Message boards : Number crunching : sixtrack 4.67
Message board moderation

To post messages, you must log in.

Previous · 1 · 2

AuthorMessage
NOJAVA

Send message
Joined: 5 May 06
Posts: 11
Credit: 1,191
RAC: 0
Message 13552 - Posted: 11 May 2006, 4:36:58 UTC

hello to everybody, i am Joseph a new user of lhc@home, excuse for my special language, because i am french.
my PC compute for 2 projects : Einstein and LHC i have been waiting for
three days before having work for lhc@home
my PC is poor PC ( AMD Sempron 1.6 Ghz with only 512 Mbyte memory )

it took an eternity for computing the first WU => 3h47'59"

11/05/2006 06:21:26|LHC@home|Computation for result wfeb1A_v6s4vvnom_mqx__8__64.254_59.264__10_12__6__70_1_sixvf_boinc187147_2 finished

is there any optimized version for "sixtrack 4.67"

because i have found optimized version for Einstein@home and my PC also stay
hours to compute a wu before,and after the fastest wu compute in 2900 seconds

what is "cool n quite" i don't understand anything with it, is it dangerous
to disable cool and quite

my mainboard is ASUS ( old model ) so i have asusprobe for viewing temperature
CPU Temperature 38C/100F
MB Temperature 39C/102F
CPU FAN 3040
ID: 13552 · Report as offensive     Reply Quote
Travis DJ

Send message
Joined: 29 Sep 04
Posts: 196
Credit: 207,040
RAC: 0
Message 13553 - Posted: 11 May 2006, 5:16:24 UTC - in response to Message 13552.  
Last modified: 11 May 2006, 5:16:53 UTC

1) LHC doesn't always have work avaiable, it goes through times when there is a lot and time when weeks go by without work.

2) Sixtrack is "optimized" already.

3) Your 3h48m crunch time is "good" for a system of your calibre.

4) AMD's Cool 'n Quiet is a CPU-Throttling technology similiar to Intel's SpeedStep. It "slows" your processor speed when your computer is not in use to save energy and keep the CPU cooler. It's a good thing to use; it is not dangerous to turn it off.

Happy Crunching!
ID: 13553 · Report as offensive     Reply Quote
Previous · 1 · 2

Message boards : Number crunching : sixtrack 4.67


©2024 CERN