One of the many ways that monitors differ is the response time and the different speeds that they’re rated at. Monitors can range from 60Hz to 240Hz. Ideally, the most you’d want is 120Hz to most effectively accommodate your eyes and how they work. However, not all monitors are advertised as such. For example, many people purchase a monitor without realizing that it doesn’t have a 120Hz refresh rate and can cause headaches and nausea if used for long periods of time.
Monitor response time is a key factor for graphic designers and professionals in the medical industry. It is important to note the difference between latency and response time. Response time describes how long it takes for an input to be displayed on screen by a monitor. Latency is how long it takes for input to be sent to the computer.
While latency is important, the most important factor is the response time of the monitor. The lower the response time, the more expensive the monitor will be. However, it is important to keep in mind that while monitors with low response times are more expensive, they are also more efficient. They are less expensive to run on electricity since the screen does not have to refresh so often.
In today’s technology-driven world, monitors can make or break a desk. In this article from The Verge, author Vlad Savov discusses the importance of a monitor’s response time, and how it impacts a user’s productivity.
The response time of a monitor refers to the amount of time it takes a pixel to change from a shade of gray to a different shade of gray. The shorter the response time, the less likely a user is to notice any significant change in the brightness or color of the pixels. This is important for gaming monitors, where the slightest change in brightness or color immediately impacts the game.