The Yingxun Xinguang ultranarrow-linewidth single-frequency laser module is a high-performance semiconductor laser source integrating semiconductor chip technology, ECL external-cavity technology, advanced packaging and precision circuit control. It features an ultranarrow linewidth (~hundreds of Hz), high optical output power (>200mW), stable wavelength, low noise, low power consumption, a wide operating temperature range, compact size and ease of use. Applications include high-end industrial metrology, quantum communications, next-generation fiber sensing (DAS/DVS), high-precision ranging/velocimetry, space coherent optical communications, fiber-optic hydrophones/ultrasonic monitoring, medical photonics and scientific instruments.
| Parameter | Value |
| Lorentzian Linewidth | <20kHz |
| Output optical power | ~20mW |
| RIN Noise [@1MHz] | -145dB/Hz@1MHz |
Advanced industrial measurement, quantum communications, next-generation fiber-optic sensing (DAS/DVS), precision ranging/velocimetry, space coherent optical communications, fiber-optic hydroacoustic/ultrasonic monitoring, medical photonics, and scientific instruments.
Ultranarrow linewidth; high optical output power; stable power/wavelength; small size
Inxuntech Technology Co., Ltd. is located in Zhuhai, China, and is a hard-tech innovative enterprise with leading silicon photonics chip technology. The core technical team is composed of chip experts from top overseas chip companies and elite talents from international high-tech enterprises.
The company masters leading CMOS silicon photonics and photonic integrated circuit (PIC) technologies. Based on vertical technology integration with independent intellectual property rights, it possesses complete end-to-end chip product technologies and development capabilities including silicon photonics and III-V chip design, tape-out, integrated packaging, and testing. It also has core hardware and software technologies and key mass production process capabilities in optoelectronic packaging, core devices, optoelectronic systems, and AI algorithms.
The company's current products include core optoelectronic devices, optoelectronic integrated modules, and subsystems based on silicon photonics technology. With disruptive technical solutions, it provides underlying core support for many high-value emerging applications (AI data centers, CPO/OCS, precision measurement, next-generation optical sensing, FMCW LiDAR, medical photonics, optical quantum, etc.), and has been applied at scale by leading industry customers at home and abroad.