Scientific sCMOS front and back illuminated

Scientific grade family of sCMOS sensors from Gpixel
Resolutions 4.2 Mpix, 15 Mpix, 37 Mpix
Includes versions with Backside Illuminated sensors
Available in high speed PCIe interface or Cooled with USB3
Extremely low readout noise architecture - down to 1.2 e-
Dynamic range up to 90 dB
Quantum Efficiency up to 95%
Support of 12 and 16 bit modes
Proprietary Anti-Glow method for a full sensor array utilization
Dual Amplifier architecture for extraordinary Linearity
Extremely large sensors ideal for Astronomy
Most models with Peltier TE Cooled sensor: -20°C

In Development - Specifications preliminary

Cameras built around Scientific CMOS sensors coupled with compact Peltier TE Cooling and USB3 or PCI Express interface for speed. Choice between Global or Rolling shutter for lowest noise and high Dynamic Range required in life and material science applications like:

Spinning disk confocal imaging, Genomics, High Speed Multicolor and Light Sheet Fluorescence, FRET, FRAP, FISH, TIRF, Cell Biology, Biochip reading, PALM, STORM, dSTORM, GSDIM, SPIM and Widefield Microscopy, Astronomy, Solar polarimetry, Protein/Lipid Trafficking, Voltage Sensitive Dyes, Quantum Dots and Optics, OCT, FCS, Mineralogy, Membrane Dynamics, Ion signaling and Transport Physiology, gene expression analysis, Photovoltaic inspection, gSTED, Digital pathology, Bose-Einstein Condensation, neutron tomography, CARS, Ophthalmology, Electrophysiology, BEC dynamics, Biophysics, Phosphorescence, Corona detection, Biometrics, Photoluminescence Spectroscopy, Endoscopy and Biomedical, Nanoparticle, Intrinsic, Ratiometric, Calcium, Pulsar imaging, Space debris and NEO tracking.