- No Data
English
- English
- 简体中文
- 繁体中文
- Français
- Русский
- Italiano
- 日本語
- 한국어
- Português
- Deutsch
- Español
- Türkçe
- Ελληνικά
- Nederlands
- Tiếng Việt
- Polski
English
BluGlass received its first order α GaN DFB laser
129
2024-01-10 13:55:25
Global semiconductor developer BluGlass Limited has received its first α Purchase order for gallium nitride distributed feedback laser.
This client is a pioneer in photon and fiber laser technology and will use BluGlass's blue prototype DFB laser to develop cutting-edge defense, aviation, and scientific applications.
Quantum sensing, navigation, and computing applications are driving a huge demand for compact single frequency laser sources.
Single frequency visible light lasers have unique characteristics required to stimulate quantum transitions, making them suitable for very promising military and commercial applications, including advanced robotics technology, biomedical applications, and atomic clocks for quantum navigation.
In addition to quantum applications, the unique performance characteristics of single wavelength visible light lasers will also drive progress in ranging and underwater communication, gas sensing, long-range threat detection, and high-performance spectroscopic applications.
Gallium nitride DFB lasers are the ideal choice for achieving the strict frequency, beam fidelity, narrow linewidth, high power, and efficiency required for these next-generation technologies.
BluGlass is one of the earliest companies in the world to develop feasible DFB lasers in gallium nitride, as part of its collaboration with the SLEEC Alliance at the University of California, Santa Barbara.
BluGlass CEO Jim Haden said, "Our first customer order for the BluGlass prototype GaN DFB reflects a strong interest in these ultra precision lasers for quantum, defense, and commercial applications.".
New features such as DFB lasers form a key pillar of our growth strategy, and we will continue to utilize our RPCVD technology to enhance BluGlass's DFB lasers, achieving advanced single frequency performance at blue and higher wavelengths.
Although this order reflects an important strategic step taken by BluGlass in the development of laser diodes and indicates the customer's demand for GaN DFB lasers, the revenue from this order is not significant.
Source: Laser Net
Related Recommendations
Another blockbuster acquisition! The two equipment makers announced a merger to focus on laser construction
Recently, RDO equipment announced the completion of its acquisition of Rocky Mountain Transit&laser, expanding the construction technology solutions, services and expertise of John Deere construction and Wirtgen group in eight stores in Idaho, Wyoming and Utah, RDO acquired the stores in December 2023.Adam Gilbertson, senior vice president of field technology and innovation at RDO, said the ac...
2024-05-31A new type of electrically driven organic semiconductor laser can be used in the fields of spectroscopy, metrology, and sensing
According to a report from Maims Consulting, scientists at the University of St. Andrews in the UK recently stated that they have made a "significant breakthrough" in the decades of challenges in developing compact organic semiconductor laser technology.Firstly, an OLED with a world record light output was manufactured, and then integrated with a polymer laser structure. This new type of las...
2023-10-07The UK team collaborated to evaluate epitaxial materials for surface-coupled lasers
Sivers Photonics, a leading UK-based supplier of optical fiber communications and III-V semiconductor Photonics devices, has announced that it has received an initial order from UK-based laser developer Vector Photonics to evaluate epitaxial materials for a new next-generation surface-coupled laser project.The order, which includes laser manufacturing and life testing, will be the first time the t...
2023-09-11The output power of high power femtosecond laser breaking through the key bottleneck of average power can reach the order of 100 watts
High energy, high average power femtosecond laser due to the attosecond high order harmonic generation, precision processing and manufacturing, biomedical and national defense and other fields of extensive application needs, is the forefront of ultrafast super laser technology research in the past decade.Especially fiber laser due to stable and reliable operation characteristics, compact structure...
2023-09-04Real time measurement of femtosecond dynamics of relativistic intense laser driven ultra-hot electron beams
In the interaction between ultra short and ultra strong laser and matter, electrons with short pulse width and high energy are generated, commonly referred to as "hot electrons". The generation and transport of hot electrons is one of the important fundamental issues in high-energy density physics of lasers. Superhot electrons can excite a wide range of ultrafast electromagnetic radiation, as well...
2024-04-30