A new category of VR laptops and PCs are emerging, and they’re called VR Ready PCs. These machines have been rigorously tested, and are certified to support the Rift or Vive VR headsets. But what exactly are the key components, and what should you look for in a VR Ready PC?
Virtual reality gaming systems like the Oculus Rift, HTC Vive, and Samsung Gear VR require fast computers and GPUs to run at near-90 frames per second. But having the hardware to support these systems can be expensive or even unworkable if you’re on a budget. So, what do you need to meet the minimum specs for VR gaming laptops and computers?
You have probably heard that VR devices are coming soon, but you might not know specifically what they are. Well, they are the new type of VR devices that include a screen that displays virtual reality to the user. These devices connect to the internet and connect to other devices, such as smartphones, to allow users to play games and watch movies. They are also capable of running applications, such as word processing programs and spreadsheets. The new VR devices will come with a number of system requirements, and are expected to be released around the year 2016.
When you’re ready to buy a new VR computer or gaming PC, think about all the specs you’ll need. It includes a powerful processor, a graphics processor and USB ports for the necessary gaming devices. The quality of the video is also crucial, and you need to choose the right headphones. Check the processor, graphics card and built-in USB ports. While RAM and storage are important for basic VR functions, they are not as important as other elements.
In general, manufacturers of headsets and platforms for virtual or augmented reality have minimum and recommended framework criteria for their devices. However, most experts recommend sticking to the suggested specifications as much as possible, as the VR gaming experience will quickly degrade if your computer is not up to the task.
Building a PC is not a complicated way to play VR games. However, it is technically difficult to create a fully realistic environment in VR, so it is useful to take into account the graphical properties of the VR platform. (See also: Gaming laptops under $500 from Gearwisdom).
Why is there a minimum performance requirement?
Virtual reality, also known as augmented reality or mixed reality gaming, puts a lot of pressure on your PC. While in traditional PC games only the actions are displayed on the screen, in VR the movements are projected by two objective virtual reality headsets; the feedback is provided by the main joysticks and the control panel. Many of these VR headsets work on the trend of incorporating head and eye movements into the device as game feedback. Various other devices such as gloves and steering wheels also play an important role in feedback.
A VR game system must also collect and transmit data from multiple input sources and enable real-time gaming. This means that its minimum power requirement is higher than that of a typical gaming computer. An example of this distinction is video advertising. Games developed specifically for VR do not have the visual relevance of some very graphically demanding games, as one would expect.
VR game developers must use high-quality textures and other graphically extreme effects and details to ensure games run smoothly on VR headsets with the recommended PC specifications. So it’s understandable that you can’t get the same results on a regular PC.
The most fundamental segment for a great virtual reality gaming experience is a dedicated graphics card or GPU that can adequately render the beautiful 3D characters that make VR so interactive. A dedicated graphics card or GPU powerful enough to generate the complex 3D graphics that make VR so immersive is the most important element for a quality virtual reality game.
For comparison: VR games with several frames for each eye, rather than a single frame, are viewed at a higher frame rate than non-VR sites. VR games often require 90 frames per second, while normal games under normal circumstances require 60 frames per second.
The most important factor for your VR PC is the GPU, and it’s more important than ever to stick to the recommended frame rate of 90 FPS. 3D graphics on PCs traditionally had low real time requirements, and getting 30-60 FPS was sufficient.
VR makes it difficult to shoot in real time, as every miss is noticeable. There is an unsettling and frustrating feeling of a constant lack of frame rate. Therefore, you should make sure that you buy a practical graphics card.
The processor must meet the intense input and output requirements of complex multiplayer VR games: Key threads, cycle time and cache size. It’s not as important as a graphics card for virtual reality games, but it’s still an important requirement.
Oculus Rift requires at least an Intel i3-6100/AMD Ryzen 3 1200, FX4350 or higher processor, recommended Intel i5-4590/AMD Ryzen 5 1500X or higher. If you have a newly built quad-core Intel processor, maybe in four years, maybe in six years, do nothing. Everything’s fine now.
You can still get away with a budget processor for games on a flat screen, but when it comes to VR games, it’s important not to skimp on the processor. Bottlenecks with the CPU are more common, especially in less optimized games.
