If you’re stuck with an 8GB VRAM GPU, for whatever reason, you have my sympathies. The GPU market hasn’t exactly been stable in the last six years. Many gamers bought what they could, not what they wanted to. And thanks to companies like Nvidia and AMD essentially locking sufficient VRAM behind a paywall, most of those gamers are struggling with the latest games today. While 8GB of VRAM is still enough for most games at 1080p and even 1440p (to an extent), you can definitely find it lacking in several scenarios. Demanding AAA games with large textures and cutting-edge ray tracing aren’t easy on 8GB VRAM cards, even at 1080p. That said, before you decide to buy a new GPU out of sheer frustration, you can try a few methods to reduce your system’s VRAM demands. It may just allow you to extend your old GPU’s lifespan by a year or two, which could be enough for the latest hardware crisis to become history.
Forget VRAM — these 5 GPU trends are way more disturbing
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It’s not looking good for gaming GPUs, and it might get worse
Try optimized graphics settings
A mix of Medium-High settings instead of Ultra
Most people assume that moving to a lower-resolution monitor is the only way to avoid running out of VRAM. While it certainly helps, it’s easier said than done. Instead of switching from a 1440p to a 1080p monitor to reduce your VRAM needs, it’s better to use the tools already present in nearly every game you play on your PC. You’re probably already using upscaling as much as possible in all the titles that support it. Rendering the game at a lower resolution and upscaling it to your target resolution helps reduce the VRAM consumption. The in-game graphics settings provide more ways to achieve an optimized experience while reducing your VRAM dependency. You can start by lowering the “Texture Quality” or “Texture Resolution” within the game’s graphics settings. This has the biggest impact on your GPU’s VRAM usage.
Next, you can reduce the quality of shadows and volumetric effects to further reduce the strain on your GPU memory. These settings don’t severely affect the visual quality of the gamebut can be heavy consumers of VRAM. Lastly, you can lower the render resolution in the graphics settings, so that your GPU needs to process a smaller number of pixels in the first place. Experiment a bit with these settings and see what looks best, so you can achieve a good balance between visuals, performance, and overall stability. Not every game needs to be experienced with every graphics setting dialed to 11; there’s always room to lower the settings without affecting your experience in a major way.
Let go of ray tracing
It’s only worth it in a handful of titles anyway
Ray tracing deserves its own section, considering the mindshare it commands in the community. Real-time ray tracing and path tracing may be worth the performance hit only in a handful of games, but gamers still consider it a must-have when making GPU buying decisions. Nvidia markets the feature remarkably well, convincing gamers that they’ll miss out if their GPU can’t handle ray tracing well enough. Well, unless cutting-edge AAA games are the only ones you play every day, you can survive without RT effects. Most gamers spend most of their time playing competitive shooters, MOBAs, MMORPGs, sports games, and side-scrollers rather than ray tracing showcases. And on a GPU with 8GB of VRAMyour priority is a stable and smooth framerate anyway, so ray tracing should take a backseat.
Even if you’re playing on a 1080p monitor, ray tracing constitutes a huge chunk of your GPU’s VRAM consumption. Turning it off or at least dropping it to a lower preset will alleviate the burden on your VRAM without making the game look “bad.” Modern titles don’t suddenly look bland with ray tracing or path tracing turned off. You can still enjoy demanding games on 8GB of VRAM if you stop considering ray tracing a must-have feature. By all means, turn it on in games where your VRAM can handle it. In other cases, turn it off ruthlessly and enjoy all the aspects of the game instead of fixating on pretty reflections, shadows, and lighting.
Use Lossless Scaling for older GPUs
Frame generation for unsupported GPUs
Like upscaling, frame generation is a neat trick to reduce the strain on your GPU. It allows AI-generated frames to assist rendered ones in providing a smooth gameplay, and as long as your base framerate isn’t too low, it’s mostly a seamless experience. Newer GPUs from Nvidia, AMD, and Intel enjoy frame generation support in a wide variety of games, but many older-gen cards miss out on the feature. This is where third-party tools like Lossless Scaling come in. For just $7, you can add frame generation support to your “outdated” graphics card. A few settings and sliders are all you need to use Lossless Scaling to maximize your FPS, reducing your VRAM dependency and potentially saturating your high-refresh-rate monitor.
Lossless Scaling isn’t as efficient or stable as native implementations on Nvidia, AMD, and Intel GPUs, but it’s still a massively useful tool for gamers with older GPUs that frequently run out of VRAM. Even the X2 mode is enough to boost your FPS noticeably while keeping VRAM consumption in check. Just remember that you may have to deal with some artifacts. It’s not a perfect replacement for native frame generation, after all. However, it brings frame generation support to your older GPU when the manufacturer doesn’t.
Your 8GB of VRAM still has a lot of life left
There has been a lot of talk about 8GB of VRAM being unsustainable for modern games, but it’s still fine in the majority of titles. Take out the most demanding games, and you can still enjoy 1440p gaming on an 8GB VRAM GPU. What you can also do to extend your GPU’s lifespan is use optimized settings, turn ray tracing off in most titles, and try tools like Lossless Scaling to add AI-generated frames. In this hardware market, making the most of your existing components is paramount.
