Quote:
Originally Posted by sumitlian 
Exactly
AMD CPU lacks memory bandwidth efficiency by half than Intel CPU can offer. I've felt significant overall increase in performance with higher CPU-NB (IMC) speed.
And this is absolutely true that almost all reviews show benchmark scores at stock IMC speed, they only increase CPU multiplier. And for locked CPU they increase base clock with increased CPU multiplier, but then they lower the IMC to near default.
And that is why my 4.0Ghz overclock with 2.86Ghz - 3Ghz IMC gives higher scores in almost all type of benches than reviews at 4.0Ghz with stock IMC.

Exactly
AMD CPU lacks memory bandwidth efficiency by half than Intel CPU can offer. I've felt significant overall increase in performance with higher CPU-NB (IMC) speed.
And this is absolutely true that almost all reviews show benchmark scores at stock IMC speed, they only increase CPU multiplier. And for locked CPU they increase base clock with increased CPU multiplier, but then they lower the IMC to near default.
And that is why my 4.0Ghz overclock with 2.86Ghz - 3Ghz IMC gives higher scores in almost all type of benches than reviews at 4.0Ghz with stock IMC.
Kinda funny how AMD has a habit of weak IMC's. There is a more than noticable difference between my 955 (4.0Ghz 24/7 stable) @stock CPU-NB vs 2800 CPU-NB.
I do have a question for you though. On denab's and thubans you can also improve stability in most case's by upping the CPU-NB voltage and clock's, Dose this also apply to BD chips too?









