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.

Hyperspectral cameras can be classified in many ways, mainly according to their imaging principles, methods of spatial information acquisition, spectral dispersion elements, and technical architectures. Understanding these classifications helps in selecting the most suitable camera for specific applications.