5 Best CPU for VR

The five best cpu for VR is discussed here. Playing virtual reality games will transport you to a beautiful world where you can explore and interact with various characters. These games will plunge you into entirely different worlds. There are new and exciting settings in the realm of virtual reality. The most excellent VR CPUs are now more accessible than ever, which may be the perfect moment to use VR. VR gear is cheaper than ever, the technology has a “killer app,” and more headset options.

The high demands of virtual reality gaming need a strong central processing unit (CPU) and a graphics processing unit (GPU) tailored for virtual reality to generate the fantastic worlds and realities unique to each game.

A strong and fast CPU is necessary to make a personalized virtual environment. But which CPU is better for virtual reality gaming?

The Best VR Gaming CPUs

  1. AMD Ryzen 9 3900X
  2. Intel Core i9-10900K
  3. AMD Ryzen 9 3950X
  4. Intel Core i9-9900K
  5. Intel Core i7-10700K

1. AMD Ryzen 9 3900X

Our Pick

AMD Ryzen 9 3900X

4.9/5 12,565 Reviews

The AMD Ryzen 9 3900X is at the top of our list since it is a mainstream CPU with excellent performance and a reasonable price. We’ll go into why gamers call Ryzen “the beast CPU.” It competes with the Intel Core processor in the AMD-Intel conflict since it has 12 cores and 24 threads and is inexpensive. The Intel Core i9-10900K has eight cores and 16 threads. This new CPU has everything it takes to be the greatest CPU for virtual reality gaming. The more cores on the AMD Ryzen 9 3900X, the better for streaming and multitasking.

  • Relatively affordable
  • High-end CPU for VR games
  • Significant L3 cache
  • Includes a standard cooling unit
  • Equipment for quick overclocking
  • Some benchmarks show single-core performance
  • There was some lag when playing at 1080p
  • There are no graphical capabilities inbuilt

Many gamers choose the RGB Wraith Prism cooler as their primary pick since it is known to be dependable and perform well. Ryzen has a powerful graphics card that VR players like and haven’t had any problems with. The graphics cards’ fast rendering of 3D pictures is noteworthy since it is essential for virtual reality gaming. Some gamers say the AMD Ryzen 9 3900X outperforms the Intel Core i9-9900K in VR games.

2. Intel Core i9-10900K Desktop Processor

Our Pick

Intel Core i9-10900K Desktop Processor

4.7/5 1,089 Reviews

The 5 GHz processor in the 10900K makes it the best central processing unit (CPU) for virtual reality gaming. It’s also a big step up from the 9900K, which made a lot of heat and was slow and expensive for what it could do. Compared to other inexpensive CPUs, the 10900K’s single-core performance is the best compared to other affordable CPUs. That makes it the best CPU for virtual reality games that money can buy.

  • Support for Intel Optane Memory
  • Technology from Intel Turbo Boost Max 3. 0 support
  • Suitable for motherboards that use the Intel 400 series chipset
  • Unlocked speed of up to 5. 3 GHz
  • Socket type LGA 1200
  • 10 CPU Cores and 20 Threads
  • Requires a converter or adapter for use outside the US due to incompatibility
  • It doesn’t permit you to run more than 3 USB drives

Overclocking is easy, but it gets very hot when you do it. Since it needs to be cooled, a 240mm or 360mm radiator is a great idea. We like the Corsair Hydro or the NZXT Kraken.

In general, it’s best to go slow with the voltages when overclocking. Even a slight increase in voltage can cause the CPU’s temperature to rise significantly, shortening its life.

3. AMD Ryzen 9 3950X

Our Pick

AMD Ryzen 9 3950X

4.8/5 2,433 Reviews

The performance of the AMD CPU in virtual reality is astounding. It was made to handle many tasks simultaneously, like those in virtual reality systems. Regarding CPUs, the Ryzen 9 3950X is the Ferrari to the Intel i9-9900K’s Lamborghini. This monster CPU can render 3D scenes swiftly thanks to its 32 threads and 16 cores. That is precisely what a virtual reality processor needs.

