Power Output | Industrial sensors, laser pointers | Industry Standard: 200mW (IEC 60825-1 Class 1M) Our Base: 350mW (GH0393AA2G) Our Advanced: 500mW (▲1.4x) | Higher power enables longer-range sensing or brighter beams. | Increased heat generation requires active cooling (e.g., heatsinks). |
Wavelength | UV curing, medical devices | Industry Standard: 405nm (common for basic UV applications) Our Base: 390nm (violet-blue) Our Advanced: 375nm (▲10nm shift) | 390nm penetrates materials better for UV curing; 375nm targets specific spectra. | Shorter wavelengths may require specialized optics or safety precautions. |
Mounting Type | Prototyping, handheld devices | Industry Standard: Surface-mount (SMD) Our Base: Through-hole (IEC 60695-2-11) Our Advanced: Hybrid (▲compatibility) | Through-hole simplifies manual assembly and thermal dissipation. | Larger footprint compared to SMD; less space-efficient in compact devices. |
Thermal Management | High-power industrial systems | Industry Standard: Passive cooling (natural convection) Our Base: Copper heatsink integrated Our Advanced: Active cooling (▲20°C reduction) | Built-in heatsink reduces thermal runaway risk. | Active cooling adds cost and complexity to designs. |
Efficiency | Battery-powered devices | Industry Standard: 30% efficiency (typical for low-power diodes) Our Base: 45% efficiency (▲15% gain) Our Advanced: 55% (▲25% total) | Higher efficiency extends battery life in portable devices. | Efficiency gains may trade off with output power stability. |
Customization | Specialty applications (e.g., spectroscopy) | Industry Standard: Fixed wavelength/power Our Base: Wavelength-tunable (±5nm) Our Advanced: Full-power tunability (▲dynamic range) | Tunable wavelength suits research or niche industrial uses. | Customization increases lead times and costs for mass production. |