Toshiba smartphone camera sensor has eye on future

Dec 28, 2012 by Nancy Owano report
Credit: Takashi Kamiguri, via ajw.asahi.com

(Phys.org)—Toshiba may be targeting the end of 2013 for the launch of a new camera sensor for smartphones and tablets, where the picture taker can choose a specific area of focus in the photo after having taken the photo. Photography enthusiasts as well as all creative picture-takers will be able to manage how they want the photograph to tell the story, allowing for managing the focus after the fact. This resonates heavily with the Lytro light field camera, which was introduced as a way to allow photographers to shoot the image first and focus on the subject later, thinking about focus points during the editing process.

The Toshiba sensor is a departure from Lytro, however in size; Lytro is marketing cameras about the size of a palm. Toshiba's package is smaller than Lytro's longer body. The Toshiba measurements indicate it is suitable for a smartphone.

When the sensor launches, users will also be able to work with videos shot on the smartphone or other device. The cube-shaped module is about 1 centimeter per side. About 500,000 small lenses go to work, each about 0.03mm in diameter, each grabbing a slightly different image. Then all are combined into one, with the use of Toshiba software.

The Toshiba mechanism works similar to the way the compound eye structure functions in insects. Reports say Toshiba 's next step is to look for smartphone and tablet manufacturers who will want to adopt its . The Asahi Shimbun carried the report earlier this week. Toshiba is said to be planning to commercialize the module by the end of fiscal 2013.

The Lytro, a creation of Lytro company founder Ren Ng, is the result of Ng's work on the when he was at Stanford, and his product drew attention as a shoot now later camera representing "light field technology." The Lytro technology spread awareness of how the of a can be changed after the picture is taken, for example, where it is possible to shift the focus from a subject in the foreground to a subject in the background.

Explore further: LG Chem's super-efficient OLED lighting has life of 40,000 hours

More information: ajw.asahi.com/article/economy/… iness/AJ201212270054

add to favorites email to friend print save as pdf

Related Stories

Retailers to add radical 'focus later' camera

Sep 25, 2012

A radical camera that lets users adjust the focus after taking pictures will be available in October at shops in Australia, Canada, Singapore, Hong Kong and the United States.

Start up creates a 'no-focus' point and shoot camera

Jun 22, 2011

(PhysOrg.com) -- If you have ever used a "Point and Shoot" style of camera in the last few years then you know that that term is a misnomer because unless you are using a disposable camera you are going to ...

Recommended for you

Peugeot hybrid compressed-air car set for Paris Motor Show

3 hours ago

An 860-kilogram concept city car from Peugeot indicates impressive fuel economy. This latest concept "has its sights set on meeting the French government's goal of putting an affordable 2.0l/100km (141mpg) car into production by 2020," said Jordan Bis ...

User comments : 5

Adjust slider to filter visible comments by rank

Display comments: newest first

Mayday
4.3 / 5 (4) Dec 28, 2012
Alas, light-field photography is not as magical as it sounds. In the end, you have a very low-resolution image equivalent to some of the earliest consumer digital cameras of ten years ago. It makes a nice toy for social media, but if you plan to print and frame, not so much. IMO, go for megapixels and quality glass, especially if you plan to crop your image at all before enlargement. For my smartphone camera, I'd rather they develop a good optical zoom.
david_j_ellison_7
3 / 5 (2) Dec 28, 2012
A german firm Raytrix working on Lightfield sensor technology have overcome this hurdle now and their is no longer any loss of resolution. Might take a few years to filter through though.
javjav
2 / 5 (2) Dec 28, 2012
In the end, you have a very low-resolution image equivalent to some of the earliest consumer digital cameras of ten years ago.

I don't agree. Most pictures from smartphones are low resolution anyway, mainly due to the lack of a proper focus and due to their very bad noise to signal ratio. Their effective resolution is always much much lower than their nominal resolution ("megapixels") and they very rarely achieve more than 1 effective megapixel, those lenses are simply too small. The ability in the new sensor to dedicate a bigger area of the sensor for each pixel (and a dedicated lense for each one), and the new ability to refocus later could be very good for smartphones and in fact it can provide bigger effective resolution in most situations.
socean
5 / 5 (3) Dec 28, 2012
I find that its hard to shoot with any zoom with a phone cam, because my hand always shakes a little. Image stabilization is top on my list.
baudrunner
1 / 5 (1) Dec 30, 2012
@Mayday : I saw the first examples of this imaging system too, but Toshiba's is no doubt an improvement over that. Half-a-million little lenses? Also, image quality is a function of CCD image sensor size, not number of pixels, and no doubt that is also being looked into by Toshiba.