The AMD R9 3900X has 12 cores, a super-fast architecture and an efficient assembly. Besides the already underpowered AMD R3 3200 G or the equivalent Intel i3-9100, the ideal processor for virtual reality gaming is the AMD R9 3900X.
It offers excellent performance on a dedicated thread, which is ideal for most games, and tremendous performance on a multi-threaded thread. This feature is ideal for a wide range of games and content.
Unlike hard drives, the performance improvements achieved by solid state drives (SSDs) in gaming are much talked about. SSDs offer faster read/write speeds and can be a significant advantage when working with large libraries or managing multimedia.
But when it comes to VR, the virtual reality experience should be influenced by a strong government incentive. Nevertheless, having an SSD on board will speed up your computer considerably. It may not be for the budget conscious, but Best Government Reader is our favorite supplement for those with a little extra cash.
The capacity, or storage space, usually depends on how many VR games you want to store for playback and whether you take advantage of the speed of the SSD, which can stack games faster than a traditional spinning hard drive.
Around 8GB of on-board RAM is recommended for many games, and the same is true for VR. Representatives from Oculus recommend using at least 8GB, and the general consensus online seems to be in line with VR developers’ recommendations.
Upgrading to 16GB may be a good idea if you want to edit videos or create graphics on a VR PC. Otherwise, 8 GB may be sufficient. The memory is relatively cheap and easy to use, so you can upgrade later.
There are many things to consider when choosing a motherboard. While your motherboard may not have a major impact on VR, most of your hardware is built on it. You want to have something that is not only compatible, but also has the right consistency with your processor.
Power supply unit
When it comes to VR, there’s not much to say about the power source, as the efficiency of the power source doesn’t directly affect the headset. However, it will be easier for you to look ahead if you are building for VR. You can use ultra-low devices to minimize annoying fan noise with a reliable power supply.
If you plan to install additional graphics cards in the future, make sure you have adequate power. Graphics cards are always the most powerful part of a computer, and when multiple GPUs are installed, the power gets sucked away.
Ports and connectors
These headsets often use different USB ports. Make sure your motherboard has at least one USB 2.0 port for headphones and security cameras, and 3 USB 3.0 ports for any peripherals you use.
To play virtual reality or augmented reality games, you’ll need a laptop or tower PC with the right design and number of USB ports, depending on the specific headset and peripherals. For 2018, leading VR platform vendors have recommended headsets and accessories, such as rails and handlebars, with 1-3 USB 3.0 ports.
VR is the new frontier of gaming, and there is still a lot to learn. The more time we spend with each headset, the more we learn about the platforms’ features. Nevertheless, we managed to gather some common techniques to pass on:
- Add a tactile surface to the main keys of your keyboard or controller. This way you’ll know if your hands are positioned correctly without having to take off your VR headset or bend over in frustration to find the right setting.
- Keep the headset clean! Whatever VR model you choose, it will likely be attached to your face. Your hair and skin accumulate sweat and oil over time. It is therefore a good idea to brush them regularly. This reduces the risk of skin infection from sweat, especially if you are sharing a VR headset with others.
The above features are necessary for effective virtual reality gaming. The exact minimum requirements for your system vary and depend on several factors, including the virtual reality game you are playing and the method you are using.
Different VR systems have different minimum performance requirements. You will need to determine the exact minimum specifications for your system.
Check the recommended frame specifications for your VR headset and system before tuning a particular model to another PC. All major manufacturers and programming organizations provide specifications for their accessories on their websites, so you can easily verify that the system you are using can work with their headsets or games.With the popularity of VR tech growing at an exponential rate, manufacturers are experimenting with a wide range of technologies to support it. Nvidia’s new Max-Q technology aims to bring the GTX1080-level performance to lower-end PCs, and has been so successful that it has even shown up in gaming laptops and desktops, although it is not yet widely available.. Read more about can my pc run vr test and let us know what you think.
Frequently Asked Questions
What computer specs do I need for VR?
The minimum requirements for VR are a computer with an Intel Core i5-4590 or AMD FX 8350 processor, 8GB RAM, and a NVIDIA GTX 970 or AMD Radeon R9 290 graphics card.
Can you play VR on a gaming laptop?
Yes, you can play VR on a gaming laptop.
Can my PC stream VR?
Yes, your PC can stream VR.
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