chanelink logo
CHANELINK
Русский

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

380
2024-03-16 09:39:57
Посмотреть перевод

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

Связанные рекомендации

  • Natural Communication: Oxide Dispersion Enhancement for High Performance 3D Printing of Pure Copper

    The laser additive manufacturing technology of pure copper (Cu) with complex geometric shapes has opened up vast opportunities for the development of microelectronic and telecommunications functional devices. However, laser forming of high-density pure copper remains a challenge.Recently, the forefront of additive manufacturing technology has noticed a joint report by the University of Hong Kong, ...

    04-11
    Посмотреть перевод

  • Researchers have made breakthrough discoveries in the field of nanophotonics

    Researchers have made breakthrough discoveries in the field of nanophotonics. They have successfully developed a locked mode ultrafast laser using lithium niobium, a material known for its excellent optical properties. This breakthrough opens up new possibilities for revolutionary applications, including telecommunications, data storage, and ultra fast imaging.A mode-locked laser is a type of lase...

    2023-11-20
    Посмотреть перевод

  • Changchun Institute of Optics and Fine Mechanics has developed a high brightness HiBBEE non-uniform waveguide semiconductor laser

    High brightness semiconductor lasers have extremely important applications in fields such as laser radar. Traditional semiconductor lasers face challenges such as large vertical divergence angle, elliptical beam output, multiple lateral modes, and poor beam quality, which limit the direct application of high brightness semiconductor lasers.In response to this challenge, the team from the Bimberg S...

    03-18
    Посмотреть перевод

  • BluGlass received its first order α GaN DFB laser

    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 de...

    2024-01-10
    Посмотреть перевод

  • Progress has been made in the research of single shot characterization technology for complex combination laser pulses at Shanghai Institute of Optics and Fine Mechanics

    Recently, the research team of the High Power Laser Physics Joint Laboratory at the Shanghai Institute of Optics and Fine Mechanics, Chinese Academy of Sciences, has made significant progress in the study of single shot characterization technology for complex combination laser pulses. The research team utilized an improved broadband transient grating frequency resolved optical switch technology (T...

    03-24
    Посмотреть перевод