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[Xdrive05]

Did I miss something or did he never mention the Nintendo patent for a lightweight DLSS on Switch 2? That is the obvious news tie in to this story and I'm not sure how he didn't bring that up throughout this whole video.

Anyway, very solid video by DF. Confirms some things we thought coming into this console, and also confirms that full CNN based DLSS is there even on some of the heaviest games. The lite model is probably much better than Nintendo falling back on FSR1 spatial upscaling like they seem to do too much. But it's definitely a far cry from the full model. Hopefully they tweak that lite model to be better over time.

 

[nordique]

Is Switch 2 a beast or not ?

For like 10 watts of power or whatever it draws, absolutely a beast

 

[cireza]

These reconstruction techniques are the worst, everything looks like absolute shit. Jaggies, noise, pixels salad everywhere. Simply disgusting.

 

[bender]

Switch 2 is a beast.

These reconstruction techniques are the worst, everything looks like absolute shit. Jaggies, noise, pixels salad everywhere. Simply disgusting.

I like you. #Native4Life

 

[winjer]

These reconstruction techniques are the worst, everything looks like absolute shit. Jaggies, noise, pixels salad everywhere. Simply disgusting.

Let me guess, you have never used DLSS4 or FSR4?

 

[Bojji]

I like you. #Native4Life

In many games it's hard to tell the difference between DLSS4 and native with TAA. And you get 50%+ performance.

Using native resolutions when we have such good techniques like DLSS or FSR4 is not very smart.

 

[bender]

In many games it's hard to tell the difference between DLSS4 and native with TAA. And you get 50%+ performance.

Using native resolutions when we have such good techniques like DLSS or FSR4 is not very smart.

While the techniques are improving, I don't agree. I understand why these methods exists as ambition has pushed far beyond what hardware is capable of, but I'd rather address the ambition "problem".

 

[Bojji]

While the techniques are improving, I don't agree. I understand why these methods exists as ambition has pushed far beyond what hardware is capable of, but I'd rather address the ambition "problem".

Rendering 8 294 400 pixels was always a waste, and now with really good reconstruction techniques it's not worth it at all.

 

[bender]

Rendering 8 294 400 pixels was always a waste, and now with really good reconstruction techniques it's not worth it at all.

I understand the tech so I don't need links to your favorite YouTube channels. I stand by my opinion.

 

[TintoConCasera]

These reconstruction techniques are the worst, everything looks like absolute shit. Jaggies, noise, pixels salad everywhere. Simply disgusting.

Nah. The tech itself is fine and can look real good and way better than AA.

What sucks is modern developers over-reliance on it. Optimizing the game? Nah, just turn on DLSS and leave us alone.

 

[Bojji]

I understand the tech so I don't need links to your favorite YouTube channels. I stand by my opinion.

Ok.

 

[Senua]

While the techniques are improving, I don't agree. I understand why these methods exists as ambition has pushed far beyond what hardware is capable of, but I'd rather address the ambition "problem".

TAA usually looks like shite, that's why DLSS4 looks better even with a lower internal resolution.

 

[bender]

TAA usually looks like shite, that's why DLSS4 looks better even with a lower internal resolution.

I'm not championing TAA.

 

[Bojji]

I'm not championing TAA.

What other choice you have? TAA has many issues but cleans the image from jaggies, 90% of games use only TAA. SMAA/FXAA are shit, MSAA is almost non existent in modern games.

Unless you are talking about DLAA.

 

[Senua]

I'm not championing TAA.

But what else is the alternative? Nowadays it's TAA or AI upscaling techniques ( and their native AA equivalents)

 

[Karim]

Did their stance finally change?
Is the Switch 2 still a "PS4 level experience" for them?

So Many Crows eating for HATERS

They are haters because they dare to say the switch 2 has a raw power comparable to the ps4? Some of you are really like a child. I have the switch 2 and in terms of poly counts it appears more close to the ps4 than the ps5. Not absolutely bad for a portable. Even if you look to the Starwars Outlaw port, the environment poly count is definitely cutback, hard to notice in undocked mode, of course, but very apparent in a big screen.

 

[kevboard]

Did their stance finally change?
Is the Switch 2 still a "PS4 level experience" for them?

So Many Crows eating for HATERS

it still indeed has the raw raster and CPU power that is similar to a PS4. the hardware hasn't changed you know...

 

[cireza]

Rendering 8 294 400 pixels was always a waste, and now with really good reconstruction techniques it's not worth it at all.

Enjoy DLSS as much as you want for your fake 4K. I don't need 4K to begin with.

Native 1080p@60fps is largely sufficient as far as I am concerned and we don't get all the inherent problems of "best guessing the missing pixels". The games displayed here on Switch 2 that use DLSS have pixels salad everywhere, incredibly distracting on top of making no sense from a visual stand point. If people don't see, then great, but I see it and can't stand it.

