Lytro Light Field Camera

The lytro camera is the world s first light field camera that allows you to instantly capture interactive living pictures to share with your friends and family online.

Lytro light field camera. Perspective shift allows the viewer to re render the light field as if captured from a slightly different position moving this viewing position around shows off the depth information captured by the camera. On july 24 2012 lytro released a windows 7 64 bit version of its desktop software which is required to offload and process pictures from the light. It s not really designed to compete with an slr or compact system camera or even a compact camera and its images aren t. Lytro has announced two extra features for users of its light field cameras perspective shift and living filters.

One type of light field camera uses an array of micro lenses placed in front of an. Lytro light field camera editors note. Was an american company founded in 2006 by ren ng which developed light field cameras. Lytro has released a firmware update that enables the wi fi chips inside its 8gb and 16gb light field cameras.

The pioneering light field camera company has officially announced that it s winding down operations. The san fransisco based company has also announced a new ios companion app called lytro mobile which allows you to browse images from the camera on an ios smartphone or ipod touch. The light field camera uses an array of tiny microlenses typically as was the case in lytro s design between the main lens and the film or image sensor. This contrasts with a conventional camera which records only light intensity.

The lytro light field camera is easy to use and great fun to boot. Lytro began shipping its first generation pocket sized camera capable of refocusing images after being taken in 8 gb and 16 gb versions on february 29 2012. In april 2014 the company announced lytro illum its second generation camera for commercial and experimental photographers. A light field camera also known as plenoptic camera captures information about the light field emanating from a scene.