Where today's conventional microelectronics technologies are approaching their limits in terms of speed, capacity and accuracy, photonics do overcome these barriers and revolutionise communication. For the steadily growing volume of data that needