You're still not getting it. It's not the same thing as having a DOA, not even close.
DOA parts are parts that were once spec compliant and fully functional, they tend to fail after the final QC checks. Here you've got parts that were never even spec compliant somehow making their way all their way to retail.
And yes they can run checks at the first stage to figure out if the silicon meets the necessary specifications, it's all covered in the OP along with some of the other videos I've linked throughout this thread.
And it happens, many times before. Again, I feel peoples just want to be dramatic for sake of being dramatic. Who in the fuck has seen the past 3 decades of chipset launches and don't remember these things?
Oh, actual QA? In 2024? In this economy?
www.theregister.com
Now they caught the problem on time and issued a recall to retailers that had the defective CPUs on shelves but again, it managed to find its way on a shelve with a failure to detect silicon problem. Cool on the recall,
if retailers didn't just say fuck it I'm not sending back and gamble on RMA %.
Can you guarantee me that
100% of the DOA chipsets didn't have silicon QC slippage like the above? I don't recommend making that bet.
Peoples think this is as easy as making sausage or something? Very complex parts, very complex debugging software and hardware. Shitload of QC validations throughout the pipeline, it happened, it happens, will happen. QC Slippage happens on all components, in all fields. It could even be the debugging tool that damages some part because of static discharge or voltage control problems, who's to say it came out of TSMC like that? Nobody knows. Anyone claiming they do outside of the manufacturer and Nvidia is pulling it out of their ass.
I have no idea why you're hellbent on making all these pathetic excuses for them, but Jensen appreciates you, I'm sure he'll replace your 3080 with one of those botched 5090's for all your efforts.
I'm not making excuses. Where did I say missing ROPs is fine? Nowhere.
Its you guys falling for overly dramatic things.
You're making claims like its 5x too much. Really... fundamentally you never answered, based on what? That's a very precise claim. I'm waiting on your FMEDA report then, you seem to have the stats nailed down so you just have to publish it.
I don't think I've ever recommended anyone to buy 5000 series just like multiple times in the past I didn't recommend 4000 series for the insane pricing. The power connector is a much much bigger problem here than the ROPs which can easily RMA and is simply QC slippage, fixable. Power connector I don't think there's an easy solution at all, its hardware design. The only solution is to change the spec of the cable for higher gauge to increase safety margins, not sure that's anytime soon.
I know this is a boring approach but I've been in QC/Engineering for 20 years. From aerospace industry to high power energy systems. I just can't stand dramatic thumbnails and overly dramatic claims like "OMG! WUT? Nvidia MISSED THIS ? IMPOSSIBRUUUU". Peoples who act like this are terminally online armchair engineers and have no clue how the world of manufacturing works.
I guess I am also sucking up to Lisa Su? No I have some fucking ounce of integrity in a field I am very familiar with. Peoples claiming that companies are sending defective products knowingly as some kind of evil corporation teenage fanfic are cringe as fuck. They have no idea how many failure points there are in a production line, especially complex products and electronics are the peak of human engineering complexity. These kind of news we can just kind of realize, shit happens. Fix it, RMA it, give good customer support. I think 970 VRAM problem was way more of a dick move than any of the above QC problems. Among many other nonsense actually put purposedly on design to fuck us over, there's no RMA for that.