![]() ![]() Simply plug one end into the laptop, the other into the controller and position it in a location where it can see your hands in front of a laptop or between a desktop keyboard and screen generally works. Setting up the Leap is a straightforward affair. Of course, that tracking ability isn't just about the hardware, and the capabilities of the Leap are only realized by the software built to work with it. Leap does its motion sensing at a fidelity unmatched by any depth camera currently available: it can track all 10 of your fingers simultaneously to within a hundredth of a millimeter with a latency lower than the refresh rate on your monitor. Leap works using infrared optics and cameras instead of depth sensors, and does not cover as large an area as Microsoft's gestured controller. Keep in mind, the Leap is different from a Kinect sensor bar in more than just its size and appearance. Along with the controller itself, users get a pair of USB 3.0 cables in the box - a 5-foot and a 2-foot cord. ![]() Alas, as of this writing, the company wasn't able to reveal more specifics about the internals themselves, thanks to pending patent considerations. There's also a slim LED power / status indicator on the front edge. ![]() The edge, meanwhile, is ringed with a seamless aluminum band, save for a USB 3.0 Micro-B port on the left side (though the device runs at USB 2.0 speeds). On the bottom, you'll find a black rubber panel embossed with the Leap Motion logo. It's just over three inches long, an inch wide and less than a half-inch thick (79 x 30 x 11mm), with a glossy black panel on top, behind which resides the infrared sensors. The Leap hardware is actually quite unassuming, considering its capabilities. ![]()
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