CIFS read performance makes me sad, writes are fine.

[gcs8]

My AP itself has iperf in its CLI.

 

[gcs8]

Is is kinda odd that I can write two large files at ~90MB/s from the 10G to two diff eth groups on FreeNAS and it will push over a gig then. ~180MB/s total sustained. but reading will only get me 14-18 on the lagg and only ~28-35MB/s over non lagg all from the same 10g card on the same desktop.

 

[pasiz]

Can you test gigabit interface versus lacp?

 

[pasiz]

Is your lacp configured as active on your switch side and you have trunk group on switch setup properly?

 

[pasiz]

Code:

EAS 100-24t:admin#show lacp_ports
Command: show lacp_ports

Port	 Activity

-----	--------
1		Active 
2		Active 
3		Passive
4		Passive
5		Passive
6		Passive
7		Passive

and

Code:

Command: show link_aggregation

Link Aggregation Algorithm = MAC-source-dest

Group ID	  : 1
Type		  : LACP
Master Port   : 1
Member Port   : 1-2
Active Port   : 1-2
Status		: Enabled
Flooding Port : 1

Total Entries : 1

 

[gcs8]

Its a UniFi switch, you just select the ports and say aggregate, but let's ignore LACP completely, I use the standalone 1/10G port 99% of the time, I think it might be an issue with either my switch or the 10G NIC, direct eth from FreeNAS to Desktop has gotten me up to 74-80MB/s. I am probably going to take this over to the UBNT forums for a bit and see what they say.

The parts that are confusing is that if I use the 10G card on the desktop to write to two diff NICs on FreeNAS over the switch it is over 170MB/s, but reads from a stand alone port or the LACP port are slow. Over direct connect eth it is about twice as fast as gig-E to 10G over the switch.

Still not crazy fast, but way better. I am going to put a pin in this for a couple days and get with the UBNT community and I will report back with my findings.

 

[SweetAndLow]

Its a UniFi switch, you just select the ports and say aggregate, but let's ignore LACP completely, I use the standalone 1/10G port 99% of the time, I think it might be an issue with either my switch or the 10G NIC, direct eth from FreeNAS to Desktop has gotten me up to 74-80MB/s. I am probably going to take this over to the UBNT forums for a bit and see what they say.

The parts that are confusing is that if I use the 10G card on the desktop to write to two diff NICs on FreeNAS over the switch it is over 170MB/s, but reads from a stand alone port or the LACP port are slow. Over direct connect eth it is about twice as fast as gig-E to 10G over the switch.

Still not crazy fast, but way better. I am going to put a pin in this for a couple days and get with the UBNT community and I will report back with my findings.

View attachment 14054

Using multiple nic does not improve your performance with a single client. You need to remove variables to test this. Stop making things confusing.

Sent from my Nexus 5X using Tapatalk

 

[gcs8]

Maybe I am just not explaining this well.

 

[gcs8]

192.168.0.142 > write file 1 > 10.13.37.10 = ~90MB/s (never a part of LACP)
192.168.0.142 > write file 2 > 10.13.38.10 = ~90MB/s (both when it was in LACP and when no longer in LACP)
Running at the same time = ~180MB/s from 10G SFP+ NIC and ~90MB/s to two of the four NICs on freeNAS. Emulating what would be two clients writing to FreeNAS on different interfaces.

192.168.0.142 > read file > 10.13.37.10 (via switch) = ~40MB/s
192.168.0.142 > read file > 10.13.38.10 (LACP) = ~20MB/s
10.10.10.100 > read file > 10.10.10.10 (NIC to NIC) = ~80MB/s

 

[pasiz]

Have you layer3 switch or what is making the routing?

Lähetetty minun D5503 laitteesta Tapatalkilla

 

[gcs8]

48 port https://www.ubnt.com/unifi-switching/unifi-switch/

 

[gcs8]

Currently believed to be a switching issue with the 10G SPF+ ports on the switch.

Link for anyone who wants to play along.
https://community.ubnt.com/t5/UniFi-Wireless-Beta/Poor-performance-with-10G-SFP/m-p/1698398#U1698398

 

[pasiz]

Could you make 2 vlans and try routing from your 10gig to another vlan on your 10gig

Lähetetty minun D5503 laitteesta Tapatalkilla

 

[pasiz]

And lacp doesnt add speed to single connection.