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turtis123

I have a question. Sensor latency transition graph looks the same at 400 or 1600 dpi at 1000hz or differently? could you send me a link to a graph of 400 or 1600 dpi? Or if u have 400 or 1600 dpi graph another mouse

Mar 03, 2024 02:55 AM By Synd1cate

24

I have a question. Sensor latency transition graph looks the same at 400 or 1600 dpi at 1000hz or differently? could you send me a link to a graph of 400 or 1600 dpi? Or if u have 400 or 1600 dpi graph another mouse

Hello Synd1cate,

Thank you for your interest in our review. Currently, our methodology involves generating a sensor latency transition graph solely for the 800 CPI result. This approach aims to provide users with insights into the mouse’s performance at settings they are most likely to use. The data for runs conducted at 400 and 1600 CPI can be found in the sensor latency CPI graph directly below it. It’s probable that the sensor latency transition graph for these CPI settings would closely resemble the one produced at 800 CPI.

As of now, we don’t have immediate plans to start generating sensor latency transition graphs for CPI settings other than 800 CPI. Nonetheless, I’ll make a note of your request and relay it to our test development team for consideration.

“Some owners of this mouse have identified online that there’s a small tactile bump near the beginning of the button’s pre-travel movement. You can see this bump visible in the Main Button Actuation Graph.”

I really could not understand how do I understand this bump from the graph? The graph looks like avarage like the other mouses has. Can you explain more?

Mar 13, 2025 08:14 AM By Atahann17

6

“Some owners of this mouse have identified online that there’s a small tactile bump near the beginning of the button’s pre-travel movement. You can see this bump visible in the Main Button Actuation Graph.” I really could not understand how do I understand this bump from the graph? The graph looks like avarage like the other mouses has. Can you explain more?

Hey Atahann17!

It’s a very small bump, so it might help to see a zoomed in example.

Right at the start of the Main Button Actuation Graph, there’s a tiny hill on the press curve (light blue line) between 0.00 and 0.10 mm displacement along the bottom (x-axis).

Here’s a link to the zoomed in graph where we also compare it to the Viper V3 Pro (green lines), which you can see has a very smooth light green line without that little bump before the actuation point.