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NVIDIA 4000 Series

Ah interesting.

RTX 4080 12GB and 16GB was confused before the whitepaper published. Everybody thought RTX 4080 12GB was changed from RTX 4070 12GB at last min but the whitepaper finally made it clear that RTX 4080 12GB will replace RTX 3080 10/12GB, not RTX 3070 and RTX 4080 16GB is actually Ti class will replace RTX 3080 Ti, not RTX 3080 10/12GB. I thought RTX 4080 Ti will launch later in early 2023 to replace RTX 3080 Ti.

Well guess I will have to wait until after Navi 31 launch to read reviews to see RTX 4080 12GB and 16GB benchmarks before decide to pick MSI RTX 4080 Suprim X 12GB or Ti class 16GB.
I have been wondering what kind of performance uplift we'll see from a 4080 16GB vs my current 3080Ti
 
You obviously not read many posts on this forum and other forums, websites, reddit or watching youtube etc.

Yes people wrongfully made overpriced $899 4070 accusations.








I wrote: "I don't think anyone made the 4070 accusation based on what Nvidia puts in columns next each other."

The 4080 12GB isn't suspected of being a rebadged 4070 because anyone thought it was listed in the white paper as such. (Maybe 4070 scratched out in crayon and 4080 hand-written in pencil above it?)

The smaller bus-width, and smaller chip size were some of the factors that went into it...but not a white paper.

I personally think all that matters is performance, but we don't know that yet because Nvidia has just given us smoke and mirrors thus far.
 
I personally think all that matters is performance, but we don't know that yet because Nvidia has just given us smoke and mirrors thus far.
It's the price to performance which matters. A 4080 12gb is around 40% more expensive than a 3080 so should offer atleast 40% more performance otherwise you'll be getting less for your money.

Looking at the spec of the card I'd be supprised if it's much more than 10% faster which would again mean it lines up performance wise with a 60ti class as the 3060ti was around 10-15% faster than a 2080 while also being around 40% cheaper.
 
There's a lot of screeching on both sides.

1. Nvidia has mind-share and free market and Jensen = therefore Nvidia can charge everything and you must pay it because of leather jacket!
2. I'm not paying that, gtfo!

After all the votes and the talk, it'll be interesting to see who does what.
 
It doesn't make sense to defend Jensen strategy and his BS claims over moore's law etc.. when a full die size gpu only increased $100 while 2/3 and 1/2 die size gpu's -whatever they named, hiked by $600, period.
 
It's the price to performance which matters. A 4080 12gb is around 40% more expensive than a 3080 so should offer atleast 40% more performance otherwise you'll be getting less for your money.

Looking at the spec of the card I'd be supprised if it's much more than 10% faster which would again mean it lines up performance wise with a 60ti class as the 3060ti was around 10-15% faster than a 2080 while also being around 40% cheaper.

I wasn't trying to imply that price didn't matter, only that performance matters more than nomenclatures.
 
Let's ignore the die names, as has been mentioned by others, it doesn't matter that one GPU is called xx102 and another is called xx104. All that matters is the relative size and performance between various model of GPUs throughout the stack, so let's look at that.


SM CountFP32 Tflop PerfSM Relative/TOP GPUTflops Relative/TOP GPU
RTX4090
128​
82​
RTX4080 16GB
76​
48​
59%​
59%​
RTX4080 12GB
60​
40​
47%​
49%​
RTX3090
82​
35​
RTX3080
68​
29​
83%​
83%​
RTX3070
46​
20​
56%​
57%​
RTX3060
28​
12​
34%​
34%​
RTX2080ti
68​
26​
RTX2080
46​
20​
68%​
77%​
RTX2070
36​
14​
53%​
54%​
RTX2060
30​
12​
44%​
46%​
GTX1080ti
28​
11​
GTX1080
20​
9​
71%​
82%​
GTX1070
15​
7​
54%​
64%​
GTX1060
10​
4​
36%​
36%​


* From looking at the data this way, we can see the 4080 16Gb is 59% in both size and performance of the top GPU, the 4090 and the 12GB is 47-49%

Now, looking previous generations, which GPU's roughly fall into this 47% to 59% range?

