News tagged with "lytro"

Lytro has shipped its first Light Field Camera to a customer and we've had a chance to spend some time with one, to see what their experience is likely to be like. It's a totally unconventional camera that captures images that can be refocused after they're shot, so we haven't shot our usual, 2D test charts but we've tried to sum-up its technology and what it's like to shoot with. Click here to find out what we thought.

Steve Jobs met Lytro founder Ren Ng to discuss the photographic aspects of Apple products, according to a new book about the company. Details are understandably sparse but, according to Adam Lashinsky's book 'Inside Apple,' Jobs asked Ng to prepare a list of three things he'd like Lytro to do with Apple. If nothing else, the story is interesting as it suggests Jobs was as excited by the Lytro and its effect on photography as the rest of the tech community has been. It also suggests Apple's approach to mobile photography might overlap with Lytro's aim of creating something fun, shareable and engaging, rather than attempting to replace conventional photography. Such an approach would certainly be in keeping with Apple's 'disruptive' approach to technology. (from 9-to-5Mac) [Updated with response from Lytro]

CES 2012: Light field camera maker Lytro has been demonstrating early versions of potential features during a shooting event at CES. The event gave journalists the chance to use the cameras and try the 'Advanced Light Field Mode' that the company is experimenting with. We went along and have written this report about what it's like to use a Light Field camera.

Startup company Lytro is claiming to be close to launching a camera that allows any point of focus to be specified after the shot is taken. The concept behind the device, called a light-field, or plenoptic camera camera has surfaced regularly over the past few years, but now Lytro, founded by Stanford PhD Ren Ng, says it will have a product ready within a year. The concept uses a series of microlenses to split the incoming light rays across multiple sensor pixels, depending on the angle from which it arrived. This additional information about the angle of the arriving light makes it possible to recalculate different focus points after the image has been shot, but at the cost of lower image resolution. The company hasn't, as yet, provided details such as its system's output resolution. (From the New York Times)