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Description

MENHIR-1030 Series Femtosecond Laser Source Overview

The MENHIR-1030 Series is a high-performance 1030 nm femtosecond laser source engineered for demanding scientific, industrial, and OEM photonics applications. Designed around soliton mode-locking technology, this ultrafast oscillator delivers stable, transform-limited pulses with exceptionally low phase noise and timing jitter, making it well suited for precision environments where long-term reliability and synchronization stability are critical.

Operating in the 1025–1035 nm wavelength range, the MENHIR-1030 Series provides sub-300 fs pulses from a compact, all-in-one platform. Its repetition rate can be configured from 100 MHz up to 2.5 GHz, with standard configurations including 216 MHz, 1 GHz, and 1.3 GHz. This wide repetition-rate flexibility makes the system attractive for users working in ultrafast optics, frequency comb generation, amplifier seeding, timing distribution, spectroscopy, THz generation, and low-noise microwave photonics.

Compared with many conventional femtosecond oscillators in the 1 µm class, the MENHIR-1030 Series emphasizes industrial reliability, compact integration, and low-noise operation. With average output power above 50 mW, pulse energy greater than 0.05 nJ, and excellent TEM00 beam quality with M2 < 1.05, it provides a clean and stable optical output for precision experiments and integration into larger laser systems. The linear polarization with high polarization extinction ratio further supports compatibility with downstream optical components and nonlinear conversion setups.

The system is designed for straightforward deployment in laboratory and OEM environments. It operates from a low-voltage 5 VDC supply, consumes less than 10 W, and uses passive air cooling, helping reduce system complexity and maintenance requirements. A cold-start warm-up time of less than 10 seconds supports rapid availability, while the compact 260 x 250 x 60 mm footprint allows convenient integration into space-constrained optical assemblies and instrumentation platforms.

For applications requiring synchronization and electronic control, the MENHIR-1030 Series supports analog and digital interfacing, including status monitoring, trigger, alarm, interlock, power modulation, USB, and RS232 communication. Optional configurations such as RF output, fiber output, OEM packaging, and repetition-rate or carrier-envelope-offset actuation allow the laser to be tailored for advanced photonics workflows including frequency comb stabilization, ultrafast amplifier seeding, and precision timing systems.

With its combination of ultra-low timing jitter, compact industrial design, 24/7 operation capability, and transform-limited femtosecond pulse generation, the MENHIR-1030 Series is a strong choice for users seeking a robust 1030 nm ultrafast laser oscillator for both research-grade and OEM laser integration requirements.

MENHIR-1030 Series Ultra-Low Noise Femtosecond Laser Sources

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Specifications

Center Wavelength (option 1): 1025 – 1035 nm
Center Wavelength (option 2): Not Specified
Center Wavelength (option 3): Not Specified
Bandwidth (FWHM): 5 nm
Pulse Duration: 300 fs
Optional Pulse Duration: Not Specified
Repetition Rate: 216 – 1300 MHz
Mode Locked Power (avg.): 50 mW
Pulse Energy: 0.05 nJ
Repetition Rate: 100 MHz – 2.5 GHz (Custom design)
Average Power: > 50 mW
Peak Power: > 0.1 kW
Pulse Energy: > 0.05 nJ
Center Wavelength: 1030 +/- 5 nm
Spectral Bandwidth: > 5 nm (at -3 dB)
Pulse Width: < 300 fs, Transform limited
Beam Quality: TEM00, M2 < 1.05
Polarization: Linear (PER > 23 dB, > 200:1)
Amplitude Noise: < 1% [1 h], < 0.05% [1 Hz – 10 MHz]
Timing-jitter: < 30 fs [1 kHz – 10 MHz]
Power Supply: 5 VDC / 2 A
Power Consumption: < 10 W
Cooling: Passively air cooled
Warm-up Time: < 10 s (Cold start)
Dimensions / Weight: 260 x 250 x 60 mm / 8 kg
Operating Temperature: +5°C to 45°C
Storage Temperature: -10°C to +60°C
Relative Humidity: < 80% (Non-condensing)

