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AMD GPU sales tanking

What's stopping them putting said Apu,into an ATX motherboard with a X64 socket? Their other APUs don't require a custom mobo to my knowledge. Sure the board might need better power delivery but how hard can it be? I'm not an expert at all btw,so don't have a pop at me please.
I think others have covered this, but console SOCs really would not work with DIMMs at all. So unless those LPDDR5X module become a thing, any such SOC has to be a soldered motherboard. Not that LPDDR5X is fast enough really compared to GDDR. It has far better latency but not bandwidth and consoles generally go for bandwidth.

Also, the console SOCs really are semi or more custom - didn't the PS5 drop something which would be crazy for a mainstream CPU? Certainly on a console where developers have to use the console vendors compilers and tools, dropping x87 or even SSE is totally possible.

architecture makes a bigger difference. nvidia didnt have a process node advantage over amd in the past and were still able to be more efficient
Volumes and R&D budget make a huge different. While we have to back to 28nm, Hawaii beat GK110 pretty well: it was compute monster and was only 440mm² vs GK110's 560mm².

After that? Well Nvidia were already raking it in on the server and workstation market and Maxwells was the start of splitting the two while AMD with Fury and Vega etc tried to serve both markets.

The last few gens, a lot of efficiency is/was how much die gets thrown at cache, and which node (but cheaping out with Samsung worked quite well for Nvidia with the GPU shortage - however if AMD hadn't using such a huge % of their TSMC 7nm allotment for console and didn't also have far more profitable Zen3 on TSCM 7nm... Well if they had gone for a volume push then RDNA2 vs Ampere could have gone quite differently. This gen Nvidia played it save and paid up the TSMC premium.
 
I think others have covered this, but console SOCs really would not work with DIMMs at all. So unless those LPDDR5X module become a thing, any such SOC has to be a soldered motherboard. Not that LPDDR5X is fast enough really compared to GDDR. It has far better latency but not bandwidth and consoles generally go for bandwidth.

Also, the console SOCs really are semi or more custom - didn't the PS5 drop something which would be crazy for a mainstream CPU? Certainly on a console where developers have to use the console vendors compilers and tools, dropping x87 or even SSE is totally possible.


Volumes and R&D budget make a huge different. While we have to back to 28nm, Hawaii beat GK110 pretty well: it was compute monster and was only 440mm² vs GK110's 560mm².

After that? Well Nvidia were already raking it in on the server and workstation market and Maxwells was the start of splitting the two while AMD with Fury and Vega etc tried to serve both markets.

The last few gens, a lot of efficiency is/was how much die gets thrown at cache, and which node (but cheaping out with Samsung worked quite well for Nvidia with the GPU shortage - however if AMD hadn't using such a huge % of their TSMC 7nm allotment for console and didn't also have far more profitable Zen3 on TSCM 7nm... Well if they had gone for a volume push then RDNA2 vs Ampere could have gone quite differently. This gen Nvidia played it save and paid up the TSMC premium.
As Jen Psaki would say.... "I'll circle back to that" :p

I can't read it right now I'm dying with hay fever and I'm Oliver twist. Good night Gentleman. *

*And fair ladies (doubt there's any here but worth a shot)
 
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RDNA 3 would have looked fine also if Nvidia had chosen to go with an inferior Samsung node again.

RDNA2 and RDNA1 were on the same 7NM node. The RX6600XT(Navi23) beat out the RX5700XT(Navi10) using less memory bandwidth, whilst introducing RT for pretty much the same amount of transistors and similar chip size. It was also 33% more energy efficient than an RX5700XT. Considering Vega 7 was on 7NM,looking at TPU, AMD got over a 50% improvement on the same node in under three years.

The RTX3060(GA106) had more transistors, more memory bandwidth, etc but overall isn't faster in most games.
 
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:D .... Jokes aside, I really should tweak my 7900XT at some point, Seen it hit a reported 500+W occasionally (think it's usually more in the 350-370 range).

Is it just a case of setting a static offset like in the good ol' days, or is it a curve based thing like Ampere was?

I can get mine to 300 watts, it tops out there, but with the undervolt i need to run it at around 3.1Ghz, which it will do quite happily but its pointless, its doesn't scale past about 2.9Ghz, which is interesting and i know why, but i might make a dedicated post about that, you see clock for clock this 60 CU GPU is about 30% faster than the 60 CU RX 6800.
But the 80 CU RX 7900 GRE is clock for clock only about 5% faster than the 80 CU 6950 XT, odd that isn't it?
 
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It always puzzled me how AMD can make an APU like the series X but can't or won't put that into an APU on desktop. They would sell like hotcakes. Even if it's a loss leader just do it.
Laaate reply, but high end APU would choke on DDR4, not enough bandwith (they said)
 
It always puzzled me how AMD can make an APU like the series X but can't or won't put that into an APU on desktop. They would sell like hotcakes. Even if it's a loss leader just do it.
They are making one for laptops with a 40CU IGP called Strix Halo:
 
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