Low Vπ LiNbO3 Phase Modulator for High-Power Lasers

Exail’s Low Vπ LiNbO3 phase modulator excels in coherent beam combination, leveraging a single laser source with fine linewidth through multiple amplifications and precise phase modulators. In spectral beam combination, the modulator facilitates combining different laser power beams with distinct wavelengths, achieving uniform intensity distribution. Key optical features include an annealed proton exchange process, very low insertion loss (<3dB), high optical power handling (up to 300mW), and stable performance over temperature and time. The Vπ of only 2V@50 kHz minimizes RF and power consumption, while the device’s DC coupling option mitigates the RAM effect for optimal efficiency.

Aluminum Coated Fibers for Harsh Environment

Exail’s aluminum-coated fibers offer a wide operating temperature range, up to +400°C. They are hermetic to hydrogen and water vapor, mitigating hydrogen darkening in hydrogen-rich environments. The aluminum coating obtained by Exail and Photonics Bretagne is much smoother than what could be obtained by the competition. Exail’s radiation-resistant optical fibers (rad-hard, single mode, multi-mode) are designed to mitigate the effects of Radiation-Induced Attenuation and extend the fiber’s lifetime in radiative environments. Optical fibers with aluminum coating are suitable for applications in sensing and monitoring, such as Distributed Temperature Sensing, in nuclear environments, oil and gas, high-energy physics experiments, or space.

Exail's Intelligent Laser Systems (ILS) and Integrated micro-optics benches (iMOB)

Exail's Intelligent Laser Systems (ILS) enables precise control of lasers amplitude, phase, and absolute frequency with fast tunability. The ILS is mainly dedicated to manipulating rubidium atoms with 780 nm laser light (other wavelengths are possible for other species). Integrated micro-optics benches (iMOB) - a compact and transportable fiber pigtailed free-space micro-optical bench built using a fully active alignment method, offering stability and reproducibility of the measurements by eliminating the needs of regular alignment during system turned on. The integration of the ILS and the iMOB enables real applications in all quantum technology fields, for both academic laboratories and industry.

Low Vπ LiNbO3 Phase Modulator for High-Power Lasers

Exail’s Low Vπ LiNbO3 phase modulator excels in coherent beam combination, leveraging a single laser source with fine linewidth through multiple amplifications and precise phase modulators. In spectral beam combination, the modulator facilitates combining different laser power beams with distinct wavelengths, achieving uniform intensity distribution. Key optical features include an annealed proton exchange process, very low insertion loss (<3dB), high optical power handling (up to 300mW), and stable performance over temperature and time. The Vπ of only 2V@50 kHz minimizes RF and power consumption, while the device’s DC coupling option mitigates the RAM effect for optimal efficiency.

Aluminum Coated Fibers for Harsh Environment

Exail’s aluminum-coated fibers offer a wide operating temperature range, up to +400°C. They are hermetic to hydrogen and water vapor, mitigating hydrogen darkening in hydrogen-rich environments. The aluminum coating obtained by Exail and Photonics Bretagne is much smoother than what could be obtained by the competition. Exail’s radiation-resistant optical fibers (rad-hard, single mode, multi-mode) are designed to mitigate the effects of Radiation-Induced Attenuation and extend the fiber’s lifetime in radiative environments. Optical fibers with aluminum coating are suitable for applications in sensing and monitoring, such as Distributed Temperature Sensing, in nuclear environments, oil and gas, high-energy physics experiments, or space.

Exail's Intelligent Laser Systems (ILS) and Integrated micro-optics benches (iMOB)

Exail's Intelligent Laser Systems (ILS) enables precise control of lasers amplitude, phase, and absolute frequency with fast tunability. The ILS is mainly dedicated to manipulating rubidium atoms with 780 nm laser light (other wavelengths are possible for other species). Integrated micro-optics benches (iMOB) - a compact and transportable fiber pigtailed free-space micro-optical bench built using a fully active alignment method, offering stability and reproducibility of the measurements by eliminating the needs of regular alignment during system turned on. The integration of the ILS and the iMOB enables real applications in all quantum technology fields, for both academic laboratories and industry.