Sending 32 bytes to ipv6.lafibre.info <- not fragmented
Sending 750 bytes to ipv6.lafibre.info <- not fragmented
Sending 1125 bytes to ipv6.lafibre.info <- not fragmented
Sending 1313 bytes to ipv6.lafibre.info <- not fragmented
Sending 1407 bytes to ipv6.lafibre.info <- not fragmented
Sending 1454 bytes to ipv6.lafibre.info <- FRAGMENTED!
Sending 1430 bytes to ipv6.lafibre.info <- not fragmented
Sending 1442 bytes to ipv6.lafibre.info <- not fragmented
Sending 1448 bytes to ipv6.lafibre.info <- not fragmented
Sending 1451 bytes to ipv6.lafibre.info <- not fragmented
Sending 1453 bytes to ipv6.lafibre.info <- FRAGMENTED!
Sending 1452 bytes to ipv6.lafibre.info <- not fragmented
Sending 1453 bytes to ipv6.lafibre.info <- FRAGMENTED!
Sending 1452 bytes to ipv6.lafibre.info <- not fragmented
From the tests we did, we can assume that 1452 bytes is the largest unfragmented packet
size. The MTU size would be 1500, made up from 1452 payload and 48 ICMP/IP Headers
and payload information.
The current maximum payload size is not divisible by 8.
The actual size of the payload (data) will be limited to: 1448
The maximum MTU size for ipv6.lafibre.info is: 1500
NB: The Internet Protocol requires that hosts must be able to process IP datagrams of at least
576 bytes (for IPv4) or 1280 bytes (for IPv6)