Changguang Huaxin's Four Major Technological Achievements of 2024
2024.12.30
With the continuous penetration of lasers in industries such as industrial manufacturing and communications, higher demands are placed on upstream core chips. Changguang Huaxin responds to market needs by continuously optimizing processes and innovating technologies, effectively improving key indicators of semiconductor laser chips such as power, efficiency, and speed. Significant achievements have been made in both EEL and VCSEL chips, with related results published in influential international journals.
2024.12.30
This year, the research team composed of Sichuan University and Changguang Huaxin, led by Professor Wang Jun, published a breakthrough study on VCSEL (Vertical-Cavity Surface-Emitting Laser) efficiency in Light: Science & Applications, one of the top three journals in the international optics field. This achievement has attracted attention from many internationally renowned experts and scholars, well-known domestic experts and scholars, industry, investors, and dozens of authoritative media outlets, leading a new direction in multi-junction semiconductor device research and sparking a wave of enthusiasm in this field.
2024.12.30
The renowned international semiconductor industry magazine "Semiconductor Today" featured a column report on the achievement of the research team led by Professor Wang Jun from Sichuan University and Suzhou Changguang Huaxin, titled "Cascaded VCSEL: A Breakthrough in Power Efficiency - Room Temperature Performance Comparable to Edge-Emitting Devices."
High Power Narrow Spectral Width: 780nm Broad Stripe DFB Laser Power Breaks Through 10W
2024.12.30
In today's rapid development of laser technology, high-power and narrow-spectrum lasers have become core requirements in many scientific and industrial fields. Recently, a research team led by Professor Wang Jun, CTO of Changguang Huaxin and from Sichuan University, achieved a major breakthrough with a 780nm wide-stripe distributed feedback (DFB) laser, achieving continuous output power exceeding 10W at room temperature. This research result was published in the authoritative photonics journal "IEEE Photonics Journal," demonstrating the team's significant progress in high-performance laser design.
20.2 mW! Single-mode VCSEL power efficiency sets a new record
2024.12.11
The research team led by Professor Wang Jun from the School of Electronic Information at Sichuan University and Suzhou Changguang Huaxin Optoelectronics Technology Co., Ltd. proposed a method to enhance single-mode VCSEL power by extending longitudinal gain based on multi-junction VCSELs. They also developed a mode analysis model for multi-junction VCSELs, solving the problem of single-mode power being difficult to exceed around 10 mW. This represents the highest single-mode power for a single VCSEL to date, with power nearly twice the current single-mode power record.
Best Semiconductor Laser Technology Innovation Award | 976nm 650W Lightweight Pump Module
2024.09.20
Recently, the Vico Cup · OFweek 2024 Laser Industry Annual Awards Ceremony was held in Shenzhen. After multiple rounds of evaluation by an expert jury, industry user online voting, and senior industry editors, Changguang Huaxin stood out from nearly a hundred participating projects. The 650W 220μm 976nm wavelength-locked lightweight fiber-coupled module won the Best Semiconductor Laser Technology Innovation Award!
Address: No.56,Lijiang Road,SND,Suzhou,Jiangsu Province,P.R.China
Mailbox：sales@everbrightphotonics.com
Website：www.everbrightphotonics.com
Phone：+86 0512-66896988
Fax：+86 0512-66806323
Message Board