ALS-SFG

Sum frequency generation

Frequency mixing is key to provide high power and low noise at the most interesting wavelengths

ALS-SFG

Sum frequency generation

The ALS-SFG Series is engineered to push boundaries - combining high power, single-mode, and single-frequency performance with ultra-low noise to deliver the ultimate in precision and stability. Whether you're driving cutting-edge quantum research, interferometry, semiconductor inspection, or laser pumping, ALS-IR provide the clean, stable beam your application demands.

Designed for long-term reliability, the ALS-IR Series features a rugged, all-fiber design with a coolerless laser head that guarantees excellent spatial mode quality. There's no need for alignment, tuning, or maintenance - just seamless, hands-free operation that keeps your system running flawlessly 24/7.

These systems excel in stability, offering best-in-class performance where it matters most: ultra-low relative intensity noise, no added phase noise, outstanding pointing and frequency stability, and the narrow linewidth characteristic of true single-frequency operation. Whether you're advancing fundamental research or scaling industrial innovation, ALS-IR delivers the reliability, performance, and integration simplicity to accelerate your goals -with delivering light you can trust, every time.

Your Benefits

High power up to 10W

With our ALS-SFG mixing platform, you are able to reach very high power at wavelength ranges that are not available from direct IR fiber amplifier platforms.

Easy combination of any of our IR fiber lasers and amplifiers

The ALS-SFG laserhead elegantly couple light from 2 collimated outputs from our standard IR fiber lasers and amplifiers.

Compatible with our resonant doubling solutions

The laserhead design has been thought to conveniently match our resonant doubling platforms to reach wavelengths down to 298 nm.

Industrial grade design, compact and coolerless laserhead

Taking up little valuable table space and running reliably without air or water cooling.

Applications

Rydberg excitation

Rydberg atoms with their enhanced interactions open new possibilities in quantum simulation and quantum information processing. Our high-power, narrow-linewidth laser systems enable efficient excitation to Rydberg states, supporting dipole blockade experiments and the development of Rydberg-based quantum gates.

Atom laser cooling & trapping

Over the last century, many experiments and theoretical studies on matter waves and the interaction between light and atoms have paved the way to modern atom optics and its application in research & industry.

Quantum computing & simulation

Lasers are used to realize most of the quantum systems used for quantum computing and simulation. Lasers are utilized to prepare quantum states, to realize quantum gates, and to read out qubits. In addition, lasers are used to link different quantum systems (e.g. to connect quantum computers or quantum computing subunits), a major task of quantum communication. Tunable diode lasers, fiber amplifiers, optical frequency combs, and wavelength meters, ideally combined in laser rack systems as complete solutions, are the most important products.

Strontium transitions

Driving strontium transitions and exciting strontium atoms to Rydberg states, to enable long range atomic interactions essentials for quantum computing and simuation.

Ytterbium transitions

Driving ytterbium transitions and exciting strontium atoms to Rydberg states, to enable long range atomic interactions essentials for quantum computing and simuation.

Rubidium transitions

Driving rubidium transitions and exciting strontium atoms to Rydberg states, to enable long range atomic interactions essentials for quantum computing and simuation.

Options

ALS-IR fiber lasers and amplifiers

Pick any your fundamental wavelenghts from this product range.

DL-SHG pro

You can easiliy and efficiently couple this resonant doubling solution to the laserhead.

SHG pro

You can easiliy and efficiently couple this resonant doubling solution to the laserhead.

Active noise reduction system

The noise eating option ALS-ANRS-YB reduces the intensity noise even further. [100 Hz .. 3 kHz] : <-135 dBc/Hz, [3 kHz .. 10 MHz] : <-150 dBc/Hz, [100 Hz .. 10 MHz] : <0.005% RMS. It must be implemented in a water-cooled rack.

Signal monitoring for locking

The ALS-MONITOR option provides access to the signal for locking purposes. Output interface : 1.2 m long fiber, FC/APC connector.

Remote control interface

The ALS-RCI device enables a full external control of the product via serial commands (UART protocol) or via software.

ALS-SFG

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Your Benefits

Applications

Options

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Product information ALS-SFG

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