SensL manufacture a range of innovative silicon based low light imaging and photon counting sensors, arrays and modules. Products include photon counting detectors, large area high gain APD and PIN photodiodes.

About SensL

SensL's vision is to become the brand and partner of choice for users (particularly OEMs) of low light detectors and imaging systems. Our disruptive products facilitate

High-resolution timing module with 27ps minimum time bin size.

the improvement in the performance of our customers' systems and enable new applications by overcoming the limitations of existing low light detector technologies. This is particularly relevant when compared to the vacuum based Photomultiplier Tube (PMT).
This breakthrough in low light detection solutions has been achieved by leveraging our core Geiger Mode Photodiode technology to create three distinct low light detector platforms. Our Photon Counting, Silicon Photomultiplier and Low Light Imager products enable the development of new systems for applications such as Bio-Diagnostics, Medical Imaging, LIDAR, Environmental Monitoring and High Energy Physics.

SensL And Nano2Life

One of the primary objectives of the Nano2Life (N2L) Joint Program of Activities (JPA) is "to identify gaps which limit fundamental and technological breakthrough in nanobiotechnology."

In the field of optoelectronics, the size and complexity of current low light detection systems restricts the advancement of new techniques and methodologies in the areas addressed by the twelve strategic research programmes of Nano2Life.

SensL's breakthrough low light detection technology is smaller, more reliable, insensitive to excess light and magnetic fields and enables participants in these programs to:

• produce more reliable, low maintenance, measurement and diagnostic systems
• design smaller and lower cost point of care/use equipments through technology integration
• prolong sample lifetimes by using lower levels of light
• increase flexibility by optimising detector characteristics in real-time