8500 CPI has the same amount of smoothing applied and displays high jitter regardless. 3200 CPI is the highest step without any smoothing and shows minor jitter, which is taken care of by the smoothing introduced at 3300 CPI. As you can see, no issues with angle snapping can be observed. This test is used to indicate any potential issues with angle snapping (non-native straightening of linear motion) and jitter, along with any sensor lens rattle. Note that the G403 is moved first and thus receives a slight head start. In this case, the control subject is a G403, whose 3366 has no visible smoothing across the entire CPI range. As there is no way to accurately measure motion delay absolutely, it can only be done by comparison with a control subject that has been determined to have the lowest possible motion delay. The goal here is to have as little smoothing as possible. The main thing I'll be looking for in this test is sensor smoothing, which describes an averaging of motion data across several capture frames in order to reduce jitter at higher CPI values, increasing motion delay along with it. Any further sources of input delay will not be recorded in this test. Motion Delay"Motion delay" encompasses all kinds of sensor lag. In order to account for the measured deviation, corrected but still off-target steps of 400, 800, 1500, and 3100 CPI have been used. As you can see, aside from the 400 CPI step, deviation is consistently positive and of varying yet mostly significant degree, which is an average result overall. I've restricted my testing to the four most common CPI steps, which are 400, 800, 1600, and 3200. However, please keep in mind that said variance will still differ from unit to unit, so your mileage may vary. In this test, I'm determining whether this is the case or not. It is impossible to always achieve a perfect match, but ideally, nominal and actual CPI should differ as little as possible. There are several factors (firmware, mounting height of the sensor not meeting specifications, mouse feet thickness, mousing surface, among others) which may contribute to nominal CPI not matching actual CPI. Out of the box, five pre-defined CPI steps are available: 400, 800, 1600, 3200, and 6400.ĬPI Accuracy"CPI" (short for counts per inch) describes the number of counts registered by the mouse if it is moved exactly an inch. According to specifications, the 3359 is capable of up to 8500 CPI, as well as a maximum tracking speed of 300 IPS, which equals 7.62 m/s. The PAW3359 is based on the PAW3339, which was previously used on the Razer Abyssus Essential and Atheris.
#Razer deathadder 2013 sensor manual
Just choose from one of the preset Razer mouse mats in Synapse 2.0 to calibrate the sensor, or use the manual calibration mode if you’re using a custom surface. This mouse’s 4G sensor has also been optimized to work perfectly with all Razer mouse mats.
#Razer deathadder 2013 sensor driver
Razer Synapse 2.0 is cutting-edge intuitive proprietary software that functions as the Razer DeathAdder’s brain – automatically syncing the gaming mouse to a cloud server to download driver and firmware updates, as well as save individual gamer settings without you needing to lift a finger. Your fingers stay firmly in control of the mouse no matter how aggressively you swipe. Retaining the same right handed shape of its predecessor, this incarnation of the Razer DeathAdder improves upon the ergonomics by incorporating new rubber side grips. This is the pinnacle of gaming accuracy with an optical mouse sensor. The all-new Razer DeathAdder’s mouse sensor has no drift control, ensuring that you’ll be able to make minor movements in game, especially vital for FPS gamers pulling off that perfect headshot. Get 200ips and 50G acceleration even at the lowest dpi settings. Achieve high levels of performance while retaining the feel of the optical sensor most DeathAdder users have come to love. The all-new Razer DeathAdder has been upgraded with the world’s first 6400dpi Optical Sensor.
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