To enjoy the best gaming monitor performance, the response time that is offered should be lower in comparison to the rising refresh rates. This is why purchasing 144Hz monitor panels need to be as close as possible to 1ms.
When it comes to monitors for gaming, low latency and high framerate make must-haves. The right combination of high framerates can be achieved with the help of powerful hardware, unlike in the case of the old 60Hz monitors. The demand for 120Hz monitors, 144Hz refresh rate monitors, and 240Hz refresh rate monitors has gained momentum.
The rise of competitive gaming and e-sports, wherein just a split-second can make an incredible difference, has led to an increased emphasis on high framerates. However, framerates are not the only key drivers. Slow response times despite a fast refresh rate panel can create flicker, ghosting, and considerable latency. This is why most modern-day gamers prefer the 144Hz and 1ms combo to achieve the best results.
Achieving high framerates and refresh rates for monitors is quite easy even in terms of technical aspects. The right frequency, current, and clock settings achieved by the circuitry and panel will enable the user to get high frame rates per second. However, it is important to note that the refresh rates measured by the clock speed of the monitor are completely different than the response times. You can go for a slow response monitor or a fast refresh rate. This certainly makes a considerable factor to look for while shopping for a monitor.
Challenges Of Response Times
Monitor latency or response times can be prove to be tricky aspects too. Response times are controlled directly by more recent technology (as opposed to the centuries-old technologies controlling refresh rates). Hence, refresh rates share common technology with most electronic devices, but response times differ from display to display. Rather than simply supplying an extra power supply to a monitor, they require a more intricate technique for updating each pixel.
Overclocking a 60Hz panel refresh can make 120Hz content run on a 60Hz panel with great efficiency. This is a simple solution, but its effectiveness remains in question. Whatever the case may be, response times pose a more daunting challenge without an easy solution. Manufacturers must invest considerable resources in, processing, transistor quality, panel materials, and power delivery to achieve a 1ms response. It is not an easy task.
Why Response Time Is Important?
A 144Hz panel with a response of 10ms will cause input lag, ghosting, and artifacts if you have one. A monitor with such a high clock speed cannot be responsive. Due to its excessive speed, it performs poorly. A slow response can’t support high framerates.
Faster refreshes or framerates require faster responses. We don’t want to complicate matters by including resolution and panel size in the formula right now. But we hope you have got the answer to the main question here, “what is a 1ms gaming monitor?” now.