Caporegime
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- 18 Oct 2002
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Yeah tbf they priced it well enough to compensate.
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10GB vram enough for the 3080? Discuss..
- Thread starter Perfect_Chaos
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Yeah tbf they priced it well enough to compensate.
Cool a converted PS4 game.
We won't really know until new games get released that are designed around better hardware.
That is what I am thinking. Games that likely will be more vram hungry will be triple a games which then likely will have DLSS 2.0. So in the potentially handful of games that get released between now and the 4000 series which is when I will upgrade I have the option of either using DLSS 2.0 or lowering textures by 1 notch. No biggie.
Exactly, some make it sound like the game won’t work, it will, just go down 1 setting on textures if ever needed.
That’s just marketing mate. To me the 3090 is flagship and even if not the case 3080Ti won’t be long away.
It is simple, they wanted to keep the cost of the 3080 down and offer that level of performance cheaper.
End of the day if you intend to keep the card for 4-5 years then just wait a bit and go 16 or 20gb variants.
Permabanned
Totally fine, nobody will notice.
Why do we use caches? Because loading information from disk is typically very slow and we need the information readily available on a high speed interface, so we put stuff in cache. Now the faster you're able to retrieve that information from cache the less important your total cache size is, as long as you have strategies for feeding that cache in advance of needing it.
The thinking from NVIDIA is that the RTX IO (and Direct Storage) is that they can better optimise the loading of information from disk to the GPU. Their claims are they can do something like 24GB/second compressed on disk from an NVME SSD over the PCI-E bus into the VRAM. If that's true, we're talking about being able to fill a 10GB cache in under half a second with minimal CPU overhead.
So the question is, how much memory does a game actually need at a given moment? From my understanding, even in very large game worlds, the actual drawable assets on screen represent a very tiny percentage of the total cache. Game developers have gotten used to just loading everything they need into VRAM because why not? When in reality, they may only need to hold the assets needed for the next 5-10 seconds of game-play because by the time the gamer starts to move to another area, the data can be loaded into ram at high speed with minimal impact to performance.
This is a much more efficient use of VRAM and there's no reason why you wouldn't do this. The faster your persistent storage gets and the better strategies you have for loading your cache, the smaller your cache needs to be.
Nvidia know what they are doing so I'm willing to bet they have the data which says 10GB is more than capable for modern games at 4K and won't be an issue for the life cycle of the card, assuming games are taking advantage of the new technology. (which they will be forced to do...)
The thinking from NVIDIA is that the RTX IO (and Direct Storage) is that they can better optimise the loading of information from disk to the GPU. Their claims are they can do something like 24GB/second compressed on disk from an NVME SSD over the PCI-E bus into the VRAM. If that's true, we're talking about being able to fill a 10GB cache in under half a second with minimal CPU overhead.
So the question is, how much memory does a game actually need at a given moment? From my understanding, even in very large game worlds, the actual drawable assets on screen represent a very tiny percentage of the total cache. Game developers have gotten used to just loading everything they need into VRAM because why not? When in reality, they may only need to hold the assets needed for the next 5-10 seconds of game-play because by the time the gamer starts to move to another area, the data can be loaded into ram at high speed with minimal impact to performance.
This is a much more efficient use of VRAM and there's no reason why you wouldn't do this. The faster your persistent storage gets and the better strategies you have for loading your cache, the smaller your cache needs to be.
Nvidia know what they are doing so I'm willing to bet they have the data which says 10GB is more than capable for modern games at 4K and won't be an issue for the life cycle of the card, assuming games are taking advantage of the new technology. (which they will be forced to do...)
Man of Honour
The 3090 most definitely won't be the Titan, it does not even use the full Die, the Titan will surface in a few months time when 3090 sales start to dip.
As to the 3080 it is mid range as above it you will have eventually 3080 Ti, 3090 (3090 Ti possibly using full die) and the Titan in some form. And that does not include any Super cards later on.
NVidia will not talk about a possible Titan at the moment because they know people who buy them are also likely to buy the 3090 in the short term.
As usual NVidia will milk their loyal followers for every cent they can get.
I built a Ryzen 3950X setup the other week, it makes all my intel stuff look very poor for various reasons, NVidia should pay more attention to the CPU market. Intel could never imagine Robert Noyce buying a Ryzen setup but I did lol.
Consoles dictate AAA game development. They are relevant to the conversation. Consoles have just doubled the amount of RAM they have. As the new generation progresses developers will build more and more complex games to push the consoles to the limit. This will involve using and filling up the RAM available to them. They will allocate the Shared pool as they wish, but they will most likely assign most of it as VRAM.
Who wants to buy a 3080 to use textures that are lower quality than a consoles?
The assumption i am making here is that the new generation of consoles will be pushing higher quality textures due to the increase in VRAM they have over the previous generation.
So based on that, is the 3070 low end Kaaps?
I mean 3070 is a GA104 and 3080 is GA102 right?
Man of Honour
So based on that, is the 3070 low end Kaaps?
I mean 3070 is a A104 and 3080 is A102 right?
Both mid range.
In the same way as the 3090 and Titan will be high end.
This message was brought to you on my mid range Turing Titan.
Permabanned
Who wants to buy a 3080 to use textures that are lower quality than a consoles?
The assumption i am making here is that the new generation of consoles will be pushing higher quality textures due to the increase in VRAM they have over the previous generation.
Yet the consoles will only have about 10gb usable as well.
LolBoth mid range.
In the same way as the 3090 and Titan will be high end.
This message was brought to you on my mid range Turing Titan.
Yea I am not bothered what it is classified as in the end. As always, I am concerned with price for performance. If the 3090 “high end” is only around 20% faster for more than double the money, then I am happy even if the 3080 is considered “low end”
A full 10GB devoted to the game as opposed to having to share it with windows.
Also people keep trotting out that number as if developers can't choose to assign more to VRAM if they feel the need to.
Permabanned
A full 10GB devoted to the game as opposed to having to share it with windows.
Also people keep trotting out that number as if developers can't choose to assign more to VRAM if they feel the need to.
Given the OS and game will use some of that RAM then there may be 10-12gb left usable as VRAM.
Will have to wait and see if the VRAM whinging actually turns into fact or not when some more detailed analysis hits.
Associate
I will just continue gaming at 1080p, then i don't have to worry about only having 10gb of vram.
Bless you
you can can still Dsr the ballz off 1080p and render at 4k, looks decent
Man of Honour
Can remember when the argument was if 2gb was enough.
I can also remember at the time that 2gb even at high resolution like 1440p or 1600p was enough and the graphics actually looked quite good. 8 years later 8gb really is not enough but the graphics have improved very little, what is going on?
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