2 ms·

Thanks! The router setup achieves the full Gigabit on my line, both on IPv4 and IPv6. Regarding DHCP, DNS and router solicitations: don’t worry about it. In my

by secure 8y ago

Thanks! The router setup achieves the full Gigabit on my line, both on IPv4 and IPv6. Regarding DHCP, DNS and router solicitations: don’t worry about it. In my network I get barely 1 request per minute (with 31 devices). With the 1 GHz quad-core in the apu2, many orders of magnitude more traffic should easily be in the cards ;)

gonzo 8y ago
> Thanks! The router setup achieves the full Gigabit on my line, both on IPv4 and IPv6. This only requires [1,000,000,000 b/s / (1,538 B * 8 b/B)] == 81,274 f/s for full-sized (1500 byte) frames. The 'fun' starts as the frame size drops. At the far other end, for minimum-sized frames [1,000,000,000 b/s / (84 B * 8 b/B)] == 1,488,096 f/s. For an APU2, the first is relatively easy, and the second, nearly impossible with kernel-based networking.