KSS3(Optinity)
ideal for life science, astronomy and scientific imaging !
KSS3 시리즈
Large scientific CMOS sensor (SONY or GSENSE Back-illuminated CMOS sensor);
Wide spectrum range, some models even have high response from ultra-violet to infrared wavelength;
Real-time 8/12bit depth switch(depending on sensor);
Ultra-fine HISP VP and USB3.0 5 Gbps interface ensuring high frame rates(Up to 30 frames for 10M resolution);
Ultra low noise and low power dissipation by using column-parallel A/D conversion;
With hardware resolution from 4.2M to 10.3M;
Rolling Shutter or Global Shutter;
Standard M42 mount and M42 to C-mount or F-mount;
CNC aluminum alloy housing;
With advanced video & image processing application OptiView;
Providing Windows/Linux/Mac OS multiple platforms SDK;
Native C/C++, C#/VB.Net, DirectShow, Twain;
KSS3 adopt SONY Exmor or GSENSE CMOS sensor as the image-picking device and USB3.0 is used as the transfer interface. KSS3 hardware resolutions range from 4.2M to 10M and come with the integrated CNC aluminum alloy compact housing.
KSS3 integrated with 12 bit Ultra-fine Hardware Image Signal Processor Video Pipeline(Ultra-fineTM HISPVP) for Demosaic, Adjustments, Automatic Exposure, Gain Adjustment, One Push White Balance, Chrominance Adjustment, Saturation Adjustment, Gamma Correction, Luminance Adjustment, Contrast Adjustment, Bayer and finally form RAW data for 8/12 bit output. This will move the heavier burden of the processing from the PC to the Ultra-fineTM HISPVP and greatly accelerating the processing speed.
KSS3 comes with advanced video & image processing application OptiView; Providing Windows/Linux/ OSX multiple platforms SDK; Native C/C++, C#/VB.NET, DirectShow, Twain Control API;
KSS3 can be widely used in Low light field environment and microscope image capture and analysis with higher frame rate.
Ideal for low light imaging, high-end security and surveillance, 3D laser scan, scientific and medical applications
Spectral response of GSENSE2020e and GSENSE2020s
About the GSENSE2020
GSENSE2020 is a 4 MP scientific CMOS image sensor with 6.5μm pitch. The sensor can operate in either rolling shutter or global shutter mode.
The devices have ultra-low readout noise of 2e- in rolling shutter mode, and 6.2e- in global shutter mode.
To further increase the sensitivity for low light level imaging, the devices support on-chip 2x2 binning. In addition, GSENSE2020 can be operated in standard 12bit mode with 70dB intra-scene dynamic range or in HDR mode with more than 87dB dynamic range.
GSENSE2020's max frame rate is up to 376fps in 10bit global shutter mode, and the frame rate can be further enhanced by row-based ROI windowing capability.
Spectral Response of GSENSE2020BSI
- Back-illuminated structure 6.5 µm unit pixel
- 0.2e-/p/s@-20℃ Dak Current
- 10 bit/12 bit/14 bit A/D converters
- Supporting type 1/2 5M effective pixels in 3 formats
- HLP (High Light Performance) mode
- LLP (Low Light Performance) mode
About the GSENSE2020BSI
Designed with the state-of-art backside illuminated scientific CMOS technology, GSENSE2020BSI is a 4.2 Megapixel sensor with 6.5um pixel size, featuring 94% quantum efficiency and a readout noise of less than 1.2e- with correlated multi-sampling (CMS).
full well of 54ke-, Ideal for life science, astronomy and scientific imaging, GSENSE2020BSI also provides a solution for industrial inspection requiring superior UV sensitivity thanks to its high frame rate and global reset rolling shutter.
GSENSE2020BSI is pin-compatible with GSENSE2020s and GSENSE2011s, allowing easy hardware integration with minimized development effort, and fast time-to-market.
Spectral Response of GSENSE400BSI
About the GSENSE400BSI
Designed with the state-of-art backside illuminated scientific CMOS technology, The GSENSE400BSI is ideal for scientific applications where both low noise and high dynamic range are critical requirements, utilizing an 11 μm pixel to deliver >93dB dynamic range in HDR mode, 1.6 e- read noise, a peak QE of 95%
C: Color; M: Monochrome; GS: Global Shutter, UV: Good UV response
