Just informal, FYI
Just did a backup drive image on my HTPC (AMD350 mini-ITX). It's in a room with no cat5. Copied that 22GB file to my NAS via MoCA to gigE LAN to NAS.
Per windows 7 on the HTPC, the speed was 9.4MB/sec for that long transfer. Multiply by 8 you get 78.4Mbps - the MoCA's net speed for one thread's transfer. The actual speed is probably 15% higher than Windows says, because Windows doesn't reflect the TCP/IP overhead in the byte stream.
No doubt, the 78.4Mbps is much less than could be if there were 3 or so concurrent streams going, due to Windows overhead in the file systems and SMB.
Lots better than typical HomePlug (AC wiring as transport media), especially since it varies quite a bit according to what's plugged in today, and where.
But, just an observation.
(MBps = megaBytes/sec; Mbps = megabits/sec; big "B")
Just did a backup drive image on my HTPC (AMD350 mini-ITX). It's in a room with no cat5. Copied that 22GB file to my NAS via MoCA to gigE LAN to NAS.
Per windows 7 on the HTPC, the speed was 9.4MB/sec for that long transfer. Multiply by 8 you get 78.4Mbps - the MoCA's net speed for one thread's transfer. The actual speed is probably 15% higher than Windows says, because Windows doesn't reflect the TCP/IP overhead in the byte stream.
No doubt, the 78.4Mbps is much less than could be if there were 3 or so concurrent streams going, due to Windows overhead in the file systems and SMB.
Lots better than typical HomePlug (AC wiring as transport media), especially since it varies quite a bit according to what's plugged in today, and where.
But, just an observation.
(MBps = megaBytes/sec; Mbps = megabits/sec; big "B")
Last edited: