2.33G Yorkfield spi test 19.750 sec

Having already owned and clocked the piss out of that exact chip I can say that 3.220 is the top speed you will likely get from that lil Yorkie. RE temps that CPU will not register temps correctly.

Unfortunately the larger portion of my screenshots dissolved when I toasted my board and lost the RAID array. But I do have a few I posted up before that point.

In terms of parity the 2.33 Yorkfield at 3.2 ghz is producing nearly the same Super Pi and Folding Results as the Q6600 at 3.5 ghz.

I was sort of underwhelmed so I did not even bother to post my results here...just not Xtreme enough IMO.

You can't say this......The "lower" speed Yorks out there where/are the VERY FIRST batches.....Stepping 1 ..... :D

C1 will be out and we will see what it can do.... ;)

i have such some of those cpus too but i have booting problems. the boards needs 10 starts before the cpu is initialized. but i dont know wheres the problem. i used x38 board from gigabyte, dfi p35, gigabyte p35... same problems..

Hmm it doesn't say memory timings and speed anywhere does it? That's also a huge factor to take into account in SPi. Tightening all the subtimings alone gives me a huge boost, especially lowering the default performance lvl of 11 to 7. So therefore I think it's useless to try and make any Conroe clock for clock comparisions with this result.

Quote:

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Originally Posted by hipro5

You can't say this......The "lower" speed Yorks out there where/are the VERY FIRST batches.....Stepping 1 ..... :D

C1 will be out and we will see what it can do.... ;)

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If that's the case, then you're correct because the original yorkies had a wall at around 3.2ghz anyways

A few things need to be said here.
Why would anyone think SuperPI would gain at all with SSE4? Has anyone been recompiling SuperPI lately?
No it will not benefit AT ALL from SSE4. It doesn't even use multiple cores much less instructions that were never available when it was created.
SuperPI is a rather dated program.

Additionally, the wall isn't with Yorkfield. It's with your boards. Your motherboards can't handle the bus speeds Yorkfield needs to OC.

^^^ short SuperPi is all about L2 cache
but longer calculations don't really need L2 cache all that much