Active Technologies is an Original Equipment Manufacturer (OEM) specialising in high-performance signal stimulus solutions such as fast pulse generators, arbitrary waveform generators and pulse pattern generators. Based in Italy, all products are carefully designed and manufactured in-house.
Active Technologies works closely with leading physics and academic research centres, as well as esteemed players in the semiconductor and automotive industries, to provide state-of-the-art signal source solutions tailored to advanced testing requirements. The OEM projects with top players in the test and measurement industry demonstrate the uniqueness and flexibility of the technologies developed.
Founded in 2003 as a start-up from the University of Ferrara, Italy, Active Technologies quickly immersed itself in major EU research efforts, focusing primarily on semiconductor testing and instrument design.
Discover the diverse applications of electro-optic modulators and how Arbitrary Waveform Generators (AWG) address testing complexities. Learn how the AWG-5000 Series efficiently drives electro-optic modulators, meeting demands in quantum optics, photonics, and laser technologies.
Discover the AWG-5000's applications in Quantum Computing. Dr. Claudio Bonizzoni explores its technical aspects, while live demonstrations showcase its capabilities. With a real-time sample rate of 6.16 GS/s and seamless synchronization of digital and analog channels, it's tailored for Quantum Computing. Watch the recorded webinar for more.
Gain insight into the AWG-2000, AWG-4000, and AWG-5000 models of the ARB Rider Series, capable of generating signals for diverse applications including Advanced Research, Optics, Quantum Computing, Aerospace & Defense, and Automotive.
Computer Controls simplifies electro-optic modulation using Arbitrary Waveform Generators, explores optical modulation intricacies, and offers tailored support for quantum optics, photonics, and laser applications, unleashing the potential of your projects.
Color centers within diamonds, like nitrogen vacancies (NVs), show promise for quantum emitters but face challenges such as efficient emission into the zero-phonon line (ZPL).
Research group at Humboldt University in Berlin investigates light-matter interaction in cold atoms coupled to optical nanofibers, acting as a "quantum laboratory," with recent studies exploring atomic ensemble dynamics using short laser pulses generated by Active Technologies' AWG-5000, facilitating experiments in quantum electrodynamics and non-classical light states.
Watch the recorded webinar!
Active Technologies hosted a revealing webinar highlighting the AWG-5000's diverse applications in Quantum Computing, featuring its unmatched 16-bit Arbitrary Waveform Generator with up to 8-channel configurations, 6.16 GS/s real-time sample rate, and seamless synchronization capabilities for optimal Quantum Computing sequences.