http://www.sweclockers.com/nyhet/10093-radeon_hd_5970_slapps_den_18_november
HD5970 release date supposedly 18th this month
http://geizhals.at/eu/a481050.html
2x Cypress with 1600 SPs at 725/1000MHz
1GB? So no memory duplication?
http://www.sweclockers.com/nyhet/10093-radeon_hd_5970_slapps_den_18_november
HD5970 release date supposedly 18th this month
http://geizhals.at/eu/a481050.html
2x Cypress with 1600 SPs at 725/1000MHz
I didn't say the design was faulty, I said teh assembly was faulty. Augment(bend) the heatpipe just slightly to allow for better contact to the GPU and the temps decrease because of the better contact patch.
You graph points to 60-80c as being the killing zone. I said "CLOSE TO 60C". Do you know what that means, it means it get close, but DOESN'T QUITE MAKE IT. On the other hand, Laptop GPUs idle around there and then go thru the damn roof. But yet a simple augmentation of the heatpipe for the heat sink giving it better contact WILL lower both IDLE and LOAD temps. A POINT YOU STILL FREAKING REFUSE TO FREAKING ACKNOWLEDGE!
Go back up and re-read one of my posts, I did say we have had ATI based system in the shop for FAILED GPU. Care to guess who made the GPU? ATI. Reason for failure? HEAT FUCKING RELATED ISSUES! Cause of heat related issues? IMPROPER FREAKING HS/P ASSEMBLY CONTACT PATCH! It does happen, just not to the massive extent as with substrate affected Nvidia GPUs, but it does happen. Something YOU REFUSE TO ADMIT TO as you CLAIM IT DOESN"T HAPPEN!
Charlie, your biggest problem is you have SUCH A DAMN HARD ON for anything bad concerning Nvidia, that even WHEN you are right, you are still concidered a nut job. HardOCP, Maximumpc, ANAND, Toms, FiringSquad all view you in about the same light for communities, a nut job who will make up stories about them to get hits.
Now, I have said Nvidia is at fault in this thread SEVERAL DAMN TIMES NOW! And if the given thermal designs were for such high temps, then they should take een more of the blame, BUT THE DOESN'T MEAN THE FREAKING OEMS DESERVE A FREE FREAKING PASS FOR SHITTY QA OF PART ASSEMBLIES! And as I have stated before a simple augmentation to the HS/P assembly has shown to DECREASE, can you say that word or even understand its meaning, temps of G86 GPUs by AS MUCH as 20C. Not gonna take it down below the substrate thermal threshhold, but lower it enough to allow it to live that much longer. Still, Nvidia should pay for the fuck up, but it ISN'T ALL THERE FAULT!
And your G200 thing DOESN"T pertain to G86s. G200 have this nice big heat spreader and a HUGE HSF assembly that does about 1000 times better job of moving heat away from the GPU. Where as the laptop, usually has a flattened out heatpipe and cooling fins anywhere from 4 to 12" away from the GPU itself which in itself has NO HEAT SPREADER ON IT.
He started it...then the usual spamage form nargreencissistic land and the narcissistic "journo"...Frankly, if real power consumption is anything like HD 4870X2 it would be a lot more honest to just say TDP is 375W and use 2 8 pin plugs,...
Are you really that dense? You said:
"I've yet to see a laptop with an G86 idle and load temps come anywhere within 10c of the eVGA card I have. Under load it idles around 40c, under load close to 60c. Everylatop I've seen still working with G86s, are idle 55-60c and load temp near 90-100c."
It is here:
http://forum.beyond3d.com/showpost.php?p=1357113&postcount=4652
Someone put on you 'basic logic proof coating' to thick.
-Charlie
Wow, you are truly delusional, and you don't get the basics about the problem at all. It is not an overheating problem, it is a thermal cycling and materials problem.
That said, I will not take your one example of an ATI problem as being an industry plague like the Nvidia problem.
Why do 10+ OEMs have design, thermal, assembly or whatever problems ONLY on Nvidia GPUs across 100+ models?
Don't dodge the question.
-Charlie
It would be funny if Park has a 32-bit bus
Jawed
That's interesting. 3 chips but 2 of them are going two have (almost) the same memory bandwidth (unless one has a 96bit interface...) I thought it wouldn't make sense, but guess I've been proven wrong...
I think they are talking about the mobile chips in this post-How did you come up with that conclusion?
3 chips, 256bit, 128bit and 64bit?