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Question 'Ampere'/Next-gen gaming uarch speculation thread

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Ottonomous

Senior member
How much is the Samsung 7nm EUV process expected to provide in terms of gains?
How will the RTX components be scaled/developed?
Any major architectural enhancements expected?
Will VRAM be bumped to 16/12/12 for the top three?
Will there be further fragmentation in the lineup? (Keeping turing at cheaper prices, while offering 'beefed up RTX' options at the top?)
Will the top card be capable of >4K60, at least 90?
Would Nvidia ever consider an HBM implementation in the gaming lineup?
Will Nvidia introduce new proprietary technologies again?

Sorry if imprudent/uncalled for, just interested in the forum member's thoughts.
 
GA104 is 220W at 95% of the performance of a 2080 Ti? The TDP of a 2080 Ti is 260W, so that doesn't seem like all that big of a perf/W improvement...
Again. KittyCorgi claimed its 3072 ALU GPU that has 95% of RTX 2080 Ti performance.

According to Kopite, that 3072 ALU GPU with GDDR6X is RTX 3070 Ti, and it has not 220W TDP, but 250W TDP. RTX 2070 has 2944 ALUs, and has 220W TDP. RTX 3070 also has GDDR6, according to Kopite.
 
fresh today:



The 3090 is ~56% faster than the 2080Ti.

The 3090 is ~18% faster than the 3080.

The 3080 is ~33% faster than the 2080Ti.

The 3080 is ~70% faster than the 2080.


But hey, someone will insist it's only 35% because reasons ..
Looking at how Time Spy scales, historically, on GPUs, expect more of 35-40% increase in games, from RTX 2080 Ti to 3090.

3080 therefore could be in games around 10-15%(20%, best case scenario) faster, than RTX 2080 Ti.
 
Irregular shaped PCB seems to be confirmed

nvidia-geforce-rtx-307ukd3.jpg



VCZ - NVIDIA confirms 12-pin power connector and V-shaped PCB for GeForce RTX 30 series
 
Am I missing an inside joke? It's an interesting video. What surprised me the most was how the fans work because it wasn't what most people thought it would be. It's a great marketing video to future proof high energy use cards, of course, but I'm more curious how it'll affect case temperatures in relation to CPU temps.
 
nVidia video about how amazing nVidia is and how amazing the Ampere cooler is.

Did you watch the video? The ampere cooler is not shown anywhere. We do see the power connector, and the PCB. But that's it. This is basically just general "cooling video cards is hard" video. It has some mildly interesting bits, but thats all really.

EDIT: Or perhaps you for your /s at the end 😉
 
Nvidia actually releasing a video on how designing a thermal solution is hard, especially now out of all possible times, really sounds like they are trying to do expectation management before people realize the enormous TDPs their new cards. Total damage control moment right here.
Which is really funny considering they were bragging about efficiency a few generations ago.
 
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Nvidia actually releasing a video on how designing a thermal solution is hard, especially now out of all possible times, really sounds like they are trying to do expectation management before people realize the enormous TDPs their new cards. Total damage control moment right here.

Obviously when they are going to deliver the hottest single GPU card ever beating the GTX 480 by a fair margin in terms of TDP this kind of marketing and PR exercises are prone to happen. This GPU generation will change the perception that Nvidia designs the most efficient GPU architectures and AMD cannot compete against them. I am left thinking what performance improvement will Nvidia deliver in MaxQ notebook GPUs if their perf/watt improvement is going to be small. That Samsung 8nm process might have a far worse V/f curve than traditional TSMC processes which were simply fantastic for the lower portions of the V/f curve.
 
3080 is too expensive. 3060/3070 need 10GB/11GB. 1070 had 8GB four years ago for $379.

I know we've had a lot of speculation and even a few leaks of varying degrees of believability, but we don't have final prices yet.

It's hard to say the 3080 is too expensive when we're guessing on both price and performance. I suppose NVidia has been able to surprise with higher numbers for a while now so there's a certain amount of expectation.


Which is really funny considering they were bragging about efficiency a few generations ago.

Every company talks up the importance of whatever their strong suit happens to be. If they have raw performance then expect them to push that.

Last year's marketing has no bearing on this year's marketing. Trying to bring it up to them is pointless. The people in marketing are like eel politicians.
 
Obviously when they are going to deliver the hottest single GPU card ever beating the GTX 480 by a fair margin in terms of TDP this kind of marketing and PR exercises are prone to happen. This GPU generation will change the perception that Nvidia designs the most efficient GPU architectures and AMD cannot compete against them. I am left thinking what performance improvement will Nvidia deliver in MaxQ notebook GPUs if their perf/watt improvement is going to be small. That Samsung 8nm process might have a far worse V/f curve than traditional TSMC processes which were simply fantastic for the lower portions of the V/f curve.
Yeah, I'm not surprised that Nvidia even made that video because they are the king of marketing after all. They are selling the concept as "Our goals was to push as much power, and thus performance, out of our cards as possible, and so we had to jump through extra hoops to make it work". Average consumer probably sees that as, "Oh cool, Nvidia want to give us more performance no matter the cost and had to design a new cooler to enable that" while others like myself see it as "Oh, we couldn't improve the perf/W high enough so that our new generation of cards have a big enough performance delta over the last generation, so we had to crank up the clocks and power to get there." I have no doubt in my mind that if Nvidia sourced TSMC N7P for Ampere consumer GPUs, they wouldn't have been in this dilemma. In my mind, there is easily a 20% perf/W improvement between SS 8nm and TSMC N7P, or enough where the RTX 3090 could have been a 300W card, not 350W.
 
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