 

[rodrigolfp]

The Switch 2 humiliates a Steam Deck which also has a power envelope of 15W.

Have games with some settings lower than the lowest than on Deck but somehow humiliates it.

 

[winjer]

Enjoy DLSS as much as you want for your fake 4K. I don't need 4K to begin with.

Native 1080p@60fps is largely sufficient as far as I am concerned and we don't get all the inherent problems of "best guessing the missing pixels". The games displayed here on Switch 2 that use DLSS have pixels salad everywhere, incredibly distracting on top of making no sense from a visual stand point. If people don't see, then great, but I see it and can't stand it.

Those issues are not cause by DLSS.
The dithering effect on the right side, is an LOD transition. And it happens so close to the camera because DF had to use low settings, including draw distance, to match the Switch2 settings.
If the Switch 2 was more powerful, and could use better LODs, then that transition would be farther away and barely noticeable.
And the shimmering effect on the Switch 2 is due to the low base resolution. Without DLSS, it would be even more noticeable. If the Swicth 2 had a better GPU, it could render a bit higher resolution, and give DLSS inputs more pixels to work with.
And of course, it the Switch was capable of using DLSS with the transformer model, even better.

 

[cireza]

And the shimmering effect on the Switch 2 is due to the low base resolution. Without DLSS, it would be even more noticeable.

It would run a higher res without DLSS. Thing is, it looks extremely distracting as is, and if without DLSS it would still look like shit, then maybe port something else ? This is going to be a Doom 2016 festival all over the gen again.

 

[winjer]

It would run a higher res without DLSS. Thing is, it looks extremely distracting as is, and if without DLSS it would still look like shit, then maybe port something else ? This is going to be a Doom 2016 festival all over the gen again.

How would it run at a higher resolution without DLSS?

 

[cireza]

How would it run at a higher resolution without DLSS?

Because you are not wasting your resources to DLSS anymore. So it would higher than the base resolution used for DLSS.

When you have to reduce the quality of your output to reserve the resources for your process that will, somehow, try to improve the quality of your output, common sense has been defeated.

 

[winjer]

Because you are not wasting your resources to DLSS anymore.

But DLSS doesn't run on shaders. So it's not wasting resources.
If you disable DLSS, the same compute capability is used to render the game.

 

[cireza]

But DLSS doesn't run on shaders. So it's not wasting resources.
If you disable DLSS, the same compute capability is used to render the game.

Wasted hardware. Put the money in a better CPU/GPU/Memory rather than stuff like this that will lead to poor picture quality anyway.

 

[winjer]

Wasted hardware. Put the money in a better CPU/GPU/Memory rather than stuff like this that will lead to poor picture quality anyway.

The Tensor Cores in Ampere acount for around 10% of the GPU. On the Switech 2 SoC, it's less, because there is also the CPU portion.
So maybe we could have a few more shaders. And instead of running at 540p to 1080p, it would run 594p to 1188p.
Not a big difference. But then it would have to use TAA, with much lower temporal stability, more shimmering, more ghosting, and more artifacts.
Not to mention, that without upscale, the output image would be of even lower resolution.

 

[Fafalada]

Nice! So the Switch 2 has better-than-Sony AI upscaling confirmed

Sounds more like above 1080p they upscale worse than fsr2 even.

 

[kevboard]

But DLSS doesn't run on shaders. So it's not wasting resources.
If you disable DLSS, the same compute capability is used to render the game.

I mean, it sorta does run on the shaders. at least since DLSS 2.0. (DLSS 1 actually relied almost fully on the tensor cores creating a high res image, which is why it was so shit)

DLSS, at the end of the day, works exactly like TAAU or FSR2/3. the only step that doesn't run on the shaders is the algorithm that determines how the jittered and multi-frame accumulated image data gets combined into the final reconstructed image.

TAAU, TSR and FSR2/3 do this through a hand programmed algorithm, while DLSS does it with a machine learning model.

so the initial multi-frame reconstruction is done on the shaders, and will have a similar cost to TAAU.
and if you actually follow Nvidia's recommendations on how to implement DLSS for the best possible output quality, there are several other additional things that adds to the workload of the shaders, like rendering the post processing at full res, and having the same mipmap and LOD bias as the target resolution would have.

it seems even games that use the "full fat" DLSS on Switch 2 do not do that last part, specifically to save on render time. Cyberpunk clearly doesn't render post processing at target resolution for example.


edit: oh, forgot another thing, your denoiser for SSR and RT needs to be better when using DLSS, because unlike TAA, DLSS doesn't smear the image as much. many denoisers do less work because the Devs expect the TAA to smooth over the remaining noise and jitter. so your denoiser has to do more work to look good with DLSS. that does add to the workload of the shaders too.
if you don't do that, you get the same issue PSSR faces in many games, where shadows flicker and stuff like that.

