If they get a higher demand for the tri core phenoms,does that mean they would have to knobble good quads to make them into tri's to meet demand.That would be a bit strange if they did.

That'd be great for the people wanting tri-core processors if you could unlock the 4th core. Kinda like locked pipelines on video cards :p

No reason to expect the 4th core could ever be unlocked...

reading between the lines it means we are gonna be cheap and push the fact 3 uses less leccy than four.. they cant compete with 4 so lets try something different.. energy efficient 3..

3 is less power hungry than 4.. course the same logic could be applied to 2 but nobody wants that..

trog

its good that AMD listens to what OEMs think

they have to OEM's make a good chunk of their sales.

Exactly. This plays well into a strategy of going into the black for AMD instead of swimming in a sea of Red. Id like to see this "Black edition" 9600 and hope the L3 bug they got is fixed.

if AMD prices the tris close to the intel dualies they will sell like hotcakes :D well as long as the TLB bug is gone

cdawallif AMD prices the tris close to the intel dualies they will sell like hotcakes :D well as long as the TLB bug is gone

The tri-cores can't possibly have any performance, my x2 is faster than my Phenom 9600 by 300 points in Sciencemark, about 200 points in 3dmark.

The TLB bug only shows in labs, it is not the problem.

jpierce55The tri-cores can't possibly have any performance, my x2 is faster than my Phenom 9600 by 300 points in Sciencemark, about 200 points in 3dmark.

The TLB bug only shows in labs, it is not the problem.

and the 9600 is @ stock speeds? seems to make sense to me seeing how your X2 is @3+ghz

also the TLB bug does not only show in labs it will show in anything that using the L3 extensively ie. CAD, inventor, folding@home, and high res video conversion

cdawalland the 9600 is @ stock speeds? seems to make sense to me seeing how your X2 is @3+ghz

also the TLB bug does not only show in labs it will show in anything that using the L3 extensively ie. CAD, inventor, folding@home, and high res video conversion

I have read a few articles saying it has never been reported in a real world instance, but no matter...

The Phenom will only clock to 2.46 with my Asus M3A. It is not at stock to be 300 points behind the x2, it is the Phenom's best oc with my board.

I have a write up on the forum about that board iirc.

jpierce55I have read a few articles saying it has never been reported in a real world instance, but no matter...

The Phenom will only clock to 2.46 with my Asus M3A. It is not at stock to be 300 points behind the x2, it is the Phenom's best oc with my board.

I have a write up on the forum about that board iirc.

its still 2.46ghz quad vs 3.15ghz dual kinda going to be a difference there dont you think?

cdawallits still 2.46ghz quad vs 3.15ghz dual kinda going to be a difference there dont you think?

Yeah, but that is kind of my point. How well do you think the tri-cores are going to do against a dual? The tri's to be released are off the currently produced cpu's from what I understand, meaning that it will be less of a performer than what I have. The 5000be has been going on sale ~$100, half the price of the Phenom.

and intels 45nm duals just hit aus, $250 for a 3GHz wolfdale.

AMD may have tri cores, but they need to be fast/cheap to compete.

trog100reading between the lines it means we are gonna be cheap and push the fact 3 uses less leccy than four.. they cant compete with 4 so lets try something different.. energy efficient 3..

3 is less power hungry than 4.. course the same logic could be applied to 2 but nobody wants that..

trog

no...reading between the lines means chances are 1 of the cores will not pass after production so lets disable the bad core and sell the chip as a tri-core rather than recycling the whole part. it is no different than the logic behind selling different speed procs.

spacejunkyno...reading between the lines means chances are 1 of the cores will not pass after production so lets disable the bad core and sell the chip as a tri-core rather than recycling the whole part. it is no different than the logic behind selling different speed procs.

it also happen to be the exact thing intel does to create its conroe-L chips