Відео

In this demonstration, the Octave Photonics Comb-Offset-Stabilization Module (COSMO) was used to detect the carrier-envelope-offset frequency fCEO of a Menhir Photonics 1 GHz, 1550 nm oscillator with less than 140 pJ of pulse energy (i.e. 140 mW average power). A Vescent Photonics SLICE-OPL offset-phase-lock controller provides the feedback signal to the oscillator and establishes a tight lock ...

The MENHIR-1550 SERIE has been designed and manufactured to achieve large repetition rate tuning, while enabling to reach accurately an absolute value. In this video, we use the 1 GHz version of the MENHIR-1550 to demonstrate that tuning the repetition rate of the laser on more than 100 kHz does not affect the output average power of the laser. In addition, we show the precision enabled by the ...

Menhir Photonics was selected to work in 2020 with the Executive MBA praticipants from IMD Business School from Lausanne, Switzerland. In this interview of our CEO, you can find more about Menhir Photonics, our vision and values that we bring to our customers. #swissmade #photonics #laserclock #IMDMBA #esabic

Quality and reliability is key for us, that is why our core laser module has been already extensively tested on a vibration table with white noise up to 6.6g rms in all directions.

The MENHIR-1550-SERIES is the first real turnkey laser of its kind. It can be installed and turn-on within less than 10 s.

Our MENHIR-1550 has been designed and manufactured to ensure extremely high robustness in any situation. In this video, we use a hammer to hit the laser very hard, while the spectrum of the laser is recording in live. The laser is not affected by the shock despite its intensity, as can be seen by the washers jumping on the laser.

Learn more about the ultra-low noise performances of our MENHIR-1550. For more information please visit menhir-photonics.com/products/ or contact us at contact@menhir-photonics.com