You cannot game on a supercomputer, primarily because they are very expensive, closely guarded devices. Even if you had access, the computer wouldn’t be able to run a game because of compatibility issues. If you overcame that, then the supercomputer would be a poor gaming device for a number of reasons.
It depends on what you are using for the replay and the schematics of your computer setup.
On average, GPU-run replay tools like ReLive and ShadowPlay only lower performance by two to three FPS. More powerful software, like OBS, can lower frame rates by 30 FPS or more, depending on many conditions.
Here’s why people lock the FPS: Most people lock the FPS in a game to stabilize the performance and make it easier to play the game consistently. Locking the FPS can also help manage computer hardware resources to reduce strain and lower operating temperatures. This stability helps performance but can increase input lag. So if you want to learn all about the pros and cons of FPS locking, then this article is for you. Let’s jump right into it! What Is an FPS Lock? None of this is going to make good sense unless we first tackle the technical concepts. What does it even mean to lock your FPS? For starters, FPS stands for frames per second. You might be familiar with the basic way that video displays work. Basically, a computer shows you a bunch of pictures in really fast succession. If the pictures come and go fast enough on a screen, your brain interprets them as a motion picture. This is true for old movie films, and it’s true for modern digital displays. To put this in perspective, traditional movies play at 60 FPS. Modern games can play in excess of 200 FPS. So, there’s a big range there, and all of it still looks like video to your brain. An FPS lock is a setting you can use in a video game (and other video software) that tells the computer not to exceed the frame rate that you set. You can also use third-party software to limit frames if a game doesn’t include such a setting. Let’s say that your computer is capable of playing a game at 200 FPS. You can use the FPS lock (also called a cap) to 100 FPS instead. If you do, your computer will never try to run the game at a higher rate than 100 FPS. I’ll get much deeper into why this setting exists, but the important thing to understand is that
Overall, gaming in full-screen mode will give you better performance than in borderless windowed mode. However, full-screen mode comes with some downsides that you might not be willing to live with. In particular, accessing apps and functions outside of the active gaming window is much easier outside of full-screen mode.
It is safe to run games in real-time priority, in that you won’t break your computer or ruin anything in the process. With modern computers, you’re unlikely to even have unintended negative side effects. But, with older machines and specific modern setups, this could cause the computer to run slowly or crash.
Technically speaking, games will usually run slower on an external drive as compared to being run on an internal drive. This is because internal drives are usually faster drives with faster connection types. Despite that, you might not be able to notice any differences in performance regardless.
Here’s whether a 2.4 GHz or 5 GHz Wi-Fi is better for gaming: Technically speaking, a 5 GHz connection should be faster in most scenarios. That said, there are enough variables at play that 2.4 GHz Wi-Fi can be the better choice. It comes down to connection speeds, interference, and range. If you want to learn all about whether you should use a 5 GHz or 2.4 GHz Wi-Fi for gaming, then you’re in the place. Let’s jump right in! What Is the Difference Between 2.4 GHz and 5 GHz Wi-Fi? (3 Things) The first thing to understand is that the numbers 2.4 and 5 refer to bands. This is a term that describes a frequency range for electronic signaling. Wi-Fi bands are measured in Gigahertz. This is a term that measures how frequently the signal vibrates or pulses. That’s very technical talk, but essentially, 5 GHz Wi-Fi pulses faster than 2.4 GHz Wi-Fi. Another way to talk about bands is through wavelengths. If one signal has a higher frequency, it has a shorter wavelength. This matters a lot when talking about how far a signal can travel and how well it does with physical interference. We’ll talk more about the specific differences between these bands in the next sections. Before that, we can explain why frequency and wavelength matter. If a wireless signal has a higher frequency, that means that devices can pack more information into a single burst from the signal. This is the principle that makes 5G so much faster than 4G for cellular data. 5G runs at a much higher frequency, so if you do a fast signal burst, it has more bumps in the signal that can be used to express the ones and zeros that the machines use to communicate. You can almost compare it to font sizes. If someone types in a smaller font, they can fit more letters on the same page.
Here’s everything about playing games from an external hard disk drive (HDD) or solid state drive (SSD): You can play games from an external hard drive disc or solid state drive on a PC. In order to do this, the computer just needs to know where to find the game when it is on another drive. When you install the game, you have the opportunity to select where it is saved and ensure that your computer can find it. So if you want to learn all about how to play games from an external hard drive or SSD, then you’re in the right place. Keep reading! How Do You Play Games From an External Hard Drive or SSD? There are a number of ways to install a game on an external drive. We’ll focus on the easiest, and that is to use the game installer to install it on the drive of your choice. We’ll talk more about what kinds of drives work later. For this part, let’s assume you have an external USB hard drive, and that’s what you want to use for the game. Even if you’re actually using a different type of device, the steps in this section will be the same. By the the way, find the 5 best external hard drives for gaming (or rather SSDs) here. The first step is to connect the external hard drive. Make sure it is properly connected and that the computer can communicate with it. The easiest way to do this is to pull up File Explorer (represented by a folder icon in Windows 10). Navigate to your external hard drive and make sure you can open it and access the information on it. As long as this works, you can move on to the next step. Now, you want to pull up the game installer. There are countless different installers, so we’ll use Steam as an example. If
It boils down to optimization. Whether you use a console or a PC, 30 FPS means the same thing, but consoles are optimized to play games at this rate, while PC games are often optimized to play at higher frame rates. Because of that, consoles often look better at lower rates.