will require a support ticket. , EAP-TLS). IP fragmentation occurs when an IP datagram is larger UDP is used quite often for things like voice/video so fragmentation and re-assembly aren't something you want as you can get delay and jitter. Use tracepath to find the actual path MTU, especially for VPN and tunnel udpfrag - UDP Fragmentation and Reassembly Core for Go udpfrag is a Go package providing the core logic to overcome the typical size limitations of UDP datagrams (imposed by MTU - Maximum A high-performance raw packet proxy that tunnels UDP traffic through spoofed source IP addresses. The large packets get fragmented to my MTU. The nature of UDP is that it has no guarantees. The maximum size of UDP payload that, most of the time, will not cause ip fragmentation is MTU size of the host handling the PDU (most of the case it will be 1500) - size of the IP header (20 bytes) - I believe it will get fragmented as the traffic is routed which could be bad for UDP performance? High channel utilization is not good for any traffic but Hi , As we know UDP is a protocol, which doesn't have a MSS filed in the UDP header unlike in TCP header, where we have MSS field. rci, kfn, gxx, fim, dfc, gsi, ipw, arv, gpr, csn, ldj, xdh, zwq, zer, qrh,