Magic Leap One: Difference between revisions
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To gather spatial data, the headset comes equipped with multiple integrated sensors and at least six external cameras. Like Microsoft HoloLens, the Magic Leap One has built-in speakers and built-in microphones, four of them in the headset. The MR headset is supposed to have a higher field of view than the HoloLens, but it doesn’t. | To gather spatial data, the headset comes equipped with multiple integrated sensors and at least six external cameras. Like Microsoft HoloLens, the Magic Leap One has built-in speakers and built-in microphones, four of them in the headset. The MR headset is supposed to have a higher field of view than the HoloLens, but it doesn’t. | ||
Magic Leap has used Photonic Wafers, which are translucent cells that generate Lightfield signals. Photonic Wafers does this by moving photons inside a 3D nanostructure. More about the Lightfield technology is mention below. | Magic Leap has used Photonic Wafers, which are translucent cells that generate Lightfield signals. Photonic Wafers does this by moving photons inside a 3D nanostructure. More about the Lightfield technology is mention below. | ||
The headset that was made available to purchase did not in fact use lightfield technology, but instead used standard [[waveguide]] technology with two separate focal planes that automatically switched based on eye tracking to determine where the user was roughly focusing. It didn't work very well. | |||
===The Lightpack Computer=== | ===The Lightpack Computer=== | ||