Richland APU breaks 8GHz [CCL]

[galego]

It is the top A10-6800K. The four cores enabled

http://www.cclonline.com/article/13...AMD-s-flagship-A10-6800K-APU-breaks-8-00GHz-/

 

[aigomorla]

its not over 9000!!!

 

[Hitman928]

Very cool. That voltage is crazy too. I'm always impressed with what those xtreme oc's can pull.

 

[Centauri]

The kicker this time is that it was done with all cores functioning. Very nice.

 

[Gikaseixas]

4 cores @8ghz, not too shabby

 

[sm625]

No games tested? Nothing at all about the gpu... it is probably disabled.... fail.

 

[Phynaz]

Suicide runs have never impressed me.

 

[inf64]

No games tested? Nothing at all about the gpu... it is probably disabled.... fail.

Have you ever heard of CPUz highest validated frequency records? This has nothing to do with stability. Sometimes I wonder if I have missed the forum I'm posting in (and then I realize I have, it's not XS lol, it's just AT forums ).

 

[Mopetar]

Suicide runs have never impressed me.

I think they're interesting, just not at all practical.

 

[guskline]

Impressive for all cores enabled. The rap on the Bulldozer OC was it only used 1 module (2 cores). This enabled them all.

 

[galego]

Suicide runs have never impressed me.

It shows the OC potential of Richland :thumbsup: Suicide would be try to do that with Haswell desktop :thumbsdown:

 

[SlowSpyder]

It shows the OC potential of Richland :thumbsup: Suicide would be try to do that with Haswell desktop :thumbsdown:

Why'd you bring Intel into this at all?



That's up there. But if I can't do it at home in a practical daily use manner, its just a novelty to me.

 

[Phynaz]

It shows the OC potential of Richland :thumbsup: Suicide would be try to do that with Haswell desktop :thumbsdown:

The 7Ghz already reached with a 4770K (under load) would utterly obliterate the performance of a 8Ghz Richland.

 

[galego]

The 7Ghz already reached with a 4770K (under load) would utterly obliterate the performance of a 8Ghz Richland.

Apart from ignoring the main point (please show me a Haswell chip breaking the 8GHz barrier), your point was?