iRiS 4.2 MP Scientific CMOS Camera by HORIBA Scientific
Manufacturer HORIBA Scientific
The iRiS is a 4.2 Megapixel Scientific CMOS camera.
The 2048x2048 sensor size enables a large field of view and ultimate image resolution. The camera is peltier cooled enabling low dark current.The iRiS Scientific CMOS combines ultra-low noise, extreme sensitivity, wide dynamic range and high resolution. The excellent quantum efficiency of 63% at 500 nm and 34% at 850 nm, makes the iRiS camera the ideal candidate for low light, high resolution measurements.iRiS uses a 12 bit A/D converter and o... Read more
iRiS 4.2 MP Scientific CMOS Camera
The iRiS is a 4.2 Megapixel Scientific CMOS camera.
The 2048x2048 sensor size enables a large field of view and ultimate image resolution. The camera is peltier cooled enabling low dark current.
The iRiS Scientific CMOS combines ultra-low noise, extreme sensitivity, wide dynamic range and high resolution. The excellent quantum efficiency of 63% at 500 nm and 34% at 850 nm, makes the iRiS camera the ideal candidate for low light, high resolution measurements.
iRiS uses a 12 bit A/D converter and offers a standard CameraLink output to offer the best, most reliable and cost effective interface solution.
Features & Benefits:
The 2048x2048 sensor size enables a large field of view and ultimate image resolution. The camera is peltier cooled enabling low dark current.
The iRiS Scientific CMOS combines ultra-low noise, extreme sensitivity, wide dynamic range and high resolution. The excellent quantum efficiency of 63% at 500 nm and 34% at 850 nm, makes the iRiS camera the ideal candidate for low light, high resolution measurements.
iRiS uses a 12 bit A/D converter and offers a standard CameraLink output to offer the best, most reliable and cost effective interface solution.
Features & Benefits:
- 4.2MP Scientific CMOS sensor - Enables large field of view imaging
- 5.5µm x 5.5µm - Enables ultra sharp image resolution
- On-board Non Uniformity Correction (NUC) - Enables highest quality images
- TE cooling - Optimizes dark current
- Quantum Efficiency: >63% @ 500nm and >34% @ 850nm - Optimum Photon collection
- Ultra compact and rugged - Ideal for OEM integration into Life Science instruments
Applications:
- Adaptive Optics and Astronomy
- Bio & Chemi-luminescence
- Calcium signaling
- Fluorescence imaging / spectroscopy
- Flow cytometry
- FRET / FRAP / TIRF
- Genome sequencing
- High content screening
- High resolution fluorescence imaging
- Hyperspectral imaging
- Live cell imaging
- Single molecule detection
- Solar cell inspection
- X-ray tomography
Product Overview