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Features

  • Ultra-low-noise 1030 nm femtosecond laser oscillator designed for precision photonics, frequency combs, spectroscopy, amplifier seeding, THz generation, and timing distribution.
  • Center wavelength of 1030 ± 5 nm, ideal for Yb-based ultrafast laser systems and common near-infrared femtosecond laser applications.
  • Transform-limited soliton pulses below 300 fs provide clean ultrashort pulse performance for nonlinear optics and high-precision optical experiments.
  • Ultra-low timing jitter below 30 fs from 1 kHz to 10 MHz supports demanding synchronization, RF photonics, and optical timing applications.
  • Excellent amplitude stability with amplitude noise below 1% over 1 hour and below 0.05% from 1 Hz to 10 MHz.
  • High repetition-rate flexibility with standard configurations at 216 MHz, 1 GHz, and 1.3 GHz, plus custom repetition rates from 100 MHz to 2.5 GHz.
  • Average output power greater than 50 mW with pulse energy above 0.05 nJ and peak power above 0.1 kW.
  • Excellent beam quality with TEM00 spatial mode and M2 < 1.05 for high-quality coupling and precision optical alignment.
  • Linear polarization with PER > 23 dB provides stable polarization performance for sensitive optical systems and nonlinear conversion setups.
  • Broad optical spectrum greater than 5 nm at -3 dB, supporting femtosecond pulse generation and ultrafast laser applications.
  • Compact industrial all-in-one design with no separate control unit required, enabling easy integration into laboratory, OEM, and industrial platforms.
  • Turnkey and self-starting operation simplifies daily use and reduces setup time for research and production environments.
  • Designed for continuous 24/7 operation, making it suitable for long-term measurements, automated systems, and industrial photonics workflows.
  • Fast warm-up time below 10 seconds from cold start helps maximize uptime and operational efficiency.
  • Low power consumption below 10 W with 5 VDC / 2 A supply requirement for efficient system-level integration.
  • Passively air-cooled architecture eliminates the need for complex water cooling and helps improve long-term reliability.
  • Harsh-environment-resistant construction supports stable operation in demanding industrial and OEM settings.
  • Free-space or PM fiber output options including PM FC/APC fiber output for flexible integration into optical setups.
  • OEM-ready femtosecond laser source with available OEM version and custom modifications for application-specific requirements.
  • Optional frep and fCEO actuators support frequency comb stabilization and advanced ultrafast metrology applications.
  • Optional RF output enables synchronization, timing reference, and ultra-low-noise microwave generation applications.
  • Analog interface included for status, trigger, alarm, interlock, and power modulation functions.
  • Digital control interfaces via USB and RS232 simplify remote monitoring and integration into automated laser systems.
  • Wide operating temperature range from +5°C to +45°C and storage range from -10°C to +60°C for robust deployment.
  • Compact footprint of 260 x 250 x 60 mm and 8 kg weight supports space-constrained optical benches and embedded laser systems.
  • Ideal for amplifier seeding, providing a stable 1030 nm ultrafast seed source for high-power Yb amplifier chains.
  • Optimized for frequency comb and timing applications where low phase noise, low timing jitter, and stable repetition rate are critical.
  • Suitable for nonlinear optics and THz generation thanks to femtosecond pulse duration, high beam quality, and stable output performance.
  • Reliable Swiss-engineered femtosecond laser platform from Menhir Photonics for high-performance scientific, industrial, and OEM photonics applications.

