Was not really sure where to post this as it could be related to Linux, or the network.
I have a NAT within a NAT using physical routers. From the most inner NAT I have full access to the NAT that it's within, so I am rsynced to a physical server from a physical server through ssh. I am copying files from a raid5 to a raid 1. It's been about an hour, maybe more, and only 5Gigs copied (1 file). I'm connected at 100mbps as that is the lowest equipment bottleneck. Unless the router's uplink is only 10meg (which would make sense for a broadband router, no need to go higher) but I'm pretty sure on that router it's actually a gig uplink while the switch inside is gig, though the nics of the servers are 100mb.
I'm not seeing that bad of a load on either servers. The raid5 server load is 0.51 and the raid1 server (receiving end) is 1.13. Just seems odd that it's taking this long, but considering it's rsync over SSH, does this sound normal? There is some overhead afterall.
			
			I have a NAT within a NAT using physical routers. From the most inner NAT I have full access to the NAT that it's within, so I am rsynced to a physical server from a physical server through ssh. I am copying files from a raid5 to a raid 1. It's been about an hour, maybe more, and only 5Gigs copied (1 file). I'm connected at 100mbps as that is the lowest equipment bottleneck. Unless the router's uplink is only 10meg (which would make sense for a broadband router, no need to go higher) but I'm pretty sure on that router it's actually a gig uplink while the switch inside is gig, though the nics of the servers are 100mb.
I'm not seeing that bad of a load on either servers. The raid5 server load is 0.51 and the raid1 server (receiving end) is 1.13. Just seems odd that it's taking this long, but considering it's rsync over SSH, does this sound normal? There is some overhead afterall.
				
		
			