chanelink logo
CHANELINK
English

Ortel launches advanced 1550nm laser to enhance LiDAR and optical sensing functions

502
2024-03-16 09:39:57
See translation

Ortel belongs to the Photonics Foundries group and has launched its latest innovative product - the 1786 1550 nm laser module, aimed at significantly improving optical sensing in various applications. This laser module is designed specifically for continuous wavelength operation and is a key component of systems that require coherent light sources for precise sensing in environments with fluctuations in temperature and humidity levels.

Gyo Shinozaki, Executive Vice President and General Manager of Ortel, expressed enthusiasm for this release: "The launch of the 1786 laser marks an important milestone, as Ortel's first product release after integration with Photonics Foundries marks the beginning of a series of breakthrough technological developments that our customers can expect.".

The characteristics of the 1786 laser are narrow linewidth, multiple output power options, and a linewidth of up to 300 KHz. It offers 40mW, 50mW, and 63mW models to meet different design requirements. The packaging of this device adopts a standard 14 pin butterfly package with a built-in thermoelectric cooler, which can maintain performance stability under different temperature and humidity conditions. The 1786 laser complies with the Telcordia GR-468 standard, ensuring reliability and complements Ortel's 1790 model, which is known for its ultra narrow linewidth below 100 kHz.

The launch of the 1786 laser has expanded Ortel's application portfolio in LiDAR and optical sensing, meeting a wide range of industrial needs, from material characterization and mechanical strain monitoring to terahertz spectroscopy, interferometry, and precise position and interferometry measurements.

Source: Laser Net

Related Recommendations

  • The scientific research team of Shenzhen University of Technology has discovered a new mechanism of attosecond pulse coherent radiation

    Recently, a team of Professor Ruan Shuangchen and Professor Zhou Cangtao from Shenzhen University of Technology proposed for the first time internationally a physical solution based on the generation of attosecond pulses and subperiodic coherent light shock radiation from a superluminal plasma wake field, and explained a new coherent radiation generation mechanism dominated by collective electron ...

    2023-10-14
    See translation

  • What are the "unique secrets" of each family in terms of breaking the game and high reaction materials?

    Laser is considered a sharp sword that cuts iron like mud, but even sharper swords can have tricky moments. For example, in certain scenarios, there are materials with higher reflectivity, such as silver, copper, etc., known as "high reflection materials". High reflective materials have a low absorption rate for lasers, making them difficult to process and potentially causing equipment failure or ...

    2023-11-06
    See translation

  • Fundamentals of Next Generation Photonic Semiconductors: Small Lasers

    This week, an illustration was published on the cover of the international journal Science, showcasing a powerful mode-locked laser emitted from a miniature photonic semiconductor.A research team led by Alireza Marandi, a professor of electrical engineering and applied physics at the California Institute of Technology, has successfully developed a conventional mode-locked laser large enough to fit...

    2023-11-13
    See translation

  • Smaller laser facilities use new methods to break records before proton acceleration

    The Helmholtz Dresden Rosendorf Center (HZDR) has made significant progress in laser plasma acceleration. By adopting innovative methods, the research team successfully surpassed previous proton acceleration records significantly.They obtained energy for the first time that can only be achieved in larger facilities so far. As reported by the research team in the journal Nature Physics, promising a...

    2024-05-15
    See translation

  • Patterned waveguide enhanced signal amplification within perovskite nanosheets

    Researchers at Busan National University, led by Kwangseuk Kyhm, Professor of Ultra Fast Quantum Optoelectronics from the Department of Optics and Mechatronics, are enhancing signal amplification inside cesium bromide lead perovskite nanosheets through patterned waveguides.Perovskite is a highly attractive material in solar cell applications, but its nanostructure is now being explored as a new la...

    2024-01-10
    See translation