B
Bane
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Ich habe den Thread bei ESreality.com gesehen/gefunden.
Ich habe keine Ahnung ob es stimmt oder nicht. Da die neg. Beschleunigung aber schon ein paar mal Thema war, dachte ich mir es wäre vielleicht ganz interresant.
Ich habe keine Ahnung ob es stimmt oder nicht. Da die neg. Beschleunigung aber schon ein paar mal Thema war, dachte ich mir es wäre vielleicht ganz interresant.
The truth about MX mice
So you are a happy gamer, a proud owner of MX300, MX500, or even MX700 (if you like laggy mice) and enjoy that "800 DPI, twice that of most competitors' optical sensors"? Well think again because you have fallen victim of a cheap marketing trick.
Extract from Logitech's website:
"MX Performance: Delivering 800-dpi optical resolution ...
Logitech's MX Optical Engine resolution is 800 DPI, twice that of most competitors' optical sensors. This allows smoother, more accurate cursor control with large screens while minimizing the amount of left-and-right hand motion. By default, the cursor is also easy to control with smaller screen sizes, and Logitech's software enables users to adjust the responsiveness of the cursor to suit their individual preferences."
Got the catch? No? The optical sensor actually has mere 400DPI resolution, exactly the same as all other common mice, it is the "MX Optical Engine" "Delivering 800-dpi optical resolution", i.e. the Mouseware driver...
Haven't you asked yourself why is a special driver needed to run the mouse at 800DPI anyway? And why the hell don't they get rid of that negative acceleration if it is just a bug in the driver as they claim??
The answer is simple, Logitech's 800DPI is emulated by the driver, it is NOT real 800DPI, the hardware is 400DPI. What you really get is just a doubled sensitivity and mouse movement interpolation, that perfectly explains the neg. accel - when you move your mouse fast, the driver receives less input data for the given distance, and because the "Engine" works by averaging all positions your cursor falls behind.
THATS A SHAME!
Quelle
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