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If you want to use the full potential of a VR headset, you need to pair it with a fairly powerful computer, but for immersive VR, no hardware component is as important as your graphics card.

Everyone likes to get good graphics and fast frame rates in normal computer games, but if your GPU is malfunctioning, this is not a big problem. This is annoying, you might lose a game or two, but nothing else. In VR, a poorly performing GPU can completely ruin the experience. Things like screen tearing, ghosting, or shaking don't destroy hallucinations. They can cause headaches, dizziness, disorientation, and nausea.

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Obviously, we have to start with the best, which is the Nvidia GeForce RTX 3090. The 30 series marks the emergence of a new architecture in Nvidia GPUs, Ampere!

has 10,496 CUDA cores, 24GB GDDR6X VRAM memory configuration, and triple fan cooling. This VRready GPU not only opens the door to a new reality, it also takes it off the hinge.

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. After 3090 is AMD's Radeon RX 6900 XT, Gigabyte. It is without a doubt the second best card on the market.

has a total of 5120 AMD cores, 80 hardware ray tracing cores, ultra-fast clock speed, variable speed shading and unlimited cache system, your virtual reality will be so original.

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RTX 3080 is slightly lower than 3090, but it is still equipped with the same technologies, such as second-generation hardware ray tracing, original variable speed shading, accelerated RT VR audio, and low latency. . It even has the same third-generation Tensor core, making AI deep learning easy. The

RTX 3080 will not be able to match the RTX dominance frame by frame, but it can still provide perfect 4K performance, which means your VR device will be completely walked in the park-and, its price is slightly lower. More realistic. Live!

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on Amazon. Just like 3080 is Nvidia's deputy, 6800 XT is AMD's similar product. It has the same architectural brilliance as its superiors, but the functions are slightly weakened and the price is lower.

You can expect a slight drop in the frame rate, especially at higher resolutions, but it will still render these VR environments so realistic and perfect that you will wonder if you have ever put on a headset.

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RTX 3060 Ti is an upgraded version of the entry-level 3060.

It has the same ampere architecture advantages as its more powerful siblings, including hardware ray tracing and RT VR audio, but the price is much cheaper-friendly.

combines it with the flawless MSI trifan FROZR 2 cooling solution, precision-machined cooling core tube and composite graphene backplane, and you have a GPU that supports VR.

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At WePC, we have been waiting for the VR revolution, as you might expect, since Nintendo's Virtual Boy failed to achieve mainstream success, we have been completely obsessed with general concepts. Now that we've finally witnessed some promising advancements in the virtual field, there won't be a day when we don't know what hardware we can use to power technology.

Deciding on the best graphics card for virtual reality is actually easier than you think, because the graphics card that best suits the job is always the most advanced graphics card available. We recognize this, but we're also committed to bringing you some diversity, which is why we tested some of our other favorite GPUs as well.

Before we dive into some in-depth reviews, let's take a look at some of the key factors that make GPUs a premium choice for great VR experiences.

Most modern VR headsets, whether from Oculus, HTV, Sony or Google, run on OLED displays with a resolution of 2160 x 1200 pixels and a refresh rate of 90 Hz. This means that to play VR games as expected, your graphics card must drive at least 90fps. In fact, it is best if your average value is much higher than this value to prevent the low point from falling below the 90fps threshold.

Ray tracing is a real-time rendering process that can create haunting real lighting effects in games. So if you want VR to be as technically realistic as possible, a hardware ray-traced GPU is the only way out.

However, it is important to note that enabling ray tracing will have a detrimental effect on the number of frames per second, so you will need a powerful GPU to achieve this smoothly. Using software ray tracing with an older GPU in VR is certainly not worth it, because the quality degradation is too severe. The

GPU architecture consists of a large number of cores. Generally speaking, the more cores, the better the GPU performance, but this is not always the case. Each new generation of architecture improves single-core performance, so fewer cores are required to achieve the same goal. In other words, newer architecture doesn't always equate to better performance.

From family to family, the GPU market always overlaps, which means that the best GPU of the previous generation is more suitable for gaming than the next generation of entry-level or even mid-range GPUs. For VR, the newest architectures are usually the best, but never underestimate the champions of the previous generation. The standard

VR game does not necessarily require a large VRAM capacity, because the resolution of the VR screen is quite low compared to the desktop screen, but at least 4GB will ensure that the texture components are optimized.

