On Semiconductor acquires SensL for lidar sensing tech
15 May 2018
On Semiconductor has acquired SensL Technologies, a producer of silicon photomultipliers, single photon avalanche diodes, and lidar sensing products
SensL
Real commitment for lidar from automotive OEMs
23 March 2018
Lidar could become an important part of autonomous driving and potentially a huge market opportunity for laser and detector manufacturers, as Greg Blackman discovers at the Image Sensors conference in London
SL series SPMs
8 September 2011
SensL has introduced the SL family of silicon photomultipliers (SPMs), featuring the highest signal-to-noise ratio of any SPM, 4x higher than previous generation SensL products
SPMMatrix silicon photomultiplier
25 November 2009
SensL has launched its SPMMatrix silicon photomultiplier based imaging system for applications such as nuclear medicine, homeland security and high energy physics
SPMArray
3 August 2009
sensL has released what it claims is the industry's first four-sided, scalable, low-light detecting silicon photomultiplier (SPM) array for medical imaging, radiation detection, analytical instruments and high energy physics
SPMPlus detector
25 March 2008
The SPMPlus is a large area version of SensL's SPM detectors incorporating an array of individual Silicon Photomultipliers (SPM) pixels tiled together using a novel packaging concept.
SPMPlus Large-Area Silicon Photomultiplier
13 February 2008
The SPMPlus is a large area version of SensL's SPM detectors incorporating an array of individual Silicon Photomultipliers (SPM) pixels tiled together using a novel packaging concept.
SPMscint
18 October 2007
The SPMScint from SensL is a solid-state detector that is sensitive to single photons. It is a low-cost device that consists of an array of geiger mode avalanche photodiodes (APDs).
HRMTime
11 July 2007
SensL's HRMTime is one of the first USB high-resolution timing modules on the market. With 27ps timing resolution, this flexible and high-performance module eliminates the need for multiple PCI cards.
