Uploaded September 2017 | Updated September 2026, 6 days ago
aresplatoon2controlsfixed.com
This test was performed with a Dell U2312HM monitor that has 1.6ms of input lag according to the Leo Bodnar input lag testing device. Video was taken at 400fps and played back at 14.985fps. Latency was calculated by measuring the time between the button press and the end of the resulting output frame (latency includes the entire duration of the resulting output frame). Many button presses were analysed to discover the expected 16.6ms spread and the minimum latency was recorded and reported in this video.
There are many reasons that the input to output latency of a game may be greater than the latency reported in the video. Here is a brief explanation of some of these reasons:
- A TV/monitor may add additional latency from video processing
- Input will be polled once per frame. This means that it matters when a button is pressed. Sometimes you will press a button right before the input state is polled, meaning no additional latency. Other times you will press a button right after the input state is polled, meaning your input will be delayed an entire frame (16.67ms) before it is processed. Because of this, a variance of somewhere between 0 and 16.67ms of additional latency is normal for any 60fps console game.
- Wireless interference may require a retransmission, which takes additional time (I'm not sure how much time this takes, but I would expect it is generally negligible)
aresplatoon2controlsfixed.com
This test was performed with a Dell U2312HM monitor that has 1.6ms of input lag according to the Leo Bodnar input lag testing device. Video was taken at 400fps and played back at 14.985fps. Latency was calculated by measuring the time between the button press and the end of the resulting output frame (latency includes the entire duration of the resulting output frame). Many button presses were analysed to discover the expected 16.6ms spread and the minimum latency was recorded and reported in this video.
There are many reasons that the input to output latency of a game may be greater than the latency reported in the video. Here is a brief explanation of some of these reasons:
- A TV/monitor may add additional latency from video processing
- Input will be polled once per frame. This means that it matters when a button is pressed. Sometimes you will press a button right before the input state is polled, meaning no additional latency. Other times you will press a button right after the input state is polled, meaning your input will be delayed an entire frame (16.67ms) before it is processed. Because of this, a variance of somewhere between 0 and 16.67ms of additional latency is normal for any 60fps console game.
- Wireless interference may require a retransmission, which takes additional time (I'm not sure how much time this takes, but I would expect it is generally negligible)
