Hello,
i looked into Monitors or actually Gaming Laptops and their Displays and got stuck with the following question:
Why are there Displays with e.g. 144Hz refresh rate but a response time (grey grey) of 18ms.
IPS Displays
144Hz means up to 144 pictures per second and thus 1 000ms/ 144 Hz = 6.94 ms per picture.
But how does that fit with the 18ms response time (grey to grey) or 12ms response time (black to white) ? 12ms of Black to white would mean 1000ms / 12ms = 83 Hz
OLED Displays
For example as in the alienware m15:
It got 2.6ms grey to grey and 2.3ms black to white - however only 60Hz.
So basically, measured by response times this would allow even higher refresh rates.
General question:
How do the "high" response times fit in the high refresh rates?
Can you help me with the math?
Data taken from:
Notebookcheck <-- Section Display got a nice table
i looked into Monitors or actually Gaming Laptops and their Displays and got stuck with the following question:
Why are there Displays with e.g. 144Hz refresh rate but a response time (grey grey) of 18ms.
IPS Displays
144Hz means up to 144 pictures per second and thus 1 000ms/ 144 Hz = 6.94 ms per picture.
But how does that fit with the 18ms response time (grey to grey) or 12ms response time (black to white) ? 12ms of Black to white would mean 1000ms / 12ms = 83 Hz
OLED Displays
For example as in the alienware m15:
It got 2.6ms grey to grey and 2.3ms black to white - however only 60Hz.
So basically, measured by response times this would allow even higher refresh rates.
General question:
How do the "high" response times fit in the high refresh rates?
Can you help me with the math?
Data taken from:
Notebookcheck <-- Section Display got a nice table