Or what kind of error they were looking at. Bit insertions or removals perhaps.
I can't find the thing I looked at. Another paper I found now writes that 64kB is far beyond the limit, though: ¨With Ethernet, the FCS computation uses a 32-bit cyclic redundancy check (CRC-32). CRC-32 error checking detects bit errors with a very high probability. But as frame size increases, the probability of undetected errors per frame may increase. Due to the nature of the CRC-32 algorithm, the probability of undetected errors is the same for frame sizes between 3007 and 91639 data bits (approximately 376 to 11455 bytes). Thus to maintain the same bit error rate accuracy as standard Ethernet, extended frame sizes should not exceed 11455
bytes." https://web.archive.org/web/20110807131142/staff.psc.edu/mat...
The thing I read at the time didn't agree that 11k and 9k have the same accuracy, though.
I can't find the thing I looked at. Another paper I found now writes that 64kB is far beyond the limit, though: ¨With Ethernet, the FCS computation uses a 32-bit cyclic redundancy check (CRC-32). CRC-32 error checking detects bit errors with a very high probability. But as frame size increases, the probability of undetected errors per frame may increase. Due to the nature of the CRC-32 algorithm, the probability of undetected errors is the same for frame sizes between 3007 and 91639 data bits (approximately 376 to 11455 bytes). Thus to maintain the same bit error rate accuracy as standard Ethernet, extended frame sizes should not exceed 11455 bytes." https://web.archive.org/web/20110807131142/staff.psc.edu/mat...
The thing I read at the time didn't agree that 11k and 9k have the same accuracy, though.