Alan DeKok schrieb:
Norbert Wegener wrote:
Just for information:
I made some tests on different machines. Around 60% of the theoretical
maximum was the best value I got.
The behaviour was heavy influenced by the parameters in the thread
pool section and num_sql_socks, as I have a database
Norbert Wegener wrote:
Just for information:
I made some tests on different machines. Around 60% of the theoretical
maximum was the best value I got.
The behaviour was heavy influenced by the parameters in the thread
pool section and num_sql_socks, as I have a database backend.
Yes. The
Just for information:
I made some tests on different machines. Around 60% of the theoretical
maximum was the best value I got.
The behaviour was heavy influenced by the parameters in the thread
pool section and num_sql_socks, as I have a database backend.
Norbert Wegener
Alan DeKok wrote:
Norbert Wegener wrote:
Do you also have experience in how many percent of that theoretic value
can be reached in practise with a database backend on the same machine
where beside freeradius and the database nothing else is running?
I don't have hard numbers, unfortunately. It also depends
Original-Nachricht
Datum: Wed, 13 Feb 2008 19:04:25 +0100
Von: Norbert Wegener [EMAIL PROTECTED]
An: FreeRadius users mailing list freeradius-users@lists.freeradius.org
Betreff: Re: eap authentication and cpu utilization
Alan DeKok wrote:
..
$ openssl speed
Sebastian Heil wrote:
with my configuration, the freeradius-server can handle about 300 to 400
eap-tls-authentication-request per minute. the cpu load is about 30 - 35 %.
That's less than 10/s. I think that the virtual server is running at
a clock rate of about 800MHz, maybe less.
Simple authentication with login/password can be handled in large
numbers with a recent cpu and freeradius.
.
EAP authentication on the other hand requires a great amount of cpu
processing.
Therefore I have a simple(?) question:
Did someone already calcute the theoretically maximum number of
Norbert Wegener wrote:
Simple authentication with login/password can be handled in large
numbers with a recent cpu and freeradius.
.
EAP authentication on the other hand requires a great amount of cpu
processing.
It's all in the SSL rsa keying setup.
Therefore I have a simple(?)
Alan DeKok wrote:
..
$ openssl speed
Or
$ openssl speed rsa
http://www.madboa.com/geek/openssl/#benchmark-speed
For 2048 bit rsa keys, the web page gives 77 signs/s for a 2GHz Intel
Core 2. My 1GHz laptop gives around 20/s.
That number becomes the limiting factor for any TLS-based
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