 

[cireza]

The Tensor Cores in Ampere acount for around 10% of the GPU. On the Switech 2 SoC, it's less, because there is also the CPU portion.
So maybe we could have a few more shaders. And instead of running at 540p to 1080p, it would run 594p to 1188p.
Not a big difference. But then it would have to use TAA, with much lower temporal stability, more shimmering, more ghosting, and more artifacts.
Not to mention, that without upscale, the output image would be of even lower resolution.

As stated, wrong choice of game. If your console has a 1080p screen, you should output at 1080p. If that's too much for Cyberpunk, then release something else.

This will always look much better than anything lower that is upscaled for whatever reason. It's as if people have forgotten how clean and crisp a native res picture looks like. Then again, people have forgotten about how motion clarity was impeccable on CRT, so it wouldn't be a first.

 

[Bojji]

Enjoy DLSS as much as you want for your fake 4K. I don't need 4K to begin with.

Native 1080p@60fps is largely sufficient as far as I am concerned and we don't get all the inherent problems of "best guessing the missing pixels". The games displayed here on Switch 2 that use DLSS have pixels salad everywhere, incredibly distracting on top of making no sense from a visual stand point. If people don't see, then great, but I see it and can't stand it.

1080p you say... Ok.

Example, RDR2 - 1080p, native TAA vs. 540p reconstructed to 1080p using DLSS4:

Guess which one is which.

4k version

Spoiler

 

[cireza]

1080p you say... Ok.

Example, RDR2 - 1080p, native TAA vs. 720p reconstructed to 1080p using DLSS4:

Guess which one is which.

You know quite well that all these issues, jaggies, artifacts and pixel salad are made extremely apparent when there is movement. Comparing screenshots is pointless.

Only based on the screenshot, I see pixel salad in the bottom screenshot, especially at the top of all the poles. The trees and grass as well don't look super convincing. The puddle is also pixel salad. Pretty sure that in movement this looks pretty bad.
Top screen feels way too soft, which I dislike as well.

I don't care about TAA or DLSS or whatever. If it leads to distracting visual artifacts, they are all just as bad as far as I am concerned.

Didn't look at the 4K screenshots. 4K is pointless anyway.

 

[winjer]

As stated, wrong choice of game. If your console has a 1080p screen, you should output at 1080p. If that's too much for Cyberpunk, then release something else.

This will always look much better than anything lower that is upscaled for whatever reason. It's as if people have forgotten how clean and crisp a native res picture looks like. Then again, people have forgotten about how motion clarity was impeccable on CRT, so it wouldn't be a first.

In docked mode, it runs at 540-1080p, then upscales it.
In portable mode, it runs at 360-720p, then upscales it.
Yes, the console is underpowered for a game like CP2077.
But DLSS is helping it by using one of the best upscalers in the market.

 

[cireza]

In docked mode, it runs at 540-1080p, then upscales it.
In portable mode, it runs at 360-720p, then upscales it.
Yes, the console is underpowered for a game like CP2077.
But DLSS is helping it by using one of the best upscalers in the market.

If people are happy with this, then good.

 

[Bojji]

You know quite well that all these issues, jaggies, artifacts and pixel salad are made extremely apparent when there is movement. Comparing screenshots is pointless.

Only based on the screenshot, I see pixel salad in the bottom screenshot, especially at the top of all the poles. The trees and grass as well don't look super convincing. The puddle is also pixel salad. Pretty sure that in movement this looks pretty bad.
Top screen feels way too soft, which I dislike as well.

I don't care about TAA or DLSS or whatever. If it leads to distracting visual artifacts, they are all just as bad as far as I am concerned.

Didn't look at the 4K screenshots. 4K is pointless anyway.

Have you used DLSS of FSR4 in games? DLSS4 produces sharper image than native 1080p TAA in most games.

I have video of it:



1080p native vs. 1080p from 540p using DLSS4.

 

[kevboard]

Enjoy DLSS as much as you want for your fake 4K. I don't need 4K to begin with.

Native 1080p@60fps is largely sufficient as far as I am concerned and we don't get all the inherent problems of "best guessing the missing pixels".

you clearly don't know how (PC) DLSS works.
if you don't like the game guessing pixels, you also can't use TAA.

DLSS and TAA are both multi-frame temporal reconstruction methods. TAA does reconstruction completely based on a static algorithm, while DLSS reconstructs intelligently by using machine learning that is trained on billions of screenshots to learn how elements should look.

one of these is native 1440p + TAA
the other one is 960p reconstructed to 1440p with DLSS 3

as you can see by the flame, these are both taken while moving to the left, so that possible ghosting would be visible and since it's harder to keep a moving image sharp and detailed for any temportal reconstruction method.

