Official pricing announced for 5060/Ti:
A more reasonable $50 to increase from 8GB to 16GB this time on the Ti.
That's assuming there will be product available at $429 tho. That will have to wait until tomorrow.
I am not a fan of the Fake MSRP.
Official pricing announced for 5060/Ti:
A more reasonable $50 to increase from 8GB to 16GB this time on the Ti.
16GB for under $500 will sell through fast in the present market. Paying $400+ for 8GB is it's own punishment.I was thinking $499 street price on something with some ARGB, gamer aesthetic and a thermal pad - with the vast majority of stock being these "premium" ones.
So $480 is a nice little surprise
That's assuming there will be product available at $429 tho. That will have to wait until tomorrow.
I am not a fan of the Fake MSRP.
16GB for under $500 will sell through fast in the present market. Paying $400+ for 8GB is it's own punishment.
NVidia honestly should not sell an 8 GB version of the card.
I don't get why the 5060 is not just a 96bit 12GB card.
The only two options with more than 8GB VRAM from RTX 3000 series were 3060 12GB and 3080 10GB. Everything else was either priced too high or not enough VRAM.Was 3070ti 8 GB only? thought that was 3070 and Ti got more? Brain fog here.
I don't get why the 5060 is not just a 96bit 12GB card.
GDDR7 would mean it still has a bandwidth advantage over the 4060 and 12GB @ $300 for what is probably between the 3060Ti and 4060Ti in raw performance seems pretty fine to me.
No. That would be how long it takes to render single frame.Shouldn't it be 16?
rather make a competent $300 option.
What you quoted is enough proof.Absolutely TERRIBLE assumptions. Even games don't scale with more cores beyond a certain point. There is quite a bit of evidence that indicates that bandwidth is NOT an issue. Lack of VRAM can be. Poorly optimized games/game engines CAN be. You'd have to show me an actual test that shows bandwidth usage for me to believe that. I've worked extensively with OpenGL and DX3-11 along with some DX12 and Vulkan stuff, and I know what I saw writing code. All of my work was done in native C or C++ btw, no engines involved.
You can't say that this mediocre increase in performance is because of bad scaling by having more SM, that's not true at this SM count.Despite having 42% more Cuda cores and much higher TDP than RTX 4060, Itwashas only 26% higher performance at 1440p(TPU).
RTX 5060Ti 16GB has the same amount of Vram and power budged did increase, but only by 15W vs 4060Ti 16GB.NVIDIAs *90 series is faster, sure, but look at the power budget and increased VRAM.
Honestly, I don't care. I wasn't even talking about which method provides better scaling. I was pointing out that 4060TI is BW starved, so 5060Ti could have additional gains by using GDDR7.I'm willing to bet (admittedly with no evidence other than profiling code) that games would see far more improvements with faster clocks over wider cores. AMD seems to be proving that so far. We'll see what happens long term.
GB206 is limited to 128-bit wide memory controller.There should have been one 5060 Ti SKU - 192 bit, GDDR6. 12GB. $399 ($449 for the fancy ones). "Change my mind" picture here.
How its designed now, yeah. And can it even work with GDDR6? I have no idea.GB206 is limited to 128-bit wide memory controller.
It would have to be a heavily cutdown GB205 to have that bus width.
GDDR7 has 24Gbit modules, so with that you can have 12GB Vram. Maybe Nvidia thought those modules will be more widespread and cheaper, who knows.How its designed now, yeah. And can it even work with GDDR6? I have no idea.
"I am just saying" that the 5060 Ti should have always been the top of the small chip stack and had a 192 bit bus and 12GB of ram. IF they were serious about the gamer GPU segment, maybe the would have gifted that to us.
But here we are, and nvidia is apparently so ashamed of the 8GB Ti that they are withholding it.
Yeah, they could have still had their 5060 8GB though. nvidia is obviously no rush to add memory to laptop skus.GDDR7 has 24Gbit modules, so with that you can have 12GB Vram. Maybe Nvidia thought those modules will be more widespread and cheaper, who knows.
They could have made such a chip, 200mm2 GTX 1060 had 192-bit GDDR5, but laptop makers wouldn't like a chip, which needs 6 memory chips for the low end.