Nvidia reveals the specifications of their Geforce RTX 2080 Ti, RTX 2080 and RTX 2070

I'm waiting till around $300 before I buy. Unless AMD releases something or a RTX card at $300 is much faster than a 1080. Though I bet the 2070 is a 1080ti equal so I doubt it would be worth it for a side grade.

I don't think they'll drop that low in price. I also wouldn't want 7GB of VRAM :/ speaking of which, why not give the new Ti the full 12GB?
 
Somebody over at OCUK forums did this as a bit of maths yesterday.

TITAN V: GPU Cores 5120
1455 MHz (Turbo)= 14.9 TFLOP
1900MHz (overclock) = 19.5 TFLOP

RTX 2080 Ti : GPU Cores 4352
1545 MHz (Turbo)= 13.4 TFLOP
2000MHz (overclock ?) = 17.4 TFLOP

GTX1080 Ti : GPU Cores 3584
1582 MHz (Turbo) = 11.3 TFLOP
2000MHz (overclock) = 14.3 TFLOP

RTX 2080 : GPU Cores 2994
1710 MHz (Turbo)= 10.2 TFLOP
2000MHz (overclock ?) = 12 TFLOP

GTX1080 : GPU Cores 2560
1733 MHz (Turbo) = 8.9 TFLOP
2000MHz (overclock) = 10.2 TFLOP

Which may be why Nvidia are hiding the actual performance. They've obviously misreported the "Up to 6x faster" bit completely, as that means in RT which obviously the 10 series are going to be potatoes at because they don't have RT hardware on them.

We'll see I guess.


It is also pretty easy to work out what the Tensor core spec is working on the basis that Turing is an evolution of the Volta V100 chip.

Tensor Cores

Titan V = 640

2080 Ti = 544

2080 = 368

2070 = 288




Anyone considering buying Turing should also think about future cards in the lineup as there will also be an enhanced 2080 card and a Titan type card. There is a big clue to this on the 2080 Ti PCB, its got 12 memory chip places even though it only uses 11.



So possible future Turing cards -


Future 2080+

Cuda cores 3072
Tensor cores 384
8gb GDDR6
256 bit bus



Future Turing Titan

Cuda cores 5120
Tensor cores 640
12gb GDDR6
384 bit bus



I don't think we will see either of the above until NVidia have totally milked the market with the existing Turing cards.
 
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