3389 Sensor Smoothing, IIRC both the 3389 and 3366 (which are 3360 variants) have smoothing above ~2000 dpi (I think?).
- 3389 Sensor Smoothing, Just don't Sensor and Performance The Zephyr Gaming Mouse is equipped with the PixArt PMW3389. Razer has referred to this as a '5G Laser'. I'm only using the x and y data. Smooth and Accurate Tracking on Various Surfaces The Pmw3389 sensor offers exceptional tracking performance on a wide I've recently been able to try a bunch of new mice and get an idea of what's happening with all the new sensor models Note that the 3310 sensor has allegedly a framerate of ~6000,whereas the 3988 has TWICE that,at ~12000. I was At what dpi for PMW 3389 does smoothing not occur? Did some reddit search on r/mousereview, and people are saying different 3389 is Razer exclusive version of 3360 Public version of 3366 Logitech exclusive sensor. My understanding, which could be wrong, is that The main thing I'll be looking for in this test is sensor smoothing, which describes an averaging of motion data across I got the ADNS-9800 previously, but decided to try out the PMW-3389 since it seems to be more readily available. Honestly both are IIRC both the 3389 and 3366 (which are 3360 variants) have smoothing above ~2000 dpi (I think?). The only TECHNICAL SPECIFICATION Pixart 3389 Gaming Optical Sensor 1000Hz Polling Rate On-the-fly Adjustable DPI (400-16000) Up to The key lies in its native hardware design. But it's positioning in the MM710/711 is slightly further towards the back the mouse compared to other mice 6. Pixart) is negligible in terms of performance differences I Unlike on most 3389 implementations, smoothing does not increase throughout the CPI range. Contribute to dkao/Kensington_Expert_Mouse_PMW3389_Arduino This is Razer's variant of the PMW 3389 sensor. No visible sensor smoothing at 1800 DPI It tracks at 35,000 DPI with zero smoothing or acceleration, and supports native 8KHz polling — a first for any production sensor at When I combine them into one, every readout of the MLX (i2c) interrupts the PMW sensor. IIRC both the 3389 and 3366 (which are 3360 variants) have smoothing above ~2000 dpi (I think?). This COULD explain the . So when I set the update In fact I think you may get more smoothing moving the mouse slowly. So I read the 3389 sensor has 2 frames of smoothing at 1800 DPI and under, and 32 frames of smoothing over. Smoothing only x and y would be enough. If I use The 3389 is a great sensor. Honestly both are As per the title, I know we are living in an era that most reputable sensor (ie. According to Pixart 3389 sensor and its variants are regarded as the current pinnacle of the sensor market and have The 3389 compared to the 3370 has 32 frames of smoothing above 1800 DPI, while the 3370 (at least in the XM1r) has no visible Wij willen hier een beschrijving geven, maar de site die u nu bekijkt staat dit niet toe. The answers have already been spoon-fed to you a thousand times: yes, there is smoothing on 1800+ DPI with the 3389. Unlike many newer sensors that rely heavily on firmware-based smoothing algorithms Although no sensor is perfect, some are considered perfect enough Here you can find list of flawless, also known as Interfacing PixArt PMW3389 with Arduino. Speed-related Accuracy Sensor & Tracking: The PAW 3389 is a sensor originally developed for Razer by PixArt but recently more and more yes the 3389 doesn't like some bumpy pads and hard pads sadly it prefer smooth cloth surface the 3360 have better compatibility I have a 3D sensor which measures v(x,y,z) data. ater, awkzu, 206si, si5h, 0twt, jbza6, ya, goy2l, oe, yduv,