Applications

  • Femtosecond amplifier seeding: Ultra-low-noise 1030 nm seed source for Yb-doped fiber, Yb:YAG, Yb:KGW, Yb:KYW, and other ytterbium-based ultrafast amplifier systems.
  • Ultrafast laser oscillator integration: Compact OEM femtosecond laser source for integration into industrial, scientific, and laboratory laser platforms requiring stable 24/7 operation.
  • Optical frequency comb generation: Low phase-noise femtosecond source for frequency comb systems, optical metrology, precision frequency referencing, and carrier-envelope-offset control applications.
  • Carrier-envelope offset frequency stabilization: Suitable for fCEO detection and stabilization in stabilized femtosecond frequency combs and precision timing systems.
  • Repetition-rate stabilization and synchronization: Ideal for applications requiring stabilized frep, external RF reference locking, optical synchronization, and low-jitter timing control.
  • Low timing-jitter optical timing distribution: Femtosecond timing source for large-scale timing networks, accelerator facilities, synchronization links, and timing-critical photonic systems.
  • Ultra-low-noise microwave generation: Optical-to-microwave conversion source for generating low phase-noise RF and microwave signals from stable femtosecond pulse trains.
  • Terahertz generation: Pump source for THz generation using photoconductive antennas, optical rectification, nonlinear crystals, and ultrafast time-domain spectroscopy systems.
  • THz time-domain spectroscopy: Stable femtosecond laser source for broadband terahertz spectroscopy, material characterization, semiconductor analysis, and biomedical research.
  • Nonlinear optics research: Ultrafast 1030 nm laser source for second-harmonic generation, sum-frequency generation, difference-frequency generation, supercontinuum generation, and parametric processes.
  • Supercontinuum generation: Seed laser for coherent broadband light generation in nonlinear fibers, photonic crystal fibers, waveguides, and microstructured optical media.
  • Optical parametric oscillators and amplifiers: Seed or pump source for ultrafast OPO, OPA, and OPCPA systems requiring excellent beam quality and stable femtosecond pulses.
  • Ultrafast spectroscopy: Light source for pump-probe spectroscopy, transient absorption spectroscopy, time-resolved photoluminescence, and femtosecond dynamics studies.
  • Coherent spectroscopy: Femtosecond source for coherent Raman spectroscopy, multidimensional spectroscopy, nonlinear spectroscopy, and molecular dynamics measurements.
  • Two-photon microscopy: 1030 nm femtosecond excitation source for multiphoton imaging, deep-tissue microscopy, fluorescence imaging, and biomedical research instrumentation.
  • Second-harmonic and third-harmonic microscopy: Ultrafast laser source for label-free nonlinear microscopy techniques including SHG, THG, and multimodal imaging.
  • Biomedical imaging systems: Compact OEM laser source for integration into advanced imaging platforms requiring stable ultrashort pulses and high beam quality.
  • Optical coherence tomography research: Broadband femtosecond source for ultrafast and high-resolution OCT development, swept-source research, and photonic imaging systems.
  • Precision metrology: Stable femtosecond oscillator for dimensional metrology, optical frequency measurements, distance ranging, and interferometric measurement systems.
  • Dual-comb spectroscopy: Low-noise femtosecond laser platform for dual-comb spectroscopy, gas sensing, molecular fingerprinting, and high-resolution spectral analysis.
  • LIDAR and coherent ranging: Timing-stable ultrafast laser source for precision optical ranging, coherent LIDAR development, and time-of-flight measurement systems.
  • Photonic analog-to-digital conversion: Low-jitter optical pulse train for high-speed sampling, photonic ADCs, RF photonics, and microwave photonic signal processing.
  • High-speed optical sampling: Femtosecond pulse source for electro-optic sampling, ultrafast waveform characterization, and time-resolved electronic measurements.
  • Semiconductor characterization: Pump-probe and time-resolved optical source for carrier dynamics, recombination lifetime, nonlinear response, and ultrafast material analysis.
  • Materials science research: Ultrafast excitation source for studying phase transitions, phonon dynamics, magnetic materials, nanomaterials, thin films, and quantum materials.

Frequently Asked Questions

What is the MENHIR-1030 series?
The MENHIR-1030 series is a line of femtosecond laser sources from Menhir Photonics, designed for robust and reliable operation with ultra-low phase noise and timing jitter, suitable for continuous 24/7 operation and OEM integration.
What are the key features of the MENHIR-1030 series?
Key features include ultra-low noise, transform-limited pulses, compact industrial design, resistance to harsh environments, user-friendly interface, turnkey system, and 24/7 operation.
What applications are suitable for the MENHIR-1030 series?
The MENHIR-1030 series can be used for amplifier seeding, non-linear optics, THz generation, timing distribution, frequency combs, spectroscopy, and ultra-low noise microwave generation.
What are the key specifications of the MENHIR-1030 series?
Specifications include a wavelength range of 1025 – 1035 nm, repetition rate from 100 MHz to 2.5 GHz, soliton pulses of less than 300 fs, average power over 50 mW, and peak power over 0.1 kW.
What options are available for the MENHIR-1030 series?
Available options include f rep and fCEO actuators, RF output, OEM version, and fiber output.
What are the power and cooling requirements for the MENHIR-1030 series?
The system requires a 5 VDC / 2 A power supply, consumes less than 10 W, and is passively air-cooled.
What are the dimensions and weight of the MENHIR-1030 series?
The dimensions are 260 x 250 x 60 mm, and it weighs 8 kg.

Got more questions? Use the inquiry form to ask the supplier directly.

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