So, we'll run down each component in greater detail following Oculus' bulleted recommended and required specs, which are listed below. There are a lot of details and nuances to pick through, though, so some Rift-specific guidance will go a long way. The table at the top of this story displays the recent systems we've reviewed that are best suited to run the Rift smoothly. If your current rig comes up short of the below requirements, but you're prepared to spend as needed on a fully configured desktop PC, fear not. Your graphics card will be the key factor, but your processor, memory, and inputs play important roles, as well. Oculus provides a list of specs that tells you exactly what you need to at least clear the floor for running VR games on the headset, as well as a slightly different list of suggested specs for running it optimally. What Are the Oculus Rift's System Requirements? If a mobile solution is more your speed, head over to our guide to the best laptops for VR. So if a desktop solution appeals to you, read on. At a given price out of the gate, desktop PCs are generally more powerful and better equipped for VR than laptops.
Many enthusiasts view today's VR as a glimpse of the future for gaming, so it's up to you to decide if the one-of-a-kind experience is worth the outlay for the supporting hardware. And Microsoft's Windows Mixed Reality headsets, which nominally resemble the Rift and HTC Vive, are a whole other ballgame more on those later. Note that much of what we discuss in this story also applies to the other major competing consumer-VR headset, the HTC Vive ($149.96 at Amazon), but that model does have a slightly different set of requirements.
This graphics-power hunger is one of the biggest obstacles to mainstream success for the Rift and VR in general, as it potentially adds the cost of a pricey gaming PC (or at least the cost of relevant upgrades) to an already-expensive headset.
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