I almost guarantee you that anyone would say they either look identical, or, if you look really closely at small details, that the DLSS one looks superior.

DLSS has less ghosting around the metal bars of that small window, and details like the cobwebs look sharper and cleaner with DLSS.

and all that while getting 20fps of essentially free performance

 

[ryan90k]

Enjoy DLSS as much as you want for your fake 4K. I don't need 4K to begin with.

Native 1080p@60fps is largely sufficient as far as I am concerned and we don't get all the inherent problems of "best guessing the missing pixels". The games displayed here on Switch 2 that use DLSS have pixels salad everywhere, incredibly distracting on top of making no sense from a visual stand point. If people don't see, then great, but I see it and can't stand it.

the video doesn't say hd or 4k on the little cog so you are using what 480p resolution? The image will have way more video compression than anythig else, this is even more obvious if you look at the windows 11 logo. You aren't showing us anything here.

 

[darrylgorn]

Looking at this

 

[Deerock71]

Even if you look to the Starwars Outlaw port, the environment poly count is definitely cutback, hard to notice in undocked mode, of course, but very apparent in a big screen.

 

[Zuzu]

I would rather developers use the standard DLSS model to reconstruct up to 1080p rather than use the Lite model to reconstruct up to 1440p or 4k.

I prefer the superior image quality in motion on the standard DLSS model even if the image is softer than some aspects of the Lite model when it's reconstructing up to 1440p/4k.

 

[Jesb]

Full fat? What.

 

[Karim]

It's my opinion? Lol there is a video analysis which prove they downgraded the poly counts in the environment on switch 2

 

[cireza]

you clearly don't know how (PC) DLSS works.
if you don't like the game guessing pixels, you also can't use TAA.

DLSS and TAA are both multi-frame temporal reconstruction methods. TAA does reconstruction completely based on a static algorithm, while DLSS reconstructs intelligently by using machine learning that is trained on billions of screenshots to learn how elements should look.

one of these is native 1440p + TAA
the other one is 960p reconstructed to 1440p with DLSS 3

as you can see by the flame, these are both taken while moving to the left, so that possible ghosting would be visible and since it's harder to keep a moving image sharp and detailed for any temportal reconstruction method.

I almost guarantee you that anyone would say they either look identical, or, if you look really closely at small details, that the DLSS one looks superior.

DLSS has less ghosting around the metal bars of that small window, and details like the cobwebs look sharper and cleaner with DLSS.

and all that while getting 20fps of essentially free performance

And yet the pixel salad is super obvious at the top of the right pole, and definitely visible in other places. And this is on a static image. You can be sure that it will shimmer in movement.

 

[Bojji]

And yet the pixel salad is super obvious at the top of the right pole, and definitely visible in other places. And this is on a static image. You can be sure that it will shimmer in movement.

Have you even used DLSS3/4/FSR4 personally?

 

[cireza]

Have you even used DLSS3/4/FSR4 personally?

I love how you are totally ignoring the assessment I made about your screens.

I hate distracting visuals artifacts in my games. Why would I want to use DLSS when every single time it has been presented to me, there has been distracting visual stuff on screen ?

DLSS does not have the exclusivity of generating garbage on screen. UE5 is pretty good at it as well.

In any case, this is not a huge win for Switch 2 as far as a I am concerned. We are going to get games riddled with distracting stuff, while the right games to port, would be things like Outrun C2C in all its glorious native 1080p@60fps. But instead, we are going to get recent games riddled with artifacts.

 

[Bojji]

I love how you are totally ignoring the assessment I made about your screens.

I hate distracting visuals artifacts in my games. Why would I want to use DLSS when every single time it has been presented to me, there has been distracting visual stuff on screen ?

DLSS does not have the exclusivity of generating garbage on screen. UE5 is pretty good at it as well.

In any case, this is not a huge win for Switch 2 as far as a I am concerned. We are going to get games riddled with distracting stuff, while the right games to port, would be things like Outrun C2C in all its glorious native 1080p@60fps. But instead, we are going to get recent games riddled with artifacts.

You are ignoring that 540p image is much sharper than native 1080p image, and believe it or not but in motion it actually looks good. It's better than native in some aspects and worse in others.

This is 4k native vs. 4k with DLSS4 Performance:



I would like you to provide some evidence about stuff that you are saying is true.

 

[cireza]

I would like you to provide some evidence about stuff that you are saying is true.

If both your screenshots were good enough evidence to demonstrate that DLSS and TAA are good, then they are good enough evidence as well for what I am saying as they are clearly showing the issues I talked about.

4K maybe helps, RDR2 is maybe your favorite example, but this is a Switch 2 topic as far as I remember.

 

[Zathalus]

Arguing that DLSS 4 is full of visual noise vs TAA in 2025 is certainly a take.