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  • High Power 976nm 600mW SM FBG Stabilized Pump Laser For EDFA provides a noise-free narrowband spectrum, even under changes in temperature, drive current, and optical feedback.

  • The 1550nm High Power Nanosecond Pulsed Fiber Laser uses a high-power gain fiber module and cooperates with a dedicated drive and temperature control circuit to output high-peak and high-energy laser pulses. The laser wavelength and power are stable, and the modular design is convenient for system integration. It can be used in laser radar, distributed optical fiber sensing systems, etc.

  • The C-band Micro Package EDFA Booster Fiber Amplifier Module provide a small size 50×50×15mm Micro Package, it can be used to improve the optical signal power in the range of - 6dbm to + 3dbm, and the saturation output power can be up to 20dbm, which can be used after the optical transmitter to improve the transmission power.

  • The 1550nm 40mW 600Khz DFB Butterfly Package Narrow Linewidth Laser Diode is based on a unique single DFB chip, adopts a unique chip design, advanced packaging technology, has low linewidth and relative intensity noise, and has low sensitivity to wavelength and working current. The device adopts standard 14 pin butterfly package, with high output power, high stability, high reliability.

  • The 940nm 10mW VCSEL Laser Diode is a standard Vertical Cavity Surface Emitting Lasers (VCSELs) in ready to use fiber coupled packages. it is in a small package TO56, Modulation and width >2GHz. We offer the 940nm 10mW VCSEL Laser Diode with multi-mode optical fiber 50um or 62.5um core optical fiber.

  • BoxOptronics provide 1310nm 1mW superluminescent diodes SLD mini package, This SLD is built into a 6-pin small package with an integrated thermoelectric cooler (TEC) and thermistor to ensure output stability. The output is coupled into an SM or PM fiber. SLDs are applied in situations where a smooth and broadband optical spectrum (i.e. low temporal coherence), combined with high spatial coherence and relatively high intensity, is required.