The Iris 9 Scientific CMOS (sCMOS) camera is designed to provide ultra-high resolution images for live cell imaging applications. Iris 9 offers a 9-megapixel sensor with a resolution of 17.8 mThe field of view of m ensures that it can maximize the amount of data in a single frame.

1. Resolution and pixel size: The smaller 4.25 µ m pixel can provide very detailed images on the entire imaging plane, and can provide the highest resolution when using lower magnification objectives.

2. Sensitivity: Compared to traditional CCD cameras, low noise and high quantum efficiency over a wide wavelength range can produce higher quality images with shorter exposure times.

3. High quality background: Iris 9 is equipped with pattern denoising technology and related denoising techniques to ensure that it provides clear, pattern free images while reducing pixel defects, thereby providing higher image quality in low light conditions.

4. Compact design: The Iris 9 features a compact 76 x 76 x 88 mm size and optimized cooling for size, making it ideal for integration into new or existing configurations.

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Specification parameters】

Chip: Gpixel GSense 5130 sCMOS

Resolution: 2960 x 2960.9 million pixels

Pixel area: 4.25 µ m x 4.25 µ m (18.06 µ m2)

Chip size: 12.61mm x 12.61mm, diagonal 17.8mm

Quantum efficiency:> 73%

Read noise: 1.5 e-

Full trap: 13000e-

Data bit: 16 bit

Reading mode: rolling shutter

Effective global shutter speed

Programmable Scan Mode (PCI-E only)

Binning：2x2 (on FPGA)

Air cooling: 0 º C @ 30 º C environment

Dark current: 0.5e-/pixel/second

Interface: PCle, USB 3.0

Lens interface: C port

Frame rate: 30 fps

Spectral Range: Visible (400-700 nm), Near Infrared (700-1000 nm)