This unpleasant noise is unfortunately also present when the projector is restarted and still warm. However, our unit sometimes produces an unpleasant noise (after long periods of use, then in standby) that drowns out the fans and quickly makes us turn off the projector completely by pressing and holding the power button. In this state, the button will light up orange instead of blue, and the fans will continue running but do so as quietly as when the device is first powered on. This rose to 29.86 dB after around 5 to 10 minutes before peaking at about 31.5 dB nearly 30 minutes into the test.īriefly pressing the power button puts the Capsule 3 into standby mode. From about 1 m (3.28 ft) away, we recorded a noise level of roughly 26.89 dB at first. The fan noise starts off barely audible and gets slightly louder over time, but never becomes excessive. The fans begin spinning as soon as the projector is switched on. Things are even worse with gaming – the Nebula is completely unfit for this purpose. As a result, moving the mouse cursor on a computer is a bit of a miserable experience. We also disabled all other automatic image enhancements but didn’t see any noticeable improvement as well. Sadly, disabling this option makes hardly any difference on the Capsule 3 Laser, and there is still significant input delay. This feature is enabled by default and predicts the intermediate picture between two frames to provide a smoother image. Those familiar with the subject would know that disabling the MEMC option usually helps mitigate this issue (like on the Xgimi Horizon Pro 4K). And, mind you, this is a product that costs €850 (US$930). However, once you connect a laptop, the projector suffers from considerable input delay. The Capsule 3 is able showcase its strengths when used as a standalone projector or in conjunction with a USB storage device. without loss of quality).īut very crucially, there is an altogether different aspect that disqualifies the projector from certain applications: the lag over the HDMI interface. On projectors that direct light forward, it would’ve been better to design the lens in such a way that it points the beam slightly upward by default and the resulting trapezoid is aligned visually (i.e. On a Full HD desktop with no scaling, smaller fonts are practically illegible, especially at the screen's top edge. However, things are different when you connect a PC. This is hardly appreciable in Android’s interface due to the sufficiently large font. The lower edge looks very sharp, whilst the upper edge is less so because the light beam needs to travel a longer distance to reach the screen. That said, you won’t be able to perceive any difference unless you really try to.Īnother problem this causes is that the image has “varying” sharpness despite the autofocus. Though the automatic keystone correction and autofocus are invaluable (the device corrects the image automatically after every larger movement), the slanted orientation essentially reduces image quality. But this is expectedly going to disrupt the user’s view of the screen, which means the projector must be lowered and then tilted. As a result, the projector should ideally be placed at eye level in order to get the best alignment. Unfortunately, the lens directs the beam pretty much straight ahead. The laser projector is typically placed in front of viewers and throws the image forwards and the sound backwards. Finding a good location for the device is somewhat of an issue.
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