PR83543

LAUSANNE, Switzerland, April 2, 2020 /PRNewswire=KYODO JBN/ --

ActLight, the Swiss technology firm known for its best in class signal-to-noise

ratio photodiodes, achieved another technology breakthrough: its new sensor

array offer same signal-noise-ratio in absence of any crosstalk.

ActLight announced today that the Dynamic PhotoDiode (DPD) sensors array was

fabricated and it passed the first set of tests.

"The development of a very performant 3D image sensor based on our patented DPD

technology is a great challenge for us at ActLight," said Serguei Okhonin,

ActLight Co-Founder and CEO. "Seeing the performance of the first prototypes,

in particular the absence of crosstalk between pixels and the first pictures

produced by the array, and also considering that prototypes were built with

standard CMOS image sensors technology give us the highest level of motivation

to continue to invest in this project to build the high performance 3D image

sensor that exceed the market expectations in terms of precision and efficiency."

About ActLight SA

ActLight SA, the start-up company founded in 2011 and based in Lausanne -

Switzerland, focuses on the field of CMOS photonics by developing a new type of

photodetector, the Dynamic PhotoDiode (DPD). Being a fabless company, ActLight

specializes in the Intellectual Property (IP) of this area and operates　primarily in

the IP licensing business model.

The patented CMOS-based photonics technology allows the substantial improvement

of the efficiency and accuracy of various light sensing applications, such as

Time Of Flight (TOF) based range meters, vital signs monitoring, 3D/2D cameras

and much more. ActLight operates in the Internet of Things (IoT) market, with a

focus on mobile and wearable devices, healthcare/medtech, autonomous driving,

drones and robotics.

More info about ActLight available at http://www.act-light.com

Contact:

info@act-light.com

Photo - https://mma.prnewswire.com/media/1140503/ActLight_DPD_sensor_array.jpg

Logo - https://mma.prnewswire.com/media/886177/ActLight_Logo.jpg

Source: ActLight