Virtual reality is the next frontier of gaming, and PCs are the leading platform for experiencing VR. But VR headsets also require serious computing power to reach their full potential. In this video, we provide a basic understanding of the PC hardware demands for gaming in virtual reality:
Novabench, one of many popular PC benchmarking tools.
Benchmarking is the act of running a computer through a series of predetermined tests or program operations to assess its overall performance. With benchmarking, you can gauge the performance of your PC hardware to ensure everything is performing as designed. Think of it as putting your computer through a test that assigns a score, so that you can compare your hardware’s performance relative to other computers.
Benchmarking your PC can also help you to identify any potential vulnerabilities, it is no secret that cybercrime is on the rise, so for peace of mind, if you use your computer for personal or business purposes it is wise to do everything in your power to keep your technology secure.
There are a variety of ways to benchmark a PC, with specific methods focusing on the PC as a whole, or specific components, such as the graphics card, CPU, or SSD. Broadly speaking, benchmarking methods fall into one of two categories: Synthetic or Real World.
RAM (short for Random Access Memory) is an essential part of every computer, because it holds all of the data your computer is currently using. Think of it as your computer’s short-term memory, whereas the hard drive is more like long-term memory. If you use your computer whilst at work though then it might be a good idea to check out something like this least privilege manager
software, to make sure that your computer is safe.
Why is RAM important? How much RAM do you need, and how fast does it need to be? We’re going to answer those questions, and hopefully clear up some common myths about RAM along the way. If this question and other tech related issues cause confusion or if your business’s computer systems aren’t acting in the way you want, it’s best you get in touch with an IT Support Company.
Build complete, but can it handle the stress?
Very few things in life are more satisfying than assembling all the parts to a new PC, hitting the power button, and watching it boot up properly. That’s what we at Logical Increments are all about!
But even if your build starts up and seems to work without problems, you might want to make sure all the components are fully functional. Does your graphics card pump out pretty pictures at the level promised by the manufacturer? Does your RAM operate consistently for hours on end? Does your CPU process the desired number of ones and zeroes under intense loads without overheating?
To answer these questions, we turn to stress testing: Making sure that all of your parts can handle the work that they’re designed to do (or overclocked to do). They might be fine under normal use, but you want to know that they’ll be able to handle heavier tasks down the road, such as high-end gaming or media editing.
Some of the silliest myths in gaming are related to framerate, or frames per second (FPS). Some people will tell you that the human eye can only detect a certain number of frames per second, or that an FPS of 24-30 will produce a more “cinematic” gaming experience, as the standard framerate for movies has been set at 24 FPS for nearly 100 years, and television often displays at 30 FPS.
On the other end of the spectrum, some gamers will claim that you need a certain FPS to truly enjoy your gaming experience. They’ll say that running below a certain FPS is like a “slideshow” because of how few images are being rendered each second.
In reality, the only framerate that really matters is the one that is acceptable to you. Generally speaking, however, a higher framerate is better for gaming. And as PC gamers, we have the power to adjust our game settings or build our computers to achieve a desired framerate.