#VR SUPPORTED SOFTWARE#

Instead of relying on writing performance statistic, use a software test to determine whether your system is powerful enough.

#VR SUPPORTED HOW TO#

How To Easily Check If Your Current PC Is VR-Ready

#VR SUPPORTED PRO#

The only exception is HTC Vive Pro and HTC Vive Pro Eye that can run with just 4 GB. The majority of VR headsets require at least 8 GB of RAM. Minimum CPU requirement for all models: Intel i5-4590 or greater Īlternatives: AMD Ryzen GE, AMD Ryzen 5 2400GE, AMD FX 8350 or better RAM Requirements for Running VR Below are the minimum CPU requirements for the majority of VR headsets including HTC, Oculus, and Valve. Generally, most of the processor with four ore more processors (Quad Core) are recommended for enough computational power. Note: AMD’s VR Ready FX and Ryzen graphic cards and processors have been dominating VR performance due to close partnership with VR headset vendors and native LiquidVR interface. Īlternatives: GTX 900, Radeon Pro Vega 64 Valve Index headset minimum GPU requirement: GTX 1070 or greater. Īlternatives: Radeon R9 Fury, GeForce GTX 1060, Radeon R9 390X HTC Vive & Oculus Rift S minimum GPU requirement: Nvidia GTX 970 or greater. Cheaper GPU might handle VR apps, but the lower FPS may cause nausea. We recommend purchasing at least a minimum recommended GPU to ensure consistent 90+ FPS refresh rate. Add to that a much higher render resolution for VR apps and you’ll get the idea why an average graphic processor may not be enough. The demands on GPU are particularly high because it has to render two displays to create VR experience, one for each of your eyes. There are three main components that determine whether a computer is VR-ready: processor ( CPU), graphic video card ( GPU), and random access memory ( RAM). System Requirements For High-End VR Headsets (HTC, Oculus, Valve, Pimax, HP Reverb G2).So by focusing on being VR-ready first, you should be good for AR and MR needs as well. This often means that AR and mixed reality (MR) applications are far more forgiving than VR ones. VR completely envelops users into the digital world while AR just super-impose the digital assets in the physical world. We’ll also share the latest computer builds for every price segment so that you could purchase or build a VR-ready computer from scratch. You'll also find out what to buy to satisfy recommended specifications for immersive realities as well as the budget options for meeting minimum specs.

#VR SUPPORTED UPGRADE#

In this guide we’ll help you to check whether your computer is powerful enough to run VR applications on any high-end headsets, or whether you need an upgrade to any of its components. If you want your virtual reality apps to run smoothly you'll want an above average station or laptop.īut fear not, there are still affordable options on the market that fit minimum requirements. Thus, we’re going to focus on the facts - what VR requirements you really need to satisfy so you can buy something today and use it for years to come without breaking your piggy bank.įirstly, why should your computer be powerful? Because it does all the heavy-lifting: processing and rendering. As we all know buying top-of-the-line computers will hurt our wallets and judging by the pace of technology, what's top of the line today is only an average machine a year later. However, you don’t have to look at the most advanced gaming PC at the moment. Unfortunately, this often means investing into a higher performance hardware. No matter if you’re developing virtual reality applications or playing VR games - you’re going to have to have the proper hardware to run those immersive environments.

Vr supported