• Welcome to TechPowerUp Forums, Guest! Please check out our forum guidelines for info related to our community.
  • The forums have been upgraded with support for dark mode. By default it will follow the setting on your system/browser. You may override it by scrolling to the end of the page and clicking the gears icon.

NVIDIA GP100 Silicon to Feature 4 TFLOPs DPFP Performance

Guys, you are keep saying that the new ones will be better suited for 4K gaming. LOL. If you think that 0.07% of the users that are gaming in 4K are going to make nVidia/AMD ritch by buyng new cards, then we are all living an a dream world :))))
Common, lets be real for once.
Problem with doing 4k gaming now, doing it with 1 card isn't very viable. You need least 2 cards in SLI to keep decent frame rates without crapping quality to nothing. new cards make it closer and cheaper.
 
If they are, they can keep it. HBM2 has better power efficiency, performance as well as making the PCB smaller.
HBM implementation also costs a lot more thanks to the assembly (micro-bumping) and the more involved X-ray metrology used to verify the package. Manufacturing cost assumes greater importance when you can't load it on to the retail price. There is a reason why interposer packages are referred to as stack and pray.
BiNQWrw.jpg

It would be a big mistake if they decide to go with GDDR5X, even for the lower tiered cards; just think Media PC's etc.
That doesn't seem to make a lot of sense TBH. A 128-bit bus width GDDR5X card (using 70% of a conventional GDDR5 power envelope) running at 13000Gbps (the transfer rate currently being achieved) gives 208 GB/sec of bandwidth - that exceeds the 256-bit R9 380X and almost approaches the GTX 980. More than enough bandwidth for a 128-bit card. Double the bus width to 256, and the bandwidth jumps to 416GB/sec - comfortably higher than any current Nvidia card and every AMD card except the Fiji cards. Hardly a crisis situation.
 
Last edited:
If they are, they can keep it. HBM2 has better power efficiency, performance as well as making the PCB smaller. It would be a big mistake if they decide to go with GDDR5X, even for the lower tiered cards; just think Media PC's etc.

It won't work. Just look at R9 Nano. Sure it's tiny, but it still costs even more than the flagship. It's not exactly common to see top of the line spec cards in media PC's. Regardless of size. NVIDIA had tiny GTX 970 cards (that tiny ASUS one) and they weren't common in media PC's at all. And they are about the size of R9 Nano.
 
If NV is planning to go HBM with pascal yet GP100 flagship doesn't get it, then which one will??

Waiting for GP104 variant to come out as that's what I'll be getting.
 
If they are, they can keep it. HBM2 has better power efficiency, performance as well as making the PCB smaller. It would be a big mistake if they decide to go with GDDR5X, even for the lower tiered cards; just think Media PC's etc.

None of this is rational. HBM2 is expensive, and will only go in the top one or two cards. I don't know why you'd be upset with GDDR5X on the rest of the models. You're still getting more performance than GDDR5 and better power efficiency as well.
 
Guys, you are keep saying that the new ones will be better suited for 4K gaming. LOL. If you think that 0.07% of the users that are gaming in 4K are going to make nVidia/AMD ritch by buyng new cards, then we are all living an a dream world :))))
Common, lets be real for once.
I'm gaming with full details ALL existing games on 1080p with my (now) crappy 780 Ti card and so far there is zero reason to upgrade. If the rummors are true, then those new cards will be at least 700$ or more in East Asia/Europe...
Good luck with that.

This thread is about the Flagship Pascal. That's why 4K is being discussed here. 4K owners would benefit from this GPU for people that only want to run a single GPU. Of course it's not going to make Nvidia rich from 4K gamers or people running multiple monitors or 120Hz or 144Hz monitors. There are few customers in this category right now. Nvidia's bread and butter with gamers will be with entry level and midrange Pascals which I expect will be impressive compared to Maxwell and Kepler in those categories.
 
This thread is about the Flagship Pascal. That's why 4K is being discussed here. 4K owners would benefit from this GPU for people that only want to run a single GPU. Of course it's not going to make Nvidia rich from 4K gamers or people running multiple monitors or 120Hz or 144Hz monitors. There are few customers in this category right now. Nvidia's bread and butter with gamers will be with entry level and midrange Pascals which I expect will be impressive compared to Maxwell and Kepler in those categories.
Single? Try double.
 
one word: Interesting.
 
Back
Top