The new Canon MS-500 can resolve subjects in colour at distances of several miles even at night. It’s aimed at high-level security work but could well find more creative uses. The Canon MS-500 was ...
Canon's new camera shoots color video in pitch black, from miles away By Loz Blain August 01, 2023 Canon's new MS-500 puts the company's groundbreaking new ultra-sensitive SPAD sensor into a ...
The new sensor can capture information at up to 24,000fps and has enormous implications for future applications such as self-driving automobiles. A SPAD sensor is not an image sensor in the normal ...
Canon has just unveiled the MS-500, an unusual model that's one of the most sensitive non-infrared cameras ever developed. It uses the highest-resolution 1-inch SPAD (Single-photon avalanche diode) ...
Canon's new SPAD sensors work by amplifying a single photon that enters the sensor's pixels into large amounts of electrical energy pulses. This allows the camera to see objects in areas with small ...
Canon has developed a new 3.2-megapixel single photon avalanche diode (SPAD) image sensor that can take color photographs in the dark, according to Nikkei Asia. It’s due to go into production next ...
WASHINGTON -- Researchers have developed the first megapixel photon-counting camera based on new-generation image sensor technology that uses single-photon avalanche diodes (SPADs). The new camera can ...
PASADENA, Calif.--(BUSINESS WIRE)--Forza Silicon, a unit of AMETEK, a leader of advanced image sensor and mixed-signal IC designs for imaging applications, today announced that its Chief Technology ...
Researchers have demonstrated a new depth-sensing 3D camera that can detect single photons of light at megapixel resolution and 24,000 frames per second, both record highs. Its incredible capabilities ...
What is a single-photon avalanche diode (SPAD) sensor? Why are SPADs important? How do SPADs work? I talked with Dr. Sebastian Bauer, CEO at Ubicept, about the company’s flexible light acquisition and ...
Some results have been hidden because they may be inaccessible to you
Show inaccessible results