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- 905nm Laser Ranging Module for Long-Distance Measurement
- 450nm Blue Laser for Precision Engraving and Marking
- 1940nm + 1470nm EVLA Laser Modules
- Butterfly Laser Packages: Structure, Features and Applications
- SOA Advantages and Applications in LiDAR
- DFB Laser Chip Foundry: From Epitaxy to Tested Devices
- 405nm and 450nm blue laser modules for industrial material processing
- High-Power 1310 nm CW Lasers
- 1470nm InP Laser Chip Exceeds 10W
- Breakthrough in High-Power 1060 nm SLD Chips
- 1030nm Chips in Advanced Photonic Systems
- 795nm & 895nm VCSEL
- 976nm Pump Lasers
- LiDAR Technology
- Wafer Materials and Output Wavelengths
- TO Packages
- Semiconductor Laser
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- 6xxnm Module
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- 101xnm Module
- 380nm Module
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- 450nm 4×5W Blue Laser Diode Module
- 450nm Module
- 525nm Module
- 808nm Module
- 820/830nm Module
- 850nm VCSEL
- 878.6nm Module
- 915nm Module
- 940nm Module
- 969nm Module
- 974/976nm FBG-Stabilized Pump Lasers
- 976nm Module
- 980nm Module
- 1064nm Module
- 1210nm Module
- 1470nm Module
- 1550nm Module
- 1710/1726nm Module
- 1920/1940nm Module
- Bar
- Butterfly Module
- C-Mount
- Communication Chip
- COS
- DFB Chip
- Er:Glass Laser
- Er:Glass Laser Ranging Module
- Er:Glass Laser Transmitter
- F-Mount
- FOG-based GNSS/INS
- FP Chip
- High-Precision IMU
- Laser Illumination Source
- LiDAR
- LiDAR Laser Source
- Line/Cross Line Laser
- MEMS IMU
- MM Coaxial Module
- Multi-wave Mixing
- Other TO Can Packages
- Silicon Photonic Chip-based FOG
- SLD
- SM Coaxial Module
- SOA Chip/COC
- SOA-BTF
- Stacks
- T-Mount
- Three-Axis Integrated FOG
- TO9
- TO56
- VCSEL Chip
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