Sony has launched the world's first full-frame global shutter image sensor, which debuted in the Sony A9 III. However, lost in all the noise of the camera launch was a spec that went largely under the ...

Despite all the furor over global shutter sensors, Canon will not be adopting the technology for its upcoming EOS R1 and R5 Mark II. That's the latest chatter emerging online, in the wake of the ...

The future of the global shutter market looks promising with opportunities in the residential and commercial construction sectors. The global shutter market is expected to reach an estimated $80 ...

SEOUL, South Korea, June 3, 2024 /PRNewswire/ -- DB HiTek, a leading foundry specialist in South Korea, is enhancing its global shutter and single-photon avalanche diode (SPAD) process technologies, ...

How can a camera company obsessed with protecting the 4K capability of their professional camera platforms coax their consumer base into buying new cameras with 1080p? Well, by giving them something ...

Sodium warning: this is a pretty wild camera rumor, but potentially a pretty exciting one. It's being reported that Nikon is ...

Sony’s latest line-up of industrial sensors can capture high speeds without distortion, thanks to a global shutter design. The new line, including four different options, each with a color and ...

Sony’s latest imaging sensor reads like a list of photography buzzwords: Backlit, global shutter, stacked sensor. But using a new design, Sony was able to mix all three sensor technologies into a ...

Luke has been working in consumer tech for over a decade and is an expert in cameras, computing, VR and audio. He joined Pocket-lint in 2021 and can always be found writing reviews, news and features ...

Global shutter sensors with no skew or distortion have been promised as the future of cameras for years now, but so far only a handful of products with that tech have made it to market. Now, Raspberry ...

Global and rolling shutter sensor designs both have different advantages and disadvantages. So, why have one or the other when you can simply have both on one chip? That's exactly what Nikon has ...