Satellite Laser Communication
Modem Chassis
- Composed of communication board and optical module board
- Performs laser communication signal processing and user data interaction functions
- Executes optical-electrical modulation, optical coherent processing and photoelectric conversion functions
- Receiver frequency offset pre-estimation and compensation algorithm
Dual-channel Narrow Linewidth Laser
- Standard MSA structural dimensions
- Integrated local oscillator and signal light
- 10kHz narrow linewidth laser output
- High polarization extinction ratio output
- Size:83*78*20mm
Dual-channel Optical Fiber Amplifier for Spaceborne Laser Communication
- Ultra-compact design
- Dual channel Polarization-maintaining optical amplification
- Integrated low-noise and high-power amplification
- Low power consumption,total irradiation dose >30krad
Dual-channel Optical Fiber Amplifier for Spaceborne Laser Communication (Polarization-maintaining)
- Ultra-compact design
- High output power
- High stability and reliability
- High Radiation Resistance
- High Radiation Hardness Level
- Size:180*160*42mm
Dual-channel Optical Fiber Amplifier for Spaceborne Laser Communication
- Ultra-compact design
- Dual-channel Polarization-maintaining optical amplification
- Integrated noise and high power amplification
- Low power consumption with minimal thermal rise
- Size：140*100*30mm
Marine Geophysical
Super Mini Modular Optical Fiber Amplifier
- Supports APC,AGC,and ACC operating modes
- High stability and high reliability
- Ultra-low power consumption
- Size: 34*22*11mm
- Weight :<100g
Narrow Linewidth Laser
- Output optical power :13dBm
- Polarization extinction ratio: 30 dB
- Power stability : ±2%
- Wavelength stability : ±15pm
- Size:85*47*14mm
- Weight :<145g
Mini Modular Optical Fiber Amplifier
- Compact module design
- Wide operating temperature
- Low noise figure
- Thermostatic control
- Maximum output optical power : 23 dBm
- Size:50*50*10mm
- Weight: < 100g
Semiconductor Optical Amplifier
- Compact module design
- Wide-temperature design ranges: -45~85°C
- Low noise figure
- Thermostatic control
- Size 90*70*15mm
- support 1310nm,1490nm,and 1550nm S0A amplification at different wavelengths
Ground Communications & Radar Electronics
High- power Optical Fiber Amplifier Module
- Operating wavelength ranges :1540 ~1565nm.
- Supports APC and ACC operating modes
- Supporting host computer for parameter setting
- A variety of communication methods are optional
- Size :90*50*20mm
- Weight: <550g
Optical Amplitude and Phase Processing Board
- Operating wavelength ranges :1530~ 1565 nm.
- Maximum optical output power :5dBm
- Supports multi-channel and multi-port output
- Size :6U universal VPX module
- Weight :<1.2Kg
Single- mode High- power Fiber Amplifier Module
- 1 single channel optical signal output
- Maximum output optical power:43dBm
- Supports both APC and ACC operating modes
- Single mode output includes BA and PA two parts of amplification
- Size:205*70*95mm
High-power Integrated Light Source for Ground Stations
- 1 single channel optical signal output
- Operating wavelength ranges :1540~ 1565 nm.
- Maximum output optical power:43dBm
- Supports polarization-maintaining output in both APC and ACC operating modes
- Amplification with BA and PA stage
C+ Band +ASE light source module
- Operating wavelength covers the C+ band
- Output power can reach 200mW
- Flatness within the optical spectrum is excellent
- High stability and reliability
- Suitable for fiber optic gyro, fiber optic sensing, passive device testing and production light source
Single-mode Pump Light Source
- Touchscreen control for easy and convenient operation
- Output power up to 1W
- Constant output power
- Suitable for passive device testing, high power laser seed source
Ultra wideband SLED light source
- Touchscreen control for easy and convenient operation
- Ultra wideband wavelength range
- Constant output power
- Suitable for passive device testing, optical fiber sensing and other applications
Raman Amplifier Module
- Distributed low-noise amplification
- Compatible with single channel, dense wavelength division multiplexing ,and C+L band
- High stability and reliability
- Suitable for long distance transmission and scientific research sensing without introducing noise