Back To Top

 What Graphic card are required for oculus quest 2 and Why?

What Graphic card are required for oculus quest 2 and Why?

Graphic card for oculus quest 2, Even if you have the latest Intel or AMD processor and a tonne of RAM, you still won’t be able to enjoy a fluid virtual reality experience without a robust graphics card. In addition, it might be confusing to sort through all the available alternatives to find the one that best suits your needs. Because of this, we decided to compile this list of the top graphics cards for VR gaming.

So, what sort of graphics processing unit is required for virtual reality? 

That is totally up to the headset you’re planning on using. We’ll start with a primer on virtual reality (VR) gaming and the key distinctions between the most popular available headsets. After that, we’ll recommend some graphics cards that span multiple price points (entry, affordable, and high-end). Alright, how about we get this party started?

graphic card for oculus quest 2

Graphic card for oculus quest 2: Virtual reality’s secret ingredient

Simply described, a graphics card is a dedicated piece of hardware used to create and display visual content. It is the graphics card’s job to generate the virtual reality images seen through the goggles. Everything you see in a virtual reality headset is rendered in full 3D, including the background and foreground, as well as any 2D features like menus and UI elements displayed on VR-capable graphics cards.

  1. For those unfamiliar, virtual reality (VR) is an emerging technology that uses a head-mounted display to transport the user into a computer-generated simulation. The user’s head movement is detected by the headset, and the visuals are subsequently updated. In order to create the visuals seen through the VR headset, a graphics card is required. Virtual reality (VR) technology would be impossible without a graphics processing unit. 
  2. Contrast with augmented reality, in which digital layers are superimposed on top of the physical world as seen through a mobile device’s camera. While data suggest rapid growth in interest in simpler augmented reality technology, niche markets have yet to develop for virtual reality (VR), in part because of its higher price tag.
  3. Any lag or framerate issues can ruin a virtual reality experience, so the graphics card needs to be up to the task. Another requirement for a high-quality virtual reality experience is a graphics card with sufficient processing power to render high-resolution visuals.
  4. The graphics card’s required field of vision (FOV) is another crucial aspect of most virtual reality games. The field of view, or FOV, is the angular range over which your camera can capture an image of the surrounding world.
  5. The higher the resolution of your virtual reality headset, the more powerful your graphics processing unit must be. As an illustration, the Pimax 5K+’s field of view is 140 degrees by 101 degrees, while the Oculus Rift’s is 86 degrees by 86 degrees.
  6. A more immersive experience can be had with certain virtual reality headsets, such as the Pimax 5K Plus, which has a broader field of view. However, these headsets place a higher burden on VR-compatible graphics cards due to the increased area they need to render simultaneously.

VR’s Strenuous Reality

In order to produce visually stunning computer-generated imagery (CGI) in virtual reality, a powerful graphics card is required. If the pictures are too choppy or lack sufficient sharpness, the virtual reality experience will be less convincing. With a headset displaying these CGI visuals, your eyes will be acutely aware of any lag or performance drop.

When you move your head, the image in the headset should follow suit, but latency can be minimised with a powerful graphics card. When playing virtual reality games, you need a graphics card that can generate images swiftly to avoid feeling sick. The ability to provide seamless, realistic, and immersive pictures is crucial for virtual reality.

The Google Cardboard virtual reality headset works with even the most tiny smartphones nowadays. While they are useful for augmented reality applications, their graphics capabilities pale in comparison to those of modern VR headsets.

Headset Selection

On the market today, you can find a wide variety of virtual reality headsets, each with its own set of features and capabilities. We’ve included some of the most well-known ones and their recommended graphics cards down below.

VR headset Oculus Rift S

The finest video card is not necessary for use with all VR headsets. One of the most well-known and widely used virtual reality headsets is the Oculus Rift S. It has a refresh rate of 80 Hz and a resolution of 1280 x 1440 per eye. Your graphics card should be at least an NVIDIA GeForce GTX 1050 Ti or an AMD Radeon RX 470.

A Nvidia GeForce GTX 1060 or 970, or an AMD Radeon RX 480, or higher, is recommended for best performance.

HTC’s Virtual Reality Headset

Other well-liked VR goggles include the HTC Vive. The display’s refresh rate is 90 hertz, and it has a resolution of 1080 by 1200 per eye. An NVIDIA GTX 1060 or AMD Radeon RX 480 is the bare minimum for a graphics processing unit (GPU).

There is a new Pimax in town, and it’s the 5K Plus.

A powerful VR graphics card is required for use with the Pimax 5K Plus, a high-end VR headset with a resolution of 2560 x 1440 per eye. A 144 Hz refresh rate is supported. We recommend at least an NVIDIA GeForce GTX 1070Ti or an AMD Radeon RX Vega 64 for your graphics card.

graphic card for oculus quest 2

In-Depth Look at Oculus Rift and Its Next-Gen

Unlike other virtual reality headsets, the Oculus Quest 2 may be used independently of a powerful computer. It can refresh at a rate of up to 120 Hz and has a resolution of 1832 x 1920 per eye (though only supported in some games, with the standard refresh rate being up to 90 Hz). A graphics card with a minimum of NVIDIA GTX 970 or AMD Radeon R9 290 performance is required.

Indices of Valves

If you’re looking for a high-end VR headset, look no further than the Valve Index, which features a resolution of 2880 x 1600 and necessitates the greatest GPU for VR money can buy. It has a standard refresh rate of 120 Hz and an experimental mode that boosts that to 144 Hz. Requirements for the graphics card are on par with the Oculus Quest 2, while recommended specifications are somewhat higher.

