Drake Martinet

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Lytro Light Field Camera Revealed

Today in San Francisco, digital camera and imaging start-up Lytro is unveiling a consumer digital camera that it claims will be the biggest technological jump since we started talking megapixels over 20 years ago.

In case you haven’t been following along, here’s a quick rundown of what’s expected today:

Lytro, founded by Ren Ng in 2006, is an outgrowth of his Stanford University PhD research into what is called “light field photography.”

Without getting too technical, a light field camera captures light all throughout the scene in front of the lens, as opposed to the cameras consumers are used to, which bring a particular thing into focus first.

The result is an image that can be focused after it is taken, and, Lytro claims, a camera that is faster from power-up to capture, and has exceptional performance in low light, even without a flash.

Lytro claims it has spent the last five years and nearly $50 million from several of Silicon Valley’s heaviest-weight VC firms working to pack all that technology into a camera small enough to compete with the myriad point-and-shoots currently available.

Join us as we see for the first time if Lytro has gotten the picture.

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Liveblog:

11:17 am: They’ve let us into the event. No action yet, just a bunch of tech reporters tweeting away.

11:32 am: We’re underway. CEO and founder of Lytro Ren Ng is coming up now.

11:33 am: Lytro grew out of Ng’s Stanford PhD work in light field imaging.

11:33 am: Ng starts with some stats on digital cameras.

He says that at the end of the day, both film and regular digital cameras record the same data — a flat image.

11:34 am: “The light field is all the light traveling in all directions at every point in space,” says Ng.

11:35 am: Still on the tech, Ng says his focus at Stanford was on miniaturizing the camera technology. At the time, the only light field cameras were huge arrays of cameras in labs.

11:37 am: We’re on the history of his research now — Ng says the first camera he built was a one-off medium format camera.

11:39 am: The important takeaway here is that this camera is as much about the computer science behind it as it is about the optics and the hardware.

11:41 am: Ng moves on to the features of this technology for the user.

11:42 am: 1. Shoot first, focus after. 2. Ability for third parties to interact with the picture after it is put online.

11:43 am: Ng shows what appears to be a screenshot of his Facebook page, with a Lytro interactive image embedded.

11:44 am: Ng says that all Lytro images can also be viewed in an “immersive 3-D.”

11:45 am: Now we get to see the camera. It’s called the “Lytro.”

11:45 am: 8x optical zoom, with an f 2.0 aperture.

11:47 am: It’s an 11 “megaray” camera — which means it captures 11 million rays of light, says Ng.

11:49 am: It’s a metal rectangular tube, maybe 4 inches long. The lens is at one end and the small touch screen at the other. It’s unlike any camera design I’ve ever seen.

11:50 am: Ng says another benefit of the camera is how fast it turns on.

11:51 am: The camera doesn’t need to focus before it shoots, so time from activation to capture seems pretty instant.

11:52 am: Now he’s going to take a picture of the room — we’re being posed, no joke.

11:52 am: They will come in 3 colors — redish, blueish and grayish.

11:53 am: Ng is plugging in the camera, showcasing the software that comes with it. The camera uses micro USB.

11:54 am: Liveblogging solo here, but there are a few pictures I’m putting up on twitter (@withdrake).

11:55 am: Software seems to be pretty snappy. All the pictures are square format.

11:56 am: Ng says you can refocus the image on the camera, in the computer software, or on the web, wherever you embed the image.

He says you can post to Facebook from inside the Lytro computer software.

11:58 am: Ng just posted something to Facebook from the software. Facebook friends can zoom and refocus the image right in Facebook.

11:59 am: The camera will come in 8GB and 16GB versions.

11:59 am: 8GB version can capture 350 light field images.

12:00 pm: Ng says that the camera will ship in early 2012.

12:01 pm: Now he’s dancing around price.

12:02 pm: It will be $399 for the 8GB version.

We’re wrapped up. Moving on to the demo station. … See gallery of pictures above.


comments so far. Add yours.

  • http://twitter.com/smJeffA Jeff Alberda

    Lytro looks so ridiculously awesome. I can’t wait to get my first camera with LFP in it.  Seems like it would be impossible to take a bad picture.

  • http://theycallthislife.net/ Michael

    Can’t wait to see what they’ve come up with. This is the future! 
    Related: put it in a cameraphone! 

  • Tuomas Samuli Seppänen

    Yes, because it also composes the shot for you and shoots at right moment. Herp derp…

  • http://twitter.com/LVPhoto Mike De Simone

    Looks like sum big changes are coming in the digital world….about time!

  • http://andreasaronsson.com Andreas Aronsson

    Heh, that makes 20+ megs per picture, DSLR weight on those :P Only internal memory eh? Hrm.

  • http://twitter.com/jemoyer john moyer, M. Ed.

    Not a good feeling from me on this end.  I don’t think the public will be easily swayed to accept the boxed design. I think they need to go back and redisign.  Just my .02.

  • Anonymous

    It doesn’t appear that they are able to use traditional camera designs for this camera due to how the technology works.

  • http://pulse.yahoo.com/_4EKBOERITS4GBL3UUUH5R5CY5Q Lisa P

    Where can I buy it?

  • Guest

    I like the slideshow feature where each time I click forward, the page scrolls to the top.  

  • Sandro Mura

    Looks promising for giving eyes to blind people once the interface with the brain is up and running….Or the next generation of cyborg.

  • Anonymous

    Its time for another jump in camera technology!  

    Can’t wait til it hits retail stores. 

  • PacoBell

    Ren used a “traditional” camera for his prototype at Stanford. Worked just fine. 

  • Anonymous

    The resolution for these images are quite low so if you think about it, the sensor on the Lytro is quite large physically to yield a low res (in photography terms) image. This means that you would require a large diameter lens. For this to be made into a regular sized/shaped camera just doesn’t make sense. The design of the Lytro is essentially logical here. For it to be a regular form factor camera would just be a waste of real estate.

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