Out of curiosity, are you trying to buy a chip, or a system?
If the latter, is it possible that it's a problem with PC makers not assembling enough AMD systems, rather than AMD not making enough chips?
I'm asking because for a long time Intel would have deals where they'd give PC manufacturers a hefty discount if AMD were less than 10% of their sales; such that the only way for AMD to make it worthwhile for HP / Dell / whoever to make more than 10% AMD systems would be to pay them to put their chips in machines (negative costs). They were taken to court over it and punished, but that doesn't mean they aren't doing it again.
Particularly as apparently they're still saying what they did wasn't wrong in the first place:
https://www.pcgamer.com/intel-is-still-fighting-a-10-year-ol...
EDIT: What's with the downvotes? Intel did a pretty despicable thing to AMD; it's documented in a court case. And they're still fighting to say that what they did was fine. I think people deserve to know about that kind of behavior, and I don't think it's unreasonable to ask if it's still going on.
Intel did a pretty dirty thing there, how they haven't been slapped down for abusing a monopoly is beyond me. Do antitrust laws have any teeth in the US anymore?
https://www.nowinstock.net/ca/computers/processors/amd/full_...
But if you have a source that says otherwise I would love to see it.
P.S. I'm sure it would have great sales numbers if they could make enough of them. I'm not suggesting the demand isn't there.
The RTX 3080 is already at 0.23%. After just 1 month.
If you don’t think that’s impressive, compare it against some AMD GPUs like the 5700 or the 5600 XT, which has the same share.
There’s a reason Nvidia’s quarterly gaming results where a blowout.
This is large retailer, but once of a dozen in Denmark.
But yeah Nvidia in general has got the market for gamers pretty much cornered. People will go for Nvidia all the time if the price is the same ballpark. But it still has ways to go before it comes even close to its predecessors in the RTX 2080 and the RTX 2080 Super, both of which are about as popular as the RX5700XT.
Of course it won’t come close yet to the 2000 series. But what it shows without a doubt is that there was plenty of supply and that gamers bought it.
There is no reason to think at this time that supply was lower than any other launch before it.
But demand was way higher.
The only surprise for me here is that the stock of Geforce cards they got out is slightly higher than complainers on internet forums makes it seem. If they truly already had enough stock to cover 1/5th the demand of the RTX 2080 then their stock situation is not great but not all that bad (these numbers are not that, but an indication).
No one goes to Disney World anymore; its too crowded. And, no one buys AMD CPUs anymore, they're always sold out!
Some people gave the same reaction when there were no EPYC processors available when they were first announced.
Then we've learned that almost all of the production has ended in Google's, Dropbox's and other big tech's data centers. :)
All non-zero prices are elevated compared to zero. All parties are consenting here.
I told her to tell him where to shove it.
It's not that I can't afford it, it's that scalpers can go fuck themselves, the boy will be more than happy with Quest 2 and my current gaming PC in the new year when I can build another.
still doesn't make sense to me. these are computer parts, not insulin; set the price as high as is necessary to keep units in stock.
By not increasing their prices AMD is letting the after market have that surplus. Sure they don't need to get their hands dirty (and risk negative PR), but also it means they can't ship as many units or profit as much as they could have.
There is also some marketing value in having a product sell out quickly.
I think it's less that they can't keep up with demand, and more that they're "launching" earlier in the production process.
In the past they would have just launched later.
Keeping that compile time down is critical to being productive.
(not blaming anyone in particular)
Over 4 years of heavy software development I think the system has paid for itself in time saved.
Depending on the context such a machine could be very cheap or very expensive, but even here in Mexico that's about one month of an engineer's salary, which I don't find too outrageous for a primary tool which lasts for years.
Depending on your workload, the performance improvements could be very noticeable (running multiple VMs, compiling, and unit testing at the same time). It does open up faster workflows if you adjust to the new speed.
I've used a 12-core Haswell Xeon as a desktop for about five years (got it used for around $500, plus $200 for a brand new LGA 2011 v3 motherboard). At the time it was twice as fast as a high-end desktop 4-core CPU. It's still reasonably competitive on multithreaded workloads versus a recent 6 core desktop CPU, but fares poorly on single-threaded tasks. DDR4 was a bit expensive back then, but quad channel memory helps in that you can buy lower density DIMMs. Today, even DDR4 ECC RDIMM server pulls are dirt cheap. I picked up 4x16GB DDR4-2400 RDIMMs for just $90 last year.
I'll probably replace it with a 5900X soon, but it's served well over the past five years. Certainly much better than a i7-4770K box from the same time.
Every high-performance CPU released lately uses TSMC for manufacturing, which can't keep up with demand.
See Playstation 5/Xbox shortages, Ryzen and Radeon shortages. I think only Apple was able to secure enough manufacturing.
[1] https://www.techpowerup.com/275530/nvidia-rtx-30-series-shor...
Edit: I’m still going to buy the first two items at some point. But not yet.
Yes, it's really nice that there's more mipmaps than ever before, but that doesn't do me much good if I can't actually buy your thing.