You should get at least a Radeon 580 if you’re on AMD, or a GeForce GTX 1070 if you’re on the green team, for best performance.

Which GPU Should You Buy?

The graphics card requirements are flexible with regards to the virtual reality headset. Selecting a graphics card that is superior to what is required will assist guarantee a fluid and engaging virtual reality experience.

To handle the demands of virtual reality drawing tools like Tilt Brush, a powerful graphics card is required. Therefore, a midrange GPU from our list is recommended, however an entry-level model will still provide a playable experience with select headphones.

Video Cards for Virtual Reality That Are Entry-Level

We advise the NVIDIA GeForce GTX 1060 or the AMD RX 470 if you’re in need of a budget-friendly virtual reality-ready graphics card. These video cards are capable of driving a wide variety of virtual reality headsets.

They’ll be a great complement to a low-cost virtual reality computer setup, allowing you to experience VR at lower visual quality levels without resorting to more expensive solutions like dedicated ray-tracing cores.

Budget-Friendly Virtual Reality Graphics Cards

Anyone willing to pay a little extra on a virtual reality graphics card should look at either the NVIDIA GTX 1080 or the AMD Radeon RX Vega 64. You’ll have no trouble running moderately graphically intensive virtual reality apps and games at a playable framerate. If you’re looking to step it up a notch but aren’t quite ready for the big leagues, you can’t go wrong with Nvidia’s RTX 2070 or AMD’s RDNA 5600 XT from the first generation.

We advise getting a graphics card from the Nvidia Ampere 3000 or AMD Radeon RX 6000 series if you want the best performance possible for virtual reality. Extremely powerful graphics cards like the Valve Index can handle the most resource-intensive virtual reality headsets. The graphics cards in this price range include some of the industry’s top performers when it comes to virtual reality (VR) games and apps, and they’re powerful enough to run such titles at ultra settings.

Essential Buying Considerations

  • The hardware in a computer known as a graphics card is what creates the visuals for the display. You’ll need a graphics card optimised for virtual reality (VR) that can process massive volumes of data rapidly and efficiently in order to create a realistic and immersive virtual reality experience.
  • Listed below are some things to consider while shopping for a graphics card powerful enough to run virtual reality games:

The clarity of the headset: 

  • The more megapixels a display has, the more powerful a graphics card is required to display the image.
  • A faster refresh rate in the headset will make for a more fluid VR experience. But it will also place a greater strain on your VR hardware.
  • Higher-quality lenses will enhance the experience without placing additional strain on your VR hardware.
  • As more of the scene needs to be rendered with a broader field of view, a more powerful graphics card is required.
  • Your intended use of virtual reality, including the games and experiences you hope to have. You’ll need a powerful graphics card to run the most recent virtual reality games.


  • How you plan to spend them Prices for VR-ready graphics cards currently range from the low hundreds to well over a thousand dollars. Pick the top-tier graphics card that you can afford.
  • Once you’ve settled on the ideal graphics card for virtual reality games. Your attention may shift to the headset and controls. Many high-end VR systems include their own motion controllers. However some users still prefer traditional controllers for the greatest alignment in a 3D immersive scene.


For your convenience, we’ve detailed the top-rated graphics cards for virtual reality, broken down by price. Keep in mind that higher-end headsets with higher resolutions and wider FOV will look and play better, but they will also cost significantly more and require much more powerful graphics cards and other hardware to work.

Also Read: 

Samsung Odyssey Monitors – Revolutionary curved screen-G9

Oculus VR: Taking baby steps in the world of Virtual Reality

How To Set Up a VirtualBox To Run Windows 10 On Your MacOS

Technologies that Improved the iGaming Industry in the Last Decade

virtual reality


Q1: Will my graphics card be able to handle Virtual Reality?

That’s the general consensus, anyway. Some virtual reality (VR) applications and games are now even playable on budget graphics cards. However, if you want to play at high field-of-view (FOV), refresh rate (FR), and resolution (res), a mid-range to high-end graphics card is what you need for the greatest VR experience possible.

Q2: Is the GTX 1660 a good graphics card for virtual reality?

If you’re into VR, the GTX 1660 is a solid choice for a graphics card. This mid-range GPU is suitable for use with a wide variety of virtual reality devices. This GPU should be able to handle Virtual Reality games and experiences at low to medium detail levels.

Q3: Can I use virtual reality on my laptop?

I suppose it depends on the laptop you’re using. To utilise virtual reality software and games, you will want a computer with a powerful graphics card. If you’re interested in purchasing a virtual reality headset. It’s a good idea to be sure your laptop can run the necessary software. To keep your laptop from overheating while you’re using virtual reality software. You may want to invest in a cooling system improvement.

Q4: Will Quest 2 use it, If I have a GPU?

For the greatest experience with Oculus Quest 2, we advise using a desktop computer equipped with an Nvidia GeForce GTX 1060 (6 GB). One of the most potent X-Force computers available is the NVIDIA Titan X. Input: NVIDIA GeForce GTX 970.

Jennie Marquez

Jennie Marquez

Jennie is a Staff writer, contributor and has been writing about tech for over a decade. Jennie’s work at trendblog is to specialize in phones and tablets, but she also takes on other tech like electric scooters, smartwatches, fitness, mobile gaming and more. She is based in London, UK.
Prev Post

Surprising Things We Can Do With Wearable Gadgets

Next Post

15 Best ps5 games to play in 2022


Leave a Comment