IdealPhotonics' near-infrared LED diodes, based on III-V compound semiconductors (such as GaAs/AlGaAs and InGaAs/InP), achieve high power (100mW-1W) and high efficiency (>50%) in the 850nm, 940nm, and 1300nm bands by controlling the emission wavelength (700-2500nm) through band engineering. Its innovative "quantum well structure" and "substrate lift-off technology" increase radiation intensity to three times that of traditional devices, making it a key light source for night vision, biosensing, and optical communication.Employing GaAs/AlGaAs and InGaAs/InP strain-compensated quantum well structures, this technology achieves full-band coverage of 700-2500nm through precise band design (wavelength accuracy ±2nm). It breaks through 60% electro-optical conversion efficiency in the 850nm (300mW), 940nm (500mW), and 1300nm (200mW) bands respectively. Its innovative "flip-chip + microlens array" technology increases radiation intensity to 500mW/sr. This breakthrough simultaneously achieves performance advancements in three major fields: biomedical imaging (penetration depth >5cm), night vision systems (detection distance 1km), and optical communication (2.5Gbps), redefining the application boundaries of near-infrared light sources.