  • For the cutting-edge AM4 platform, x570 motherboards are PCIe 4.0 capable
  • ddr-3200 compatibility
  • Overclockable up to 4.7 GHz
  • 16 Cores and 32 Threads, the most significant computing capability on standard desktops
  • Can run popular games at 100+ FPS
  • A 72 MB dedicated gaming cache
  • The base clock is 3.5GHz
  • Cooler not supplied; suggest liquid cooler with minimum 280 mm radiator. Max:95°C
  • It can get really hot, especially when overclocking
  • The RAM limit is a maximum of 3,600 RPM and will not post at any higher

High-end virtual reality headsets will work smoothly and swiftly with this CPU. That’s because its CPU clock speed is 3.7 GHz, which helps. It can also be overclocked by another 1.0 GHz, which is incredible. You now have 4.7 GHz of CPU power for virtual reality (VR). The main disadvantage is that you must give up a Wrath Prism cooler to get this additional ability. The AIO method, on the other hand, is a surefire way to cut costs. Since there are other options, the trade-off makes sense and can be settled quickly. Also, regarding performance and pricing, the Ryzen 9 3950X outperforms the Intel Core i9.

It consistently outperforms the competition in memory bandwidth, video encoding, and 3D rendering. This CPU’s exceptional results make it ideal for VR systems. Keep in mind that the recommended retail price might vary by $400. 

Consider the benefits and drawbacks before purchasing your new AMD CPU.

4. Intel Core i9-9900K

Our Pick

Intel Core i9-9900K

4.9/5 6,073 Reviews

The performance of the AMD CPU in virtual reality is astounding. It was made to handle many tasks simultaneously, like those in virtual reality systems. Regarding CPUs, the Ryzen 9 3950X is the Ferrari to the Intel i9-9900K’s Lamborghini. This monster CPU can render 3D scenes swiftly thanks to its 32 threads and 16 cores. That is precisely what a virtual reality processor needs.

  • The maximum single-core clock speed of 5GHz is best suited for light multitasking
  • Features two more processing cores than the previous-generation flagship Coffee Lake CPU
  • The cache memory size of 2 MB L2 and 16 MB L3
  • Exceeds most people’s budget
  • It runs hotter than the AMD 3900X​

The Intel Core i9-9900K also has the advantage of managing the multiple threads required for virtual reality. And this signifies that it has the necessary hardware to enable virtual reality games.

Gamers and technology experts say the Core i9-9900K is the most responsive CPU. Even so, this central processing unit (CPU). Many people do not believe it is not worth the money since it is one of the most costly central processing units (CPUs) for virtual reality games.

5. Intel Core i7-10700K

Our Pick

Intel Core i7-10700K

4.8/5 3,700 Reviews

This Intel CPU is an excellent substitute for the top Core i9 variant. It certainly delivers in terms of computing power for Virtual Reality. Many VR enthusiasts have been waiting for an 8-core CPU, which is finally available. This CPU’s handling of 3D graphics, such as those used to create virtual worlds, is impressive. It can easily switch between camera angles, making it easier to update quickly. As a result, it will not lag as you explore a cosmos that surrounds you in all directions.

  • 16 Threads / 8 Cores
  • Compatible with boards using LGA 1200 sockets
  • Unclocked speeds of up to 5.1 GHz
  • The motherboard’s Intel 400 series chipset compatibility is ensured
  • Transfer Vehicle Velocity: 8 Giga transfers per second
  • Compatible with Intel’s Turbo Boost Max Technology 3.0
  • Support for Intel Optane Memory
  • 350 MHz is the minimum required for graphics
  • Some buyers reported issues such as damages upon delivery

This computer’s CPU is prepared for virtual reality and performs well. It’s ideal for creating immersive, all-sensory virtual experiences. This gadget’s sole drawback is its lack of an integrated cooling system. Many individuals construct their computers because they like having complete control. Even though it is just a few dollars more expensive than the AMD Ryzen 7, this is still a disadvantage. This one lacks the superior cooling system of the other, which may be termed “green technology” since it consumes less energy. At the very least, the terrible news is over.

Intel’s i7-10700K has much processing power and lives up to the company’s usual high standards.

Buying Guide

For virtual reality, you need powerful computers. When making or updating PCs, CPUs are very important. So, choosing the wrong CPU for a virtual reality PC could cause glitches and bottlenecks. Thus this is why it’s crucial to pick the right CPU. So here are some things to think about when buying a CPU for VR gaming:


CPUs bottleneck. It happens when one component drastically restricts a computer system application. Slowing information flow slows the CPU. When sluggish, your CPU processes backup, causing video freezing and lost frames. VR needs a fast CPU.


CPU cores think. Hence, cores are the CPU’s brains. It receives data and processes it. Multiple CPU cores allow you to multitask more efficiently. Hence, multiple-core CPUs are faster. Most VR games need a CPU with at least four cores.


Threads indicate how many separate processes a chip can support. Many CPUs may produce two threads from one core. Hyper-Threading and Simultaneous Multithreading are other names. More threads improve multitasking and speed.


Clock speed trumps core count. It measures processor execution speed. GHz or MHz are clock speeds (MHz). A processor calculates billions each second. High-clock processors are preferable. VR recommends a minimum 3 GHz clock speed.


The CPU may accelerate as required. Boosting increases processor speed to fulfill demands.

You can also overclock CPUs. However, overclocking is not boosting; overclocking increases CPU clock speed. But as the chip runs faster, it becomes hotter. Excessive overclocking might risk frying the CPU. So don’t overclock or get CPUs that don’t heat up.

Modern CPUs

Choosing a previous-generation processor won’t save you money. Thus, VR runs best with the newest CPU. Use Intel 9th and 10th Generation microprocessors. AMD Ryzen 7 series for AMD fans.


You’re wasting money by mixing a powerful CPU with inadequate storage, RAM, and graphics. VR requires a CPU with good storage, RAM, and graphics. It also requires a graphics card and at least 8 GB of RAM.


Chip heat is measured by Thermal Design Power, which is in Watts—overclocking heats CPUs. But knowing your processor’s TDP helps you buy PC cooling and power equipment to counter that. Also, higher TDPs typically improve performance.


Cache accelerates CPU-RAM data and instruction access. L1 is faster, L2 is roomier, and L3 is huge. When none of these areas has the data, the CPU uses RAM, which is slower since RAM is further from the processor’s on-chip cache. MB of on-chip cache memory is ideal.

Frequently Asked Questions

Is VR hard on the CPU or the GPU?

The GPU dominates VR gaming equipment. For the best gaming experience, you need a balanced CPU, RAM, and CPU type. Thus, you may receive the optimum frame rate without delays or slowdowns.

VR headsets have two high-resolution, high-refresh-rate monitors. The GPU processes and renders for lag-free rendering. VR is GPU-intensive.

The GPU renders two screens for VR. An ordinary graphic processor cannot achieve this alone. Buy a PC with a 90+ refresh rate. Lower FPS won’t improve VR.

What exactly does “VR-ready” mean?

A VR-ready PC can make high-resolution, photorealistic 3D images. To play virtual reality games, you must get the most powerful CPU available. When utilizing high-end graphics cards, the refresh rate must be increased when using high-end graphics cards to enhance the overall experience. Thus, high-definition 3D employs sophisticated processors and graphics gear to make a picture seem realistic.

Is more memory better for VR gaming?

RAM is essential for gaming, but having too much of it isn’t good. An 8GB RAM package is enough for virtual reality, but you could upgrade to 16GB or 24GB if you wanted to.


You came to us wanting to know the best CPUs to maximize your VR gaming experience. Well, there you have it. We’ve presented our five best picks, along with the pros and cons of each. We also added a buying guide for beginners looking to test the waters of VR gaming. Hopefully, you find our information helpful. Game on!