* From the RTX 3000 series, the RTX3070 does at 56%-57% of the RTX3090
* From the RTX 2000 series, the RTX2060 and RTX2070 does at 46%-54% of the RTX2080ti
* From the RTX 1000 series, the RTX1070 does at 54%-64% of the RTX1080ti

So now, we can see that that the RTX4080 (both versions), fall into the same size and performance category that the prior 3 generations reserved for its xx60 and xx70 series
 
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but the above table could also be interpreted as 11tf jump over 3080.. and btw this table is kinda stuck in the past because it looks like nvidia isnt going down the raster route, they have released a whitepaper on ada and raster performance has been relegated to a footnote or maybe not mentioned at all.. nvidia is showing a clear divergence from a raster led product strategy, its a strategic bet.. nvidia taking its chances.. possibly another decade of technology leadership if successful
 
Sure, but for those who find the price to performance ratio wanting and to rant?

Then tiers, die size and so on are a good places to start and give an indication of whether the names have changed compared to previous generations.
you can rant about price and performance all you want but die size, tiers and GPU names are entirely irrelevant. as previously said, if you really want to start comparing GPUs then transistor count is a much better starting point
 
Let's ignore the die names, as has been mentioned by others, it doesn't matter that one GPU is called xx102 and another is called xx104. All that matters is the relative size and performance between various model of GPUs throughout the stack, so let's look at that.


SM CountFP32 Tflop PerfSM Relative/TOP GPUTflops Relative/TOP GPU
RTX4090
128​
82​
RTX4080 16GB
76​
48​
59%​
59%​
RTX4080 12GB
60​
40​
47%​
49%​
RTX3090
82​
35​
RTX3080
68​
29​
83%​
83%​
RTX3070
46​
20​
56%​
57%​
RTX3060
28​
12​
34%​
34%​
RTX2080ti
68​
26​
RTX2080
46​
20​
68%​
77%​
RTX2070
36​
14​
53%​
54%​
RTX2060
30​
12​
44%​
46%​
GTX1080ti
28​
11​
GTX1080
20​
9​
71%​
82%​
GTX1070
15​
7​
54%​
64%​
GTX1060
10​
4​
36%​
36%​


* From looking at the data this way, we can see the 4080 16Gb is 59% in both size and performance of the top GPU, the 4090 and the 12GB is 47-49%

Now, looking previous generations, which GPU's roughly fall into this 47% to 59% range?

* From the RTX 3000 series, the RTX3070 does at 56%-57% of the RTX3090
* From the RTX 2000 series, the RTX2060 and RTX2070 does at 46%-54% of the RTX2080ti
* From the RTX 1000 series, the RTX1070 does at 54%-64% of the RTX1080ti

So now, we can see that that the RTX4080 (both versions), fall into the same size and performance category that the prior 3 generations reserved for its xx60 and xx70 series


The major flaw in this logic is using the top GPU as some kind of benchmark. If the 4090 was smaller and less performant would that suddenly make the 4080 better value and a "true 4080"?
 
The major flaw in this logic is using the top GPU as some kind of benchmark. If the 4090 was smaller and less performant would that suddenly make the 4080 better value and a "true 4080"?
Because it is the benchmark and always was.
Also, if you compare 4080 vs 3080, you will see that there is almost no improvement gen on gen, thats unprecedented, especially considering this is 1.5 node shrink!(from garbage 7nm class(Samsung 8nm) to top of the line 5nm class(TSMC N4)
Look at Pascal vs Maxwell gains...

From this gen only 4090 is worth anything, rest is just a disappointment.
 
The major flaw in this logic is using the top GPU as some kind of benchmark. If the 4090 was smaller and less performant would that suddenly make the 4080 better value and a "true 4080"?
Why wouldn't you use the top GPU as the benchmark especially when it's priced not much higher?. If the 90 was smaller then the 4080s would look better but not in terms of price as a 4080 12gb is still going to be barely any faster than a 3080 12gb.
 
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you can rant about price and performance all you want but die size, tiers and GPU names are entirely irrelevant. as previously said, if you really want to start comparing GPUs then transistor count is a much better starting point
So if we make a GPU where 25% of the transistors only get used 5% of the time that's a better starting point than a GPU with 5% fewer transistors that get used all the time?
 
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Yea, AMD really dropped the ball there. They should've priced comparable cards at least £200+ less than Nvidia counterpart if only to demonstrate how much more people are paying for RT. I would guess the majority of people are willing to pay £100 more for a similar card with RT but if you had to pay the equivalent of the next tier up just to get RT i suspect most people would balk at that.

If a 7900 performs roughly the same outside of RT as 4090 but is priced similar to the 4080 that's a much easier sell.
 
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