Panasonic has developed a new technology which could replace the color filters used in most digital cameras. Its new Micro Color Splitters work by separating colors at a microscopic scale using ...

The nearly ubiquitous Bayer array has stubbornly resisted all attempts to unseat it as the king of sensor design approaches. Panasonic is the latest to challenge its supremacy, with a diffraction ...

Panasonic was the first company to embrace mirrorless camera video, with the GH1, helping to change the way low-budget movies could be made. Finally, videographers had a (reasonably) large sensor ...

At NAB Panasonic hinted at a camera that would fit between the GH5 and their Varicam models, and now they’ve announced the AU-EVA1, which will ship in the fall. Back in 2010 Panasonic was one of the ...

OSAKA, Japan--(BUSINESS WIRE)--Panasonic Corporation today announced that it developed the CMOS image sensor (APD-CMOS) that uses avalanche photodiodes (APDs) *1 in each pixel. The company has ...

Panasonic Corp said Monday it has developed unique "micro color splitters", which separate the light that falls on image sensors by exploiting light's wavelike properties. Applying them to actual ...

Small digital cameras have an inherent problem: The small sensors they use can’t capture as much light as the ones found in larger cameras. Sure, all digicams – even smartphones – perform well under ...

Panasonic has been working on organic imaging sensors for a few years now, but its latest design goes beyond full-color imaging to offer near-infrared (NIR) sensitivity suitable for night vision.

Panasonic has developed an image sensor using Fujifilm’s Organic Photoconductive Film (OPF), that is capable of recording a wider range of tones (up to 3 EV greater dynamic range) than silicon sensors ...

Since Sony released the RX10 last year, there have been exactly zero competitors to rival that camera’s stellar lens quality, zoom reach, and sensor size. It redefined what a “bridge camera” could be.