Idealphotonics' has launched a full-band LED diode. This full-band LED diode is a semiconductor light-emitting device based on diverse material systems such as III-V, II-VI, and organic/quantum dots. Through bandgap engineering (200-3000nm), it achieves precise full-spectrum coverage from deep ultraviolet to far-infrared. Its innovative "nanostructure modulation" and "carrier injection optimization" technologies break through efficiency limits in each band (e.g., 20% EQE for deep ultraviolet LEDs and 60% efficiency for near-infrared LEDs), making it a core light source solution for cross-domain applications such as sterilization, optical communication, bioimaging, and intelligent sensing.The core feature of the full-spectrum LED diode is its use of materials such as AlGaN (deep ultraviolet), InGaN (visible light), GaAs (near infrared), and quantum dots (tunable). Through the synergistic design of "bandgap trimming + nanophotonic structure," it achieves continuous and precise light emission from 200-3000nm (wavelength accuracy ±1nm). Its innovative "multi-dimensional carrier modulation" technology enables an external quantum efficiency exceeding 25% in the deep ultraviolet band (265nm), a luminous efficacy of 300lm/W in the visible light band (450nm), and a power increase to 2W in the near infrared band (1550nm). In cross-domain applications, it simultaneously achieves performance breakthroughs in virus inactivation (99.999% efficiency), ultra-high-definition display (150% NTSC color gamut), and penetrating imaging (10cm tissue depth), redefining the technological paradigm of full-spectrum optoelectronic integration.