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haswell ring ratio

Go to solution Solved by TheRetiredSlave,

Technically it could affect performance, but I don't believe that any tests have shown any significant differences.. Generally speaking, lowering the ring ratio can allow for higher core clocks, and higher core clocks do improve performance.

 

I believe that a lot of people usually leave ring ratio in the 3.5-4.0 Ghz range when trying to overclock the cores.

 

 

Edit: found this thread:

 

http://linustechtips.com/main/topic/28465-haswell-cpu-ring-ratio-tests-and-results/

 

To summarize all the results, pushing core clock higher improves performance, while ring clock doesn't seem to really affect much at all..

 

4.7 Ghz core + 3.0 Ghz ring offers better performance than 4.5 Ghz core + 4.4 Ghz ring in Cinebench. 

Technically it could affect performance, but I don't believe that any tests have shown any significant differences.. Generally speaking, lowering the ring ratio can allow for higher core clocks, and higher core clocks do improve performance.

 

I believe that a lot of people usually leave ring ratio in the 3.5-4.0 Ghz range when trying to overclock the cores.

 

 

Edit: found this thread:

 

http://linustechtips.com/main/topic/28465-haswell-cpu-ring-ratio-tests-and-results/

 

To summarize all the results, pushing core clock higher improves performance, while ring clock doesn't seem to really affect much at all..

 

4.7 Ghz core + 3.0 Ghz ring offers better performance than 4.5 Ghz core + 4.4 Ghz ring in Cinebench. 

i7 not perfectly stable at 4.4.. #firstworldproblems

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