- Joined
- Sep 17, 2014
- Messages
- 23,179 (6.10/day)
- Location
- The Washing Machine
System Name | Tiny the White Yeti |
---|---|
Processor | 7800X3D |
Motherboard | MSI MAG Mortar b650m wifi |
Cooling | CPU: Thermalright Peerless Assassin / Case: Phanteks T30-120 x3 |
Memory | 32GB Corsair Vengeance 30CL6000 |
Video Card(s) | ASRock RX7900XT Phantom Gaming |
Storage | Lexar NM790 4TB + Samsung 850 EVO 1TB + Samsung 980 1TB + Crucial BX100 250GB |
Display(s) | Gigabyte G34QWC (3440x1440) |
Case | Lian Li A3 mATX White |
Audio Device(s) | Harman Kardon AVR137 + 2.1 |
Power Supply | EVGA Supernova G2 750W |
Mouse | Steelseries Aerox 5 |
Keyboard | Lenovo Thinkpad Trackpoint II |
VR HMD | HD 420 - Green Edition ;) |
Software | W11 IoT Enterprise LTSC |
Benchmark Scores | Over 9000 |
Well, that's not how it works. If it worked this way intel would not have the advantage of higher frequencies with 14nm++ vs. TSMC 7nm. I don't say it's impossible, but I doubt it very much. I mean, there must be a reason nvidia preferred to stay at 12nm FFN...
Cost and scalability; Nvidia's Turing dies had to be effin' huge, so an older node was the cheap route. Clocks might play some role, but I think Turing is what it looks to be, a rough version of Pascal X Volta with RT, a stepping stone to the real deal in terms of architectural updates. It has likely provided a wealth of info about what degree of RT performance devs would need going forward, as well.
Note that right now some leaks also point at two nodes coming into use, 7nm and Samsung 8nm, with the better node being for the higher tier products. I'm not sure how much sense that really makes, but we do know TSMC's 7nm yield is pretty good. That would lend credibility to making bigger dies on it.
About clocks, in the end clocking is mostly about power/voltage curves and what you can push through on a certain node... Nvidia already achieved much higher clocks with Pascal on a smaller node and a big one in that was power delivery changes. They will probably only improve on that further, and Turing pushed clocks back a little bit, however minor; probably related to introduction of RT/Tensor (power!). Also, TSMC's early 7nm was DUV which wasn't specifically suited for clocking high.
Last edited: