What Specs Do You Need for VR: The Types of Demo Specs Build and Compatible PC Features

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In the ever-changing world, it is not always possible to travel to experience the ultimate reality of places. However, with the advancement in technology, virtual reality has brought exclusive experiences to people, which they can dive into anywhere and anytime. People can play games in VR as if it is their actual reality.

Although VR is a kind of reality, virtual experience immensely depends on the system of the user. Systems with low specifications usually fail to provide the proper experience one should gain with the best VR headsets. Certain questions come to everyone’s mind, “what specs do you need for VR?” or what components play an important role in delivering the best experience with VR on PCs?

Here we have a complete guide on what specs do you need for VR, along with how much RAM for VR is enough? Let’s first have a little overview of the major components which allow the efficient and smooth running of VR on computers. Few computers are even manufactured specifically for VR to provide a high-end realistic experience to the users.

Major VR Components

The VR gaming headsets require various specs to deliver an ultimate VR experience with smooth video and graphics rendering. Few major components that influence the VR gaming experience and performance have been listed here.

1. CPU

CPU is the main unit that is responsible for executing all the processes with the system. When it comes to VR, the least processor requirement is Intel i5-4590 or something equivalent to it. However, this processor still won’t be suitable to manage heavy VR processes and you might experience lags.

AMD R3 3200G and Intel i3-9100 are minimal specifications satisfying processors that support virtual reality. Users can opt for AMD R9 3900X for VR gaming as this processor was built for it, as well as to support heavy VR content creations.

2. GPU

The graphics processor units are the most important components when you’re looking forward to utilizing your PC for VR. Virtual reality demands a minimal 90FPS frame rate, so as to deliver the best quality VR experience to the users. This task is overlooked by the graphics processing unit of your computer system.

When considering VR, graphics turn into a real-time muddle as each missed frame will be visible thoroughly. A continuous train of missing frames would result in jarring on the user’s end, which will lead to dissatisfaction. VR Graphics are controlled by the graphics card where the minimal requirement is NVIDIA GTX 960 or AMD R9 390. Make sure that your system has an equivalent GPU or graphics card at least according to the recommended specifications.

The GPU unit is the key component to experience virtual reality in its default glory, for which you need the best graphics card for VR so that you can experience the great glorious moments of the virtual world.

3. RAM

RAM is another major component required for butter-smooth experience in VR. Most of the VR games demand 8GB RAM for allowing smooth rendering and gameplay. The most popular VR headsets require 8GB to work in minimum settings, but if you are to utilize VR for editing or rendering videos it must be upgraded to 16GB at least.

4. Storage

Experts of the VR industry recommend solid-state drives for VR gaming as it boosts the overall performance when compared to standard hard-disk drives. Implementing SSD yields faster read-write operations and leads to a great advantage if you are going to work with large media files. If you are employing VR only for gaming purposes the storage devices don’t affect your virtual experience at any point.

However, SSD is recommended for budget VR systems as they are comparatively costlier than commonly used hard-disk drives.

5. Motherboard

The motherboard doesn’t affect your real-time VR experience, rather it is responsible for the smooth functioning of all your peripherals. Ensure that your motherboard is capable enough to support all the peripherals at once, such as headsets, and tracking cameras.

A VR compatible motherboard must be equipped with three USB 3.0, and no less than one USB 2.0 port with USB 3.1 or E-SATA as an advantage for heavy peripheral processes. If you wish to use multiple graphics in the future, your motherboard must support Crossfire/SLI.

6. PSU

The power supply unit might not be the most important directly linked hardware component for VR but it plays a very specific role in the real world. If you are assembling necessities for VR, PSU would help in the long run as the peripherals needed for VR consume a great deal of power for good quality and performance. In case, you are thinking of connecting an additional GPU you must ensure the power supply has enough power to feed the voltage-hungry peripherals.

How much RAM is needed for VR?

RAM is not just randomly allocated memory, rather it is the most crucial component that affects the performance of the VR system. However, the big question is “how much RAM is needed for VR?”

According to the experts and VR headset manufacturing brands, 8GB RAM is sufficient for low-quality gaming applications. If you are considering utilizing VR for video creation, production, and editing purposes along with heavy media file access, you must have a minimum 16GB or greater RAM for satisfactory performance of the VR systems.

Demo VR Spec Builds

VR is a futuristic technology and seeks high-end specifications from the user’s system. You can find the best VR computers in the market as well as build one yourself, according to your budget and taste. We have collected for you a few mandatory specifications to build pre-designed demos, based on different performance and budget ranges. These examples of VR specs build’s work best with Oculus, Vive, and Index.

1. Minimum/ Budget Specs Build

This demo build is best if you are looking for an economical and budget VR system with all the mandatory specifications under $650. However, this build will not be able to deliver 90FPS on all the VR games, even if you set the in-game settings to the lowest resolution.

CPU: AMD R3 3200G
GPU: RX 570
Motherboard: MSI B450-A Pro Max
Storage: 500GB Seagate SATA HDD
PSU: SeaSonic S12III 550
RAM: 8GB (2 X 4GB) DDR4-2400
Case: Thermaltake Versa H21
CPU Cooler: Stock
OS: Windows 10

2. Recommended Specs Build

This demo spec build consists of all the recommended specifications listed by the VR designers. These specs can build a PC that supports 90FPS along with an in-game setting at max. This system will support any game on standard 1080p monitors for approximately $750.

CPU: AMD R3 3200G
GPU: RX 580
Motherboard: ASRock X570 Phantom Gaming 4
Storage: 1TB Team SATA SSD
PSU: SeaSonic S12III 550
RAM: 8GB (2 X 4GB) DDR4-2400
Case: Fractal Design Focus G
CPU Cooler: be quiet! Pure Rock Slim
OS: Windows 10

3. High Specs Build

This VR spec build suits people who do not wish to spend a great amount of money but still want to procure a decent high-performance VR compatible system. The visual details on this build are precise and achieve high FPS. For approximately $1250 you get loads of quality, performance, and reliability.

CPU: AMD R5 3600
GPU: RX 5700
Motherboard: Gigabyte X570 Gaming X
Storage: 2TB Team SATA SSD
RAM: 16GB (2 X 8GB) DDR4-2666
Case: Corsair 275R
CPU Cooler: be quiet! Pure Rock
OS: Windows 10

4. Rigid Specs Build

This spec build is slightly upgraded than high spec build but differs greatly in terms of build quality and FPS performance, even at the max resolution settings. This demo is quiter, much more stable and reliable than the other builds, under $2000.

CPU: Intel i5-10600K
GPU: RTX 2070 Super
Motherboard: Asus Prime Z490M-Plus
Storage 1: Samsung NVMe M.2 1TB SSD
Storage 2: 2TB Team SATA SSD
PSU: EVGA SuperNOVA 750 G3
RAM: 16GB (2 X 8GB) DDR4-3200
Case: Corsair 750D
CPU Cooler: be quiet! Dark Rock 4
OS: Windows 10

5. Extreme Specs Build

For people looking for the most immersive VR experience, the extreme spec build will work wonders for you. The CPU components in this build support huge single and multithreaded processes, and along with the other components this build has enough power for overclocking to execute heavy processes. You can implement the extreme spec build for your PC under $2700.

CPU: Intel i9-10900K
GPU: RTX 2080 Super
Motherboard: MSI Z490-A Pro
Storage: 1TB Samsung Pro NVMe M.2 SSD
Storage 2: PSU: 2TB Team SATA SSD
Power Supply: EVGA SuperNOVA 850 G3
RAM: 32GB (2 X 16GB) DDR4-3200
Case: be quiet! Dark Base 700
CPU Cooler: be quiet! Dark Rock Pro 4
OS: Windows 10

6. The Ultimate Specs Build

The ultimate spec build allows VR gaming, streaming, 4K video editing, and many other functionalities with an incomprehensible CPU and GPU unit. It includes a set of immensely speedy SSDs along with loads of RAM to support multitasking. This build is most suitable for CPU-intensive processes, streaming, and content creation, and is available for approximately $5500.

CPU: TR 2990WX
GPU: RTX 2080 Ti
Motherboard: Gigabyte X399 Designare EX
Storage 1: 1TB Samsung Pro NVMe M.2 SSD
Storage 2: 2TB Samsung NVMe M.2 SSD
PSU: EVGA SuperNOVA 1000 P2
RAM: 64GB (4 X 16GB) DDR4-3200
Case: Phanteks Enthoo Primo
CPU Cooler: Fractal Design S24
OS: Windows 10

What specs do you need for VR – Conclusion

The market is a vast sea, full of options with varieties of specifications that can suit your VR headset the best. However, it can be a nerve-racking task to find the best specs to amplify and enhance your VR experience.

We hope that this guide helps you to identify what specs you need for VR and answers a few basic queries such as how much RAM is needed for VR, and what hardware components are needed to acquire the best experience of virtual reality.

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Michael Henry

Michael is a huge tech enthusiast who loves computers and anything to do with electronics. He's fascinated by the VR headsets that have become so popular in recent times and after much research, he decided that a website  to give people reliable information about VR was much needed.

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