I am, I missed your post, sorry.

Video with CEO - https://www.facebook.com/RobertScoble/videos/10153637361384655/

PR

Introducing Light L16 the world’s first multi-aperture camera with 16 lenses

• Camera of the future means magic moments are never missed
• Available to pre-order now
• Innovative design and technology, Light’s “L16” camera provides the same quality of a DSLR and the convenience of a smartphone
• Multiple 16-lens camera fuses images together, creating a single high quality image, up to 52 megapixels
• Retailing now at ￡1099, and available on pre-order now. This holiday offer is available until 1st January 2016

High-quality, beautiful photography becomes a more accessible feat with the world’s first 16-lens camera from Light ( https://light.co/ ). The debut L16 camera model features multi-lenses which work by fusing together multiple shots taken from each lens. The result – one single, high quality image of up to 52 megapixels.[BL1]

The L16 uses innovative technology, offering the quality of a DSLR that fits perfectly inside your pocket.[BL2] Its smaller, lighter, and better image quality are unrivalled by other cameras in its price class.

A travel-friendly, lightweight and portable camera, the L16 allows you to enjoy every moment, with its easy to use touch-screen interface, as well as the option to edit photos directly on the device, and allows phots to be shared on social media platforms. Compared to professional-grade cameras that require multiple lenses and add-ons, the L16 requires no additional equipment.

RRP at launch: ￡1,199. Pre-order the L16 now for a ￡100 discount – available for a limited time. Shipment will take place late 2016. Pre-order here http://light.co/holiday

Interesting new read

I knew that cellphone camera lenses were molded out of plastic—that’s why they were so inexpensive. And thanks to cellphones, molded plastic lens technology had been nearly perfected over the previous five years to the point where these lenses were ­“diffraction limited”—that is, for their size, they were as good as the fundamental physics would ever allow them to be. Meanwhile, the cost had dropped dramatically: A five-element smartphone camera lens today costs only about US $1 when purchased in volume. (Elements are the thin layers that make up a plastic lens.) And sensor prices had plummeted as well: A high-resolution (13-megapixel) camera sensor now costs just about $3 in volume.

By using many modules, the camera could capture more light energy. The effective size of each pixel would also increase because each object in the scene would be captured in multiple pictures, increasing the dynamic range and reducing ­graininess. By using camera modules with different focal lengths, the camera would also gain the ability to zoom in and out. And if we arranged the multiple camera modules to create what was effectively a larger aperture, the photographer could control the depth of field of the final image.

All the lenses in the L16 are molded plastic, and all the camera modules capture images using standard CMOS sensors, similar to those used in smartphone cameras. Each camera module has a lens, an image sensor, and an actuator for moving the lens to focus the image. Each lens has a fixed aperture of F2.4—that is, the focal length of the lens divided by its diameter is equal to 2.4. (A lens with a lower F number has a larger aperture and so lets in more light.)

Our first-generation L16 camera will start reaching consumers early next year, for an initial retail price of $1,699. Meanwhile, we have started thinking about future versions. For example, we can improve the low-light performance. Because we are capturing so many redundant images, we don’t need to have every one in color. With the standard sensors we are using, every pixel has a filter in front of it to select red, green, or blue light. But without such a filter we can collect three times as much light, because we don’t filter two-thirds of the light out. So we’d like to mix in camera modules that don’t have the filters, and we’re now working with On Semiconductor, our sensor manufacturer, to produce such image sensors.

http://spectrum.ieee.org/consumer-electronics/gadgets/inside-the-development-of-light-the-tiny-digital-camera-that-outperforms-dslrs

Getting closer

https://www.focus-numerique.com/news/light-l16-premieres-livraisons-pour-l-appareil-aux-16-modules-20573.html

FCC Photos

https://apps.fcc.gov/oetcf/eas/reports/ViewExhibitReport.cfm?mode=Exhibits&RequestTimeout=500&calledFromFrame=N&application_id=ifPNVIKtZfkSgUD84RegMA%3D%3D&fcc_id=2AIQB-L16

Article about severe issues even with demo images

http://www.imaging-resource.com/news/2017/10/23/have-you-seen-the-light-l16-ready-or-not

Actually all is eve worse than this:

http://www.adventurealan.com/light-l16-computational-camera-hands-on-first-look/

Actually properly matching even two close cameras of same focal length in clos shots is impossible task.