Last autumn, the Fraunhofer Institute of Integrated Circuits (IIS) announced their very own light field camera setup, which they dubbed the “most innovative lightfield camera recording system to date“.
At NAB 2014, the world’s largest electronic media show, the IIS gave live demonstrations of their camera.
The 4×4 camera array consists of a total of 16 smartphone camera modules connected to a PC apparently running Ubuntu Linux. Continue reading
At CES 2014, semiconductor giant Qualcomm gave the media and conference visitors some live demonstrations of the recently announced Snapdragon 805 processor. The company’s new flagship System-on-a-Chip (SoC) is powered by a quad-core Krait 450 CPU (2.5 GHz), an Adreno 420 GPU (500 MHz), and even contains a dual camera image signal processor.
To show what is possible with this higher degree of computational power, Qualcomm showed off some new camera features which may make it into the next generation of mobile devices. Continue reading
Not too long ago, Pelican Imaging announced their own solution to bring light field technology to mobile devices. In the Lytro Light Field Camera and similar setups, the optical elements take up too much space for integration in smartphones (or other small devices). Pelican chose a different path, using an array of 16 tiny cameras and creating a camera module that is only 3 mm thick (i.e. 50 % of today’s high-end smartphone camera modules), costs 20 $ in production, and creates pictures at 8 Megapixel effective resolution.
At this week’s Qualcomm Uplinq conference in San Diego CA, Pelican showed off their camera and software features on an Android tablet. Continue reading
Ever since their first appearance in the News, Lytro’s most prominent LightField feature was software refocus. The ability to take a picture, and set and change focus after the fact has inspired many of us.
While Toshiba is working hard on commercializing that same LightField technology for use in smartphones, California-based company DigitalOptics is taking a shortcut with similar results:
Instead of taking a single photo through a microlens array, DigitalOptics’ Mems|Cam takes a series of pictures at different focus distances. After stitching the photo sequence together, the resulting pictures can be refocused just like Lytro’s LightField pictures. Continue reading
Following their surprising press release at the turn of the year, Toshiba has now given some more details regarding its new tiny LightField module, which may bring Lytro-like LightField capabilities to Smartphones within a year.
The company even showed off a test unit and exciting features at its research lab in Kawasaki, Japan.
IDG News Service reports that the current version of the module, which is scheduled for production “at the end of this year or shortly after”, is a little cube that measures just 8 mm on its sides. Toshiba uses a traditional 8 Megapixel CMOS sensor to create still images with 2 Megapixels effective resolution, as well as LightField video at 30 frames per second (no word specifically about video resolution, though). A future version will use a 13 MP sensor and produce 5 to 6 MP LightField images.