On the other hand, if you are trying to render images that are sharper than the original resolution of the VR suite (also called supersampling), you will need a larger and faster VRAM.

clock speed

1785 MHz boost

can handle 8K games

will never drop close to 90fps in VR

hardware ray tracing (82 cores)

audio ray tracing

variable speed shading

Disadvantages

This is a great graphics card

RTX 3090, the best in terms of graphics performance , MSI Trio X is one of the most impressive iterations currently available. The three FROZR 2 fans buzzed, and despite the high power consumption of 370 watts, this card performed well and was great. The

can not only handle VR resolution, with 24GB GDDR6 VRAM video memory configuration, it can also run your favorite games at 8K! This means that your VR frame rate will never fall below the minimum 90ps, even at the lowest speed of this GPU.

In fact, this is likely to average in the 250fps area at 1080p ultra settings, often breaking the 300fps mark, and even more than 100fps on average at 4K resolution. So if you want to try the luck of super sampling, this GPU is a complete package.

The beauty of this card is not only its impressive specifications, but also its special ability to integrate into the architecture, such as variable speed shading that focuses details where you need it most, hardware ray tracing and RT VR audio. accelerated. Make it the best choice for virtual reality.

High performance

4K gaming

Architecture

RDNA 2 architecture with hardware ray tracing

Memory size

16 GB

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PROS

RDNA 2 with hardware ray tracing (80 cores)

overheating

overheating The cooling system Trifan 4 can prevent clock overheating Speed

16GB GDDR6 VRAM

AMD Fidelity FX improves screen brightness

Radeon AntiLag technology eliminates latency

Super fast at lower resolutions

Slightly more affordable

Infinity cache provides higher efficiency

Disadvantages

Parallel

Parallel processing is very creative

Workflow is very creative The RX 6900 XT is AMD's number one VR-ready advanced graphics card and its specifications completely exceed the recommended requirements of Oculus and HTC. If you are really passionate about virtual reality, this card is excellent.

Just as Nvidia is experimenting with surrealism with various technologies, AMD is also making significant progress. First of all, in their RDNA 2 6000 series architecture, they finally managed to crack the hardware ray tracing and even improved color quality and overall clarity through AMD Fidelity FX luminance preservation mapping.

Obviously, using 16GB GDDR6 type memory will not be as fast as 3090 in advanced resolution or creative workflows. However, due to some incredibly flexible clock speeds, it sometimes slightly outperforms RTX cards at lower resolutions, making it the perfect choice for VR.

Another special feature that can bring an impressive VR experience is the Radeon AntiLag system. If you are far ahead of the GPU, it will limit the CPU processing, so latency is a thing of the past!

Memory size

10GB

Graphics RAM type

GDDR6

Video output interface

DisplayPort, HDMI

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PROS

Incredible price

Second-generation hardware ray tracing (68 cores) 4 4 VR

4 VR

audio Frame rate

Military-grade TUF components

Excellent radiator

Next-generation three-fan cooling system

Third-generation AI-enabled Tensor core

CONS

Only 10GB of video memory (but enough for VR)

If you like 3090, but you can't clear your savings account. This ASUS TUF RTX 3080 card is definitely more suitable for your street shooting. Considering that 3080 is a single rebound below 3090, the price drop is simply a miracle.

Obviously, the specifications of the 3080 are below all specifications, but you still get second-generation hardware ray tracing, incredible variable speed shading, RT VR acoustics, and artificial intelligence capabilities. To be honest, its average frame rate is only 1015fps lower than 3090, and its average frame rate in 4K games is still more than 100fps, even if the 10GB GDDR6X memory buffer is greatly reduced.

ASUS did their best to make it the best 3080 card on the market. Manufactured with military grade TUF components through the AutoExtreme manufacturing process.

If we do not mention the cooling system, it is our negligence. Each of the three fans has dual ball bearings, variable rotation and 55 ° auto shutoff, not to mention the Max Contact radiator, this GPU is always ready for optimal performance.

Memory speed

2000 MHz

Video output interface

HDMI

Graphics RAM

GDDR6

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PROS

Hardware ray tracing (72 cores)

Stable frame rate performance at high resolution AMD

4

the ability to rend

Protocol Radeon antilag

Excellent housing XFX and cooling system three fans

16GB GDDR6 VRAM

Disadvantages

not as good as our first choice

RX 6800 XT is the next step in our second choice, 6900 XT . It is built from the ground up using the most advanced RDNA 2 microarchitecture and has incredible potential in VR applications. Although it is a cheaper card, it still contains epic AMD technology.

Thanks to 72 RT cores, 6800 XT provides you with exquisite hardware ray tracing without worrying about frame rates lower than 90 or even 100 fps. In a standard 1080p game scene, its average speed is slightly lower than 240fps, and it stays slightly above 100fps in 4K, so be prepared to be surprised when you put on headphones.

You can also look forward to the same RDNA 2 features we talked about in the 3900 XT review, including AMD Fidelity FX protocol, Radeon AntiLag and AMD Freesync technology that completely eliminates the possibility of screen tearing.

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