"The folks at Nvidia, the world’s largest maker of stand-alone graphics chips, are good at numbers. So I talked to them recently about their expectations for virtual reality gaming. They showed me some demos of the Oculus Rift and HTC Vive virtual reality headsets, powered by a PC using Nvidia’s GeForce GTX Titan X graphics chip. The demos were just a taste of the many VR experiences we’ll see at the 2016 International CES, the big tech trade show in Las Vegas next week."By DEAN TAKAHASHI
Cloudhead Games has announced the VOIDSLAYER update for Pistol Whip, adding three new scenes in June for all supported platforms.
Nvidia DLSS 3.7 is the latest update to the long-running AI upscaling technology, and it further shows native performance doesn't matter.
I think hardware development is at a point where they need to figure out how to draw less power, These beefy high end cards eat wattage, and I'm curious if using DLSS & AI in general will lower the power draw. It would seem like the days of just adding more VRAM & horsepower is over. Law of diminishing returns. Pretty soon DLSS/FSR will be incorporated into everything, and eventually the tech will be good enough to hardly notice a difference if at all. AI is the future and it would be foolish to turn around and not incorporate it at all. Reliance on AI is only going to pick up more & more.
DLSS certainly lowers power consumption. Also, the numbers such as the 4090 at 450W does not tell you everything, most of the time the GPU stays between 200-350W in gameplay, which is not too different from the highest end GPU of 10 years ago. Plus, today you can undervolt + OC GPUs by a good margin to keep stock performance while utilizing 80% of the power limit.
You can make the 4090 extremely power efficient and keep 90% of its performance at 320W.
However, in today's world the chip manufacturing is limited by physics and we will have power increases in the next 5-10 years at the very least to keep the technology moving forward at a pace that satisfies both businesses and consumers.
Maybe in 10 years we have new tech coming to the markets which we are yet to invent or perhaps we can solve existing technologies problems with manufacturing or cost of production.
On the other hand, if we were to solve the energy problem on earth by utilizing fusion and solar etc. it would not matter how much these chips require. That being said, in the next 30-40 years that is a pipedream.
I don't think fusion is the way forward. It will mosy likely be too late when it's finally ready, meaning it will probably never be ready. Something else might arrive before though and then it becomes viable.
We need to stop the smear campaign on nuclear energy.
We could power everything forever if we wanted too.
PS4 Pro had dedicated hardware in it for supporting checkerboard rendering that was used significantly in PS4 first party titles, so you don't need to look to PC or even modern PC gaming. The first RTX cards released nearly 6 years ago, so how many nails does this coffin need?
I'm not sure what the point you're trying to make is, but PS4 Pro was before DLSS and FSR, and it still provides one of the highest performance uplifts while maintaining good image quality.
DLSS is it's own thing but checkerboarding om PS5 still is a rival to the likes of FSR2.
Um. That is my point. That there have been so many nails in this "native performance" coffin and they've been getting hammered in for years, even on PS4 Pro before DLSS was even a thing.
Don't know what's OP's point is either but ... checkerboard rendering was good enough for its time but in terms of image quality its wayy behind what's DLSS 3 or FSR 3 is currently offering.
The main point of the article and what OP missed here is that DLSS 3.7 is soo good that its nearly undisguisable from native rendering and basically throws the "its still blurry and inferior to native rendering" debacle, (that's been going around in PC community since 2019), right out of the window.
RaidenBlack
DLSS is as i said a different thing from FSR and checkerboard.
But you're talking about FSR 3 which probably is better than checkerboard, but FSR 3 has only started to get games this year, so checkerboard which was the first hardware upscaling solution was and is still one of the best upscaling solutions.
Give credit where credit is due, PlayStation was first and they got it right from the get go, and PSSR will almost certainly be better than it will be given credit for, heck digital foundry is already spreading misinformation about the Pro.
Tacoboto
Yes... Its amazing how many talekd about KZ2 deferred rendering, pointing out the explosions were lower res than the frame itself..
And of course, Then the idea of checkerboard rendering, not being native....
For sure, maybe this tech makes it minimal while pixel counting, but alas, seems performance and close enough , and not native now matters.....
I want to see it run native without DLSS.. why not?
Almost deaf person:
- lightweight portable 5$, speakers of 0,5cm diameter are the final nail in coffin of Hi-Fi audio!
Some people in 2010:
- smartphones are the final nain in the console gaming's coffin!
This is just the same.
AI upscalling is complete dogshit in terms of motion quality. The fact that someone is not aware of it (look at the deaf guy example) doesn't mean the flaws are not there. They are. And all it takes to see them, is to use a display that handles motion well, so either gets true 500fps at 500Hz LCD TN or OLED (or faster tech) or uses low persistence mode (check blurbusters.com if you don't know what it means) also known as Black Frame Insertion or backlight strobing.
Also, image ruined by any type of TAA is just as "native image" as chineese 0,5$ screwdriver is "high quality, heavy duty, for professional use". It's nowhere near it. But if you're an ignorant "journalist", you will publish crap like this article, just to flow with the current.
