[Overview]

Compared to EMCCD cameras, the Prime 95B Scientific CMOS (sCMOS) series cameras include multiple models of back illuminated sCMOS cameras,Available95% QE, possessingHigher sensitivity and frame rate.

1. Sensitivity：The Prime 95B back illuminated sCMOS camera achieves nearly perfect 95% quantum efficiency.

By introducing light from the back of the sensor, photons directly land on the light receiving surface, thereby maximizing the light collection capability. By combining this technology with 11 µ m large pixels, we achieved the same high sensitivity as EMCCD, as well as higher stability, faster speed, and no gain aging.

2. High quality background：The Prime 95B features pattern denoising technology and related denoising techniques to ensure clear, pattern free images while minimizing pixel defects, providing higher image quality in low light conditions.

3. Multiple view options available：The Prime 95B offers a diagonal field of view of 18.8, 22, or 25 mm. Larger sensors are designed to increase throughput and capture data to the maximum extent possible. And it can be matched with new microscopes with larger field of view.

4. Advanced features：Prime 95B offers two data reduction technologies: PrimeLocale and Multi ROI.

PrimeLocale can also be extended to provide real-time particle tracking on cameras, providing early understanding of the dynamics of moving molecules for single-molecule tracking applications.

The PrimeEnhance active noise reduction function can quantitatively improve the signal-to-noise ratio in real-time by reducing the impact of photon scattering noise under low light levels.

5. Advanced triggering：SMART enables the Prime 95B to capture continuous image sequences while cyclically displaying 16 pre programmed exposure time values, providing the fastest multi-channel acquisition time. The Prime 95B also supports up to four exposure signals and has effective global shutter function.

Related Instruments

Click here to view ☞:Prime BSI Express Research Grade CMOS (sCMOS)

Click here to view ☞:Kinetix ultra high speed wide field backlit sCMOS

Click here to view ☞:IRIS 9 Scientific CMOS (sCMOS) High Resolution Camera

Click here to view ☞:Iris 15 CMOS (sCMOS) High Resolution Large Field Imaging Camera

[Specification Parameters]

Chip:GPixel GSense 144 BSI CMOS Gen IV, Grade 1 in imaging area（Prime 95B）

GPixel GSense 400 BSI CMOS Gen IV, Grade 1 in Imaging Area (Prime 95B 22mm and Prime 95B 25mm)

resolving power:1200 x 12001.44 million pixels (Prime 95B),

1412 x 14122 million pixels (Prime 95B 22mm),

1608 x 1608258 megapixels (Prime 95B 25mm)

Quantum efficiency:95%

Pixel size:11 µm x 11 µm

Supporting interfaces:PCIe and USB 3

Spectral range:Ultraviolet (200-440 nm), Visible (400-700 nm), Near Infrared (700-1000 nm)

Read noise:1.6 e-

The Prime 95B 25MM is designed specifically to match a 25mm microscope camera interface, while the Prime 95B 22MM, when paired with a 22mm microscope camera interface, can capture the maximum output range of a standard C interface, achieving maximum efficiency in scientific imaging.