A New Breakthrough, for New Discoveries!
95% @ 550nm, super-high quantum efficiency
The CoolR JASPER, like the CoolR BROOKE, uses a back-illuminated sCMOS thinned chip technology to avoid light interference from the wiring layer of the sensor and improve the light-receiving area and thus the photoelectric conversion efficiency, as shown: At 550 nm, the quantum efficiency is as high as 95% This cannot be matched by front illuminated sensor and is comparable to the sensitivity of an EMCCD.
<1.0e-@CMS, ultra-low readout noise
Back-illuminated technology opens a new era of high sensitivity applications for sCMOS. The CoolR JASPER achieves a key technological breakthrough in back-illuminated sCMOS, a readout noise of less than 1 electron using CMS processing technology. This will bring about an unparalleled advantage of signal-to-noise ratio.
What is "CMS"?
CMS (correlated multiple sampling), reduces the readout noise by taking several samples of both the reset and signal levels of a pixel output, these are then summed and the average level for each is calculated. This results in a noise reduction proportional to the square root of the number of samples taken.
Built in signal enhancement algorithm
The CoolR JASPER features an embedded signal enhancement algorithm that can effectively improve the signal to noise ratio, as shown in the figure.
6.5μm size, higher image resolution
Not only does the JASPER make breakthroughs in two key performance areas, quantum efficiency and readout noise, but also the smaller 6.5-micron pixel size is the key factors in obtaining more resolution detail in microscopy . As shown in the figure, the CoolR JASPER shows even greater detail with the same exposure time in very low light conditions.
Application case reference: STORM super resolution imaging
STORM stochastic optical imaging microscopy is one of the most widely used and the highest resolution super-resolution methods. It requires a camera to have the performance advantages of high quantum efficiency, high frame rate and low noise in the visible range. Its spatial resolution is determined by the single molecule localization accuracy and Nyquist resolution simultaneously.
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