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Choose your tailored quantum laser system; whether for optical clocks, quantum computers based on atoms or ions, or quantum simulation, we have a customizable laser configuration for high-precision frequency control.
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Discover newly released products and feature upgrades designed to meet evolving demands in science and industry. Our continuous innovation ensures enhanced performance, usability, and integration — tailored to your application needs.
The Supercontinuum Module (SCM) is a frequency comb extension (available for FC1500-ULN-nova/plus and FC1500-Quantum) which delivers up to 8 beat signals between ultra-low-noise frequency comb light and different CW lasers in the range of 670 to 1700 nm. It provides up to 8 CW laser input ports (FC/APC, others on request) and delivers the according beat signals (between the CW laser light and its closest neighboring comb mode) at up to 8 BNC output ports. The super-broad and smooth comb spectrum, combined with our latest generation of optical beat detection units, leads to high signal-to-noise ratio beat signals over the entire wavelength range (> 35 dB SNR).
Since the supercontinuum spectrum is produced from one single amplifier branch, it is the perfect tool for frequency comparisons of different optical clock species and other high-end applications. Additionally, it offers high-flexibility: you could start e.g., with 3 “beat detection channels” and extend the module at a later time. A Menlo service engineer can easily add new channels and/or adapt the already existing ones, directly on-site.
Latest developments in Frequency Comb and Quantum laser systems demand highest flexibility regarding synchronization and control electronics. The solution is Menlo’s 3rd generation SYNCRO unit, which serves as a modular carrier for various electronic boards: multiple lock boxes, butterfly packaged CW lasers, low noise laser drivers, fiber noise cancelling electronics, and more can be combined within one single unit. The 7″ touchscreen, combined with a rotary knob, provides easy access to all parameters and a convenient way for fine adjustments.
The completely redesigned user interface is split into a parameter settings list- and a ‘main-controls’ area which includes all major control elements for the corresponding feedback loop, laser driver or any other functional group you want to operate. Full remote control is provided via Menlo-Core-UI and application programming interfaces are available for Python, JavaScript, ECMAScript, C++ and C#.
Contact our Expert
Whether you’re working on a research project, developing a new product, or looking to optimize your setup, our experts are here to support you. We provide tailored advice on system integration, laser configuration, and application-specific requirements across a wide range of fields.