#Perfect dark core pro
#Perfect dark core Bluetooth

#Perfect dark core Bluetooth

In this case the control subject is a G403, whose 3366 has no visible smoothing across the entire CPI range.Īll wireless testing was done using the regular 2.4 GHz wireless mode as I'm unable to test the Bluetooth mode due to the lack of a Bluetooth enabled device. 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, I've set steps of 400, 800, 1500, and 3050 for my testing. As you can see, the deviation is moderate but consistent, which is a decent result. 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 vary from unit to unit, so your mileage may vary as well. 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, three pre-defined CPI steps are available: 800, 1500, and 3000.ĬPI Accuracy'CPI' (short for counts per inch) describes the number of counts registered by the mouse if it is moved exactly one inch. According to specifications, the 3392 is capable of up to 18,000 CPI, as well as a maximum tracking speed of 450 IPS, which equals 11.43 m/s.

It's definitely not a variant of the PAW3335. From what I can tell it's based either on the PMW3360 or PMW3389 (16-pin, internal illumination).

#Perfect dark core pro

A sequel to the hugely successful Kinect game Kinect Sports is rumoured to be in development.Ī spokesperson for Rare told Eurogamer it has nothing to add on the matter.Sensor and PerformanceThe Dark Core RGB Pro is equipped with the PAW3392, which is a custom sensor. New Rare boss Scott Henson told Eurogamer in an interview that Kinect development is the studio's focus. The original was remade for Xbox Live Arcade last year. Xbox 360 game Perfect Dark Zero launched in 2005 to a 7/10 Eurogamer review. The game was still an action first-person shooter, but had mechs. Perfect Dark Core changed during the pre-production phase – to the point where it stopped being a Perfect Dark game altogether.īefore it was cancelled in 2009, the player controlled a male character. In 2009 Mundorare ran an article with a number of prototype videos, below.

This isn't the first time we've heard of Perfect Dark Core.

The image below, unearthed by, shows a more moody Dark than the one depicted in Perfect Dark and Perfect Dark Zero.Īccording to the site, Perfect Dark Core, what began as the true sequel to N64 first-person shooter Perfect Dark, featured a 'more realistic atmosphere than its predecessors, with Joanna having a different and less feminine behaviour (smoking, flirting)'. The cancelled game that began as Perfect Dark 2 was to feature a very different Joanna Dark.