Menhir Photonics AG

Zürichstrasse 130
Dübendorf 8600
Switzerland
41-61-331-45-45
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[email protected]

More Info on Menhir Photonics AG

Menhir Photonics designs and manufactures ultrafast femtosecond and picosecond lasers at 1.5 μm and 1.0 μm, up to 10 GHz, delivering ultra-low noise for telecom, microwave generation, and precision synchronization.

Products

Courtesy of Menhir Photonics AG
MENHIR-1030
The MENHIR-1030 Series is a robust, industrial-grade femtosecond laser platform operating at 1030 nm, delivering ultra-low-noise soliton pulses under 250 fs at repetition rates...
Courtesy of Menhir Photonics AG
MENHIR-1550
The MENHIR-1550 Series is the first industrial-grade femtosecond laser at 1550 nm with repetition rates from 100 MHz up to 10 GHz. Designed for ultra-low noise, sub-250 fs pulses...

Press Releases

Courtesy of Menhir Photonics AG
Innovation Award 2025 winners announced at Laser World of Photonics
Menhir Photonics’ MENHIR-1030 femtosecond laser—capable of an industry-leading 1 GHz repetition rate—secured the Innovation Award 2025 in the Quantum Technologies...
Courtesy of Menhir Photonics AG
Menhir 1030
Menhir Photonics has announced a major leap in laser technology, unveiling the MENHIR-1030 at 1 GHz, the industry’s first industrial-grade gigahertz repetition rate laser...
Courtesy of Menhir Photonics AG
Menhir article
As the telecommunications landscape evolves toward increasingly complex network architectures, the industry faces significant challenges when it comes to connectivity, precision...
Menhir Photonics successfully deployed and tested the second-generation Optical Frequency & Timing Distribution System at ESA’s European Space Operations Centre (ESOC...
Courtesy of Menhir Photonics AG
next generation of femtosecond workhorses
This article chronicles the evolution of femtosecond lasers from delicate systems to Menhir Photonics’ durable monolithic oscillators, which achieve timing jitter well below...

Articles

(Photo credits: Menhir Photonics and neoLASE)
Jonas Heidrich, product line manager at Menhir Photonics (left), and Maik Frede, cofounder and CEO of neoLASE (right).
Menhir Photonics' Jonas Heidrich and neoLASE's Maik Frede chat with EPIC’s technology manager for biomedical and lasers.
(Photo 48582746 © Andrey Armyagov | Dreamstime.com)
FIGURE 1. In the near future, tiny, rugged femtosecond lasers could serve as a time standard or source for a radio-frequency (RF) signal on satellites and airplanes.
A novel ultrastable femtosecond laser targets a variety of different applications: gigahertz scopes, communication lines, and precision radar.

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