This program is only available with compatible 360Hz monitors, which is why we need to use the AW2521H. Through the GeForce Experience software, we have access to the NVIDIA Reflex Latency Analyzer program.
We use a few different pieces of equipment, including a Sony RX0 II camera, a computer with an NVIDIA RTX 3080 graphics card, a Dell Alienware AW2521H monitor, a SteelSeries Rival 3 mouse, and a solenoid connected to an Arduino Uno, which is used as a plunger, as part of the setup. The way we measure the click latency is fairly straightforward, but at the same time, it can be a long process to do. The key for gamers is simply to have the least amount of latency possible, and that starts with the keyboard. Once your keyboard registers an input and sends a signal to your computer, your PC processes the information and displays it on the monitor, and all these steps take some time to complete, even if it's a few milliseconds. The type of connection used is a major factor, as wired connections tend to have the lowest latency, while Bluetooth connections tend to have the highest, which is why Bluetooth keyboards are good for typing, but not for gaming. There are a few factors that contribute to the latency. Although no equipment is completely free of lag, gaming keyboards are designed to have the lowest latency possible. The keyboard, along with the computer and monitor, each contribute to latency between your input and the action being completed, so you want to make sure each piece doesn't have a ton of latency. Keyboard latency is extremely important for gamers, and although most have good enough latency for office work or programmers, a gaming keyboard with high latency can be the difference between a win and a loss.
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