Ultra-Fine Diameter Panda-Type Polarization-Maintaining Optical Fiber for Fiber Optic Gyroscope Sensing Coils

The ultra-fine diameter Panda-type polarization-maintaining optical fiber for fiber optic gyroscope (FOG) sensing coils is developed in response to the evolving trends in FOG applications. It offers a 60 μm ultra-fine diameter polarization-maintaining fiber, aiming to enhance the fiber's bending performance. Its attenuation, crosstalk, and other performance parameters meet the winding requirements for various small-form-factor fiber coils. For this application, the inner and outer coating materials have been independently developed, providing excellent full-temperature stability, environmental adaptability, and mechanical reliability. The fiber is suitable for operation over a temperature range of -50 °C to +105 °C.

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Panda-Type Polarization-Maintaining Optical Fiber for Fiber Optic Gyroscope Sensing Coils

The Panda-type polarization-maintaining optical fiber for fiber optic gyroscope (FOG) sensing coils is specifically designed for FOG sensitive coils. To meet the demands of its application environment, the fiber features improved mechanical reliability, temperature stability, environmental adaptability, and radiation resistance. The axial uniformity and batch-to-batch consistency of the fiber have been optimized. Furthermore, the inner and outer coating layers utilize independently developed coating materials, providing excellent full-temperature stability, environmental adaptability, and mechanical reliability. The fiber is suitable for operation over a temperature range of -50 °C to +105 °C.

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1550±2nm 20mW 2kHz Single‑Mode Output Narrow Linewidth Laser Module

This narrow linewidth laser module offers excellent performance and reliability (compliant with Telcordia GR‑468). With output power up to 30 mW, very low relative intensity noise (RIN), ultra‑low phase noise and narrow linewidth, particularly good wavelength stability, and strong resistance to vibration, the package is designed with customer needs in mind: high integration, small footprint, and self‑contained module.

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1550±2nm 20mW 5kHz Polarization-Maintaining Output Narrow Linewidth Laser Module

This narrow linewidth laser module offers excellent performance and reliability (compliant with Telcordia GR‑468). With output power up to 30 mW, very low relative intensity noise (RIN), ultra‑low phase noise and narrow linewidth, particularly good wavelength stability, and strong resistance to vibration, the package is designed with customer needs in mind: high integration, small footprint, and self‑contained module.

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1550±2nm 10mW 15kHz Single‑Mode Output Narrow Linewidth Laser Module

This narrow linewidth laser module offers excellent performance and reliability (compliant with Telcordia GR‑468). With output power up to 30 mW, very low relative intensity noise (RIN), ultra‑low phase noise and narrow linewidth, particularly good wavelength stability, and strong resistance to vibration, the package is designed with customer needs in mind: high integration, small footprint, and self‑contained module.

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1550±2nm 10mW 5kHz Single‑Mode Output Narrow Linewidth Laser Module

This narrow linewidth laser module offers excellent performance and reliability (compliant with Telcordia GR‑468). With output power up to 30 mW, very low relative intensity noise (RIN), ultra‑low phase noise and narrow linewidth, particularly good wavelength stability, and strong resistance to vibration, the package is designed with customer needs in mind: high integration, small footprint, and self‑contained module.

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1550.12nm 10mW 1kHz Single-Mode Output Narrow Linewidth Laser Module

This narrow linewidth laser module offers excellent performance and reliability (compliant with Telcordia GR‑468). With output power up to 30 mW, very low relative intensity noise (RIN), ultra‑low phase noise and narrow linewidth, particularly good wavelength stability, and strong resistance to vibration, the package is designed with customer needs in mind: high integration, small footprint, and self‑contained module.

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1550nm 30mW 1kHz Single‑Mode Output Narrow Linewidth Laser Module

This narrow linewidth laser module offers excellent performance and reliability (compliant with Telcordia GR‑468). With output power up to 30 mW, very low relative intensity noise (RIN), ultra‑low phase noise and narrow linewidth, particularly good wavelength stability, and strong resistance to vibration, the package is designed with customer needs in mind: high integration, small footprint, and self‑contained module.

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1550±10nm 10mW 15kHz Single‑Mode Output Narrow Linewidth Laser Module

This narrow linewidth laser module offers excellent performance and reliability (compliant with Telcordia GR‑468). With output power up to 30 mW, very low relative intensity noise (RIN), ultra‑low phase noise and narrow linewidth, particularly good wavelength stability, and strong resistance to vibration, the package is designed with customer needs in mind: high integration, small footprint, and self‑contained module.

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1550±10nm 10mW 5kHz Single‑Mode Output Narrow Linewidth Laser Module

This narrow linewidth laser module offers excellent performance and reliability (compliant with Telcordia GR‑468). With output power up to 30 mW, very low relative intensity noise (RIN), ultra‑low phase noise and narrow linewidth, particularly good wavelength stability, and strong resistance to vibration, the package is designed with customer needs in mind: high integration, small footprint, and self‑contained module.

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375nm-1550nm Micro Laser Module -Solid-State Laser

This laser module is the world's smallest complete laser module, integrating a laser diode, precision collimating optics, a USB laser controller, and a power supply. It is simple and convenient to operate, making it an ideal precision light source for space‑constrained applications. The wavelength range covers 375 nm to 1550 nm, and it is available in both free‑space output and fiber‑coupled output configurations.

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FPV Drone Fiber Optic System

The drone fiber optic transmission system is a fiber optic communication system specifically developed for UAV applications. The system transmits analog video signals, high‑definition video signals, and TTL level signals over optical fiber, and can be expanded to include RS485, RS422, RS232 asynchronous data, bidirectional audio, telephone, and dry contact signals as required. It is suitable for long‑distance, low‑interference, high‑stability UAV communication scenarios.

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