IdealPhotonics' near-infrared camera is an imaging device specifically designed to detect light signals in the 700-1700nm near-infrared band. It utilizes InGaAs or silicon-based sensors to extend the spectral response, making it suitable for specialized applications such as night vision, semiconductor detection, and biological tissue penetration imaging.Parameters including spectral response range (e.g., 700-1700nm), quantum efficiency (QE@NIR), dark noise (e-/pix/s), cooling temperature (to suppress thermal noise), and frame rate (dynamic imaging capability) collectively determine its sensitivity to weak near-infrared signals and its real-time imaging performance.

IdealPhotonics' CMOS camera is a digital imaging device that uses a complementary metal-oxide-semiconductor (CMOS) image sensor. By integrating signal amplification and analog-to-digital conversion circuits, it achieves low power consumption, high frame rate, and low-cost imaging, making it widely applicable in microscopic observation, industrial inspection, and consumer electronics.Key features include quantum efficiency (QE≥70%) and readout noise.