I'll just throw in my datapoint on this subject because it might be of
interest. My relay (torpoint) is currently advertising a
bandwidth of 58 MB/s according to Globe. Arm reports that it is pushing 50
MB/s and has 12,500 open clients.
It has a Xeon E3/1220 with 8 GB ram. The load average is 0
On 09/09/2014 01:43 PM, s7r wrote:
>> 93% CPU across _all_ cores for 33MB/s sounds a bit too heavy. Are
>> you maybe only running one instance of Tor and it maxes out one
>> core? Spread the load to more cores then, and limit each of the
>> relay processes so it stays well below 90%.
> Yes, it's on
Hi,
AES-NI is by far the most powerful feature from your list. From my point of
view absolutely necessary. If theres no CPU Upgrade reachable for you i
suppose you can wait for the tor alpha version to become fully multithread
capable. This should be reality in the near future.
-BEGIN P
-BEGIN PGP SIGNED MESSAGE-
Hash: SHA1
On 9/9/2014 2:43 PM, Moritz Bartl wrote:
> On 09/09/2014 01:28 PM, s7r wrote:
>> A Tor relay currently going 33MB/s could go a lot faster but CPU
>> is at 93% usage - this is the bottleneck. Here is the output of
>> /proc/cpuinfo
>
> 93% CPU across
On 09/09/2014 01:28 PM, s7r wrote:
> A Tor relay currently going 33MB/s could go a lot faster but CPU is at
> 93% usage - this is the bottleneck. Here is the output of /proc/cpuinfo
93% CPU across _all_ cores for 33MB/s sounds a bit too heavy. Are you
maybe only running one instance of Tor and it
-BEGIN PGP SIGNED MESSAGE-
Hash: SHA1
Hi,
A Tor relay currently going 33MB/s could go a lot faster but CPU is at
93% usage - this is the bottleneck. Here is the output of /proc/cpuinfo
processor : 0
vendor_id : GenuineIntel
cpu family : 6
model : 26
model name
