3 Attachment(s)
A64 Suggester User Report -.-
Here is my report about the suggester:
I think it is very usefull when you already had some processors on the same rig and you have some values for the MSF's.
Example:
I know that my RAM does ~272MHZ 1:1 and ~265-270MHZ on dividers.
HT can easily handle 1000MHZ
FSB maximum was 327 HTT (328HTT will hang up before IDE detection)
Now I got a new Venice. Let's say I knew 2.5GHZ @1.4V pretested on air.
So I think it can handle 2.75GHZ compressorcooled on the first boot --> 2750 MHZ CPU MSF
I will get 2 values for 166er Divider and one for 180er Divider (means 0.9 decimal), 1:1 won't work as the divider will tell me what is totally correct! :
http://www.xtremesystems.org/forums/...id=38229&stc=1
http://www.xtremesystems.org/forums/...id=38230&stc=1
Now I have a good overview - how to reach 2750MHZ with which clocks without calculating a lot. The last one would fit for a test run...working @1.4V for me and I exactly was aware of my clocks I will get before ;)
I did this manually before with a calculator but since I have the suggester it was easier to play around with it even when the system was almost maxed out.
I was unsure if the RAM could handle more than 267MHZ on high clocks with dividers because of Pi problems when improving RAM settings - so I played around with the CPU clock to see how high I could go to stay below this value for the RAM. Normally I would have to calculate HTT/RAM ratio until I reached 267MHZ for RAM, afterwards check if the CPU stays below it's limit.
Easier to use the suggester: 267MHZ RAM, the other MSF's as before just playing around with the CPU MFS before program tells me "no solution found".
166er divider was a fixed value, because a lower one damaged the SuperPi 1m time extremly.
This was the last value I got:
http://www.xtremesystems.org/forums/...id=38231&stc=1
In fact this was exactly the highest SuperPi 1m setting I could get!
--> http://www.casextreme.net/pixx/bench...e/27_1s_1m.jpg
Summary:
The suggester is a wonderful program to see when you will get which clocks, how far can you increase one value without getting the other ones out of the limits and even where my absolut Pi limit is, the program is able to tell me :toast:
GREAT WORK MrSeanKon :cool:
best regards,
SoF