There's no coffin to native res quality and there never will be. Eventually, we'll have enough performance in rasterization to drive 500fps, which will be a game changer for motion quality while also adding other benefit - lower latency.
And at 500fps, the amount of time required for upscalling makes it completely useless.
This crap is only usable for cinematic stuff, like cutscenes and such. Not for gaming. Beware of ignorants on the internet. The TAA is not "native" and the shitty look of the modern games when you disable any TAA, is not "native" either as it's ruined by the developer's design choice - you can cheat by rendering every 4th pixel when you plan to put a smeary TAA pass on it later on. When you disable it, you will see a ruined image, horrible pixellation and other visual "glitches" but it is NOT what native would've looked like if you'd like to honestly compare the two.
Stay informed.
Main point of the article is how far DLSS has come with v3.7 since 2018. If this is what we're getting already, then imagine what we'll get within next ~3 years. Yes parity will obviously be there compared to the then native rendering tech but it'll slowly narrow down to the point it'll be indistinguishable.
Something similar is like the genAI Sora ... AI generative videos were turd back when they were introduced (the infamous Will Smith eating video) ... but now look at Sora, generating videos that just looks like real life.
You can improve quality but you will never be able to reach native quality in motion. The biggest part of why these upscallers are so praised is because they use previous frame data. You cannot do that without degrading latency and/or hurting the motion quality. If you put another flaw on top of it, coming from sample and hold method of displaying image, or coming from low framerate, sure, the difference between "screwed up image" vs. "image screwed up even more" may seem small or non-existent. But if you talk about gaming, not interactive movies, the upscallers are overhyped and harfmul tech for the gamers and the whole gaming industry. For example, a game designed around screwed up motion, like the TAA enabled games, will never be played with improved quality even 100 years later when hardware allows for native 16K res. The motion quality will be broken and even if you disable the AA pass, you will still get the broken image, cause the devs were designing their effects with smeary filter in mind - this is why you can disable TAA in some games today, manually, with some tinkering, but you get 1 to 16 understampled crap.
It's annoying that nobody seems to understand the serious drawbacks of AI assisted upscallers. Everyone just praises it and calling it a great revolution. Don't get me wrong. AI has its place in rendering. But NOT in gaming.
How much VRAM is standard today? My laptop has a 1080p QLED display but only an Intel Iris Xe with 128MB of VRAM. I currently do all my gaming on it but certain titles do suffer because of it. I plan on getting a Steam Deck OLED soon to play the newer and more demanding titles.
Maybe better to get a budget gaming laptop and link a dualsense to it
= Portable console with far better graphics than a steam deck! + bigger screen and able to use it for work / etc
Aleksha writes: "Nvidia has established itself as a dominant force in the world of AI, but I can't shake the worry of what this means for the RTX 50 series."
Echo sentiment here - I think the way GPUs are going, gaming could be secondary to deep learning. Wonder if the 40 series was the last true generation of GPUs?
No.. Jensen believes GPUs should stay expensive. Those wanting a top end GPU will have to splash out for it, or play at just 1080p and 60fps or something if you can only afford a low end option.
On the other hand if you don't care about RT or AI performance then there's always AMD that are doing ok at the mid range.
***or play at just 1080p and 60fps or something***
My over 2-year-old laptop GPU still runs fine. I think this is more a reason why GPUs are going to other things in priority, because the market reach for new users is shrinking as more PC gamers focus less on replacing older and still working parts that run RT/AI fine enough as it is. Not to say there aren't people who still do it, but I think the market is shrinking for having the latest and greatest like it has been the past two decades. Problem is we aren't growing things at a rate as we were, we're reaching the the flattening of that exponential curve in regards to advancement. We need another major technological advancement to restart that curve.
You also need to consider that NVIDIA are heavily invested in cloud gaming. So they are likely going to make moves to push you into yet another life subscription service.
NVIDIA will never change their price point until AMD or intel makes a GPU that is comparable and cheaper than them .
it happend before in the days of gtx280 which they changed the price from 650$ to 450$ in a matter of 2 weeks because of rx4870 which is being sold at 380$.
"That shows that the market for VR won’t be gigantic in 2016, at least on the PC. Sony is also launching PlayStation VR on the PS4 video game console. Sony’s installed base of 30 million PS4 units means that its market potential will be bigger than the PC’s. But Nvidia notes that VR on the PC will be more demanding in terms of graphics processing required."
Of course it will be more demanding on the PC.
Two Nvidia Pascal GP100 cards will do. ;P
7 times powerful than what? Current-gen consoles?
Enjoy forking thousands of more pounds out for a complete New pc, while the already present one cost you thousands in first place and is now useless to power vr.
Glad I'm not all that bothered about it, it's just a step up and more flashy way from what Sony's PlayStation move was and Microsoft's Kinect, instead you got a headset this time and it looks more real around you with full body motion. No one wanted to get off there butts to play the games and devs didn't get into it all either for PlayStation move or Microsoft's kinect. While it's all nice and all vr is going to be very expensive at first I reckon. I do think ar looks better than vr at the moment..
I'm happy just buying a console and buying the games for it..
It works with freaking smartphones...