Nvidia Problems Hit HP Desktops
Barence writes "HP has revealed faults with 38 different models in its slimline PC range, sparking speculation that Nvidia's faulty GPU problems have spread beyond laptops. HP's official statement says the problems are 'attributable to the computer's motherboard" and that affected machines 'may not boot or may not display video' — the same kind of terminology used to describe the previous faults with laptop GPUs. Both HP and Nvidia have declined to comment. But in a filing to the US Securities and Exchange Commission (SEC) earlier this year, Nvidia admitted 'there can be no assurance that we will not discover defects in other MCP or GPU products.'" Note: the linked story (updated since this submission) says that Yes, the problems are now confirmed to be rooted in the Nvidia GPUs.
I'm sure it is confined only to HP desktops, no desktops from other manufacturers are affected. It was true last time, why not now? *snicker*
...would have thought.
brbut still: information on this fuckup is hard to find, non-concrete statements everywhere. why not have a tool that reads the s/n of the GPU, checks it and warns if your gpu is faulty? i'm owning a dell notebook which, according to dell, is not affected. but nevertheless dell put a bios-update online for my modell which obviously changed something concerning ventilation. being vague is not always the way to go.
For "covering up" the faulty GPUs? Hey, if they signed contracts with the OEMs on these chips leaving the announcements to them, then that's the brakes -- they can't talk about it. What would you expect them to do?
My blog
This is a great chance for ATI to get some market-share. If you don't know what nVidia cards are affected, are you going to chance it? I know I wouldn't. If ATI doesn't take advantage of this with price drops or something, their marketing dept. should be taken out back and finished off of-mice-and-men style...
-SaNo
...The RoHS demonization of lead had the best of intentions and all, but the results are in, and some things just kinda crap out (including, big, expensive and very dangerous things) without it. Thanks EU, but we're gonna have to wrap this avoid-lead-at-all-cost show up right about now...
It's hardly affected it at all.
ATI Linux drivers are still total crap compared to NVidia's.
I would rather have a funded, supported binary blob that works over a bunch of unsupported unfunded drivers and open specifications any day.
Try to use any modern ATI card in an Linux-based HTPC that has to support HD video, and see how far you get.
I wouldn't call the Xbox 360 GPU failures (which don't seem to have affected any other ATi products) or the nVidia notebook GPU failures (which don't seem to have affected any other nVidia products) "big, expensive, and very dangerous things". Certainly the very specific nature of the problems suggests it has nothing to do with the switch to lead-free processes themselves (which nVidia and ATi themselves are using in other products without issue). I'd welcome other examples of course, as there could be low-profile problems which I've overlooked and show this to be a more general issue. Of course there are many new theoretical failure modes introduced by lead-free components and soldering, I'm just pointing out that from where I stand it's not yet an issue in the real world.
No kidding!!! What do you say at this point?
I am a recall coordinator. My job is to apply the formula. A new laptop built by my company overheats and the video card dies. Now, should we initiate a recall? Take the number of laptops in the field, A. Multiply it by the probable rate of failure, B. Multiply the result by the average out-of-court settlement, C. A x B x C equals X. If X is less than the cost of a recall, we don't do one.
"Los Angeles (CA) â" A tiny material issue in Nvidiaâ(TM)s GPUs has cost Nvidia $200 million so far: The problem boils down to the solder bump material, in Nvidiaâ(TM)s case high-lead that was used in all of the firmâ(TM)s GPUs that were produced until late July , and we still do not know how serious the issue really is. According to our sources, Nvidia has switched to eutectic solder bumps in recent weeks and there is now a new, apparently independent research report, that claims that eutectic solder bumps, which are used for example by AMDâ(TM)s ATI unit, may live much longer than high-lead versions. Of course, switching to eutectic isnâ(TM)t the entire solution, as the material has a much lower melting point than high-lead."
http://www.tgdaily.com/content/view/39506/135/
Shai Schticks:"You don't make peace with friends, you make peace with enemies"
Faith is usually misplaced with companies. Most of them have sucked at one point or another. All you can do is do some research about current products and hope there is no hidden problem brewing.
When I last bought a graphics card it was an NVidia 8600GT because of ATI's still-questionable Linux support at the time (the Open Source driver project was announced but nothing delivered yet). Now I can only hope that card does not die on me.
Based on ATI's improvement in drivers and NVidia's current problems I would get an ATI now. But that is not set in stone either and may be reversed a few years from now.
C - the footgun of programming languages
The failing solderbumps were high-lead solder. The solution was to switch to a eutectic solder, which has less lead. So why would RoHS anti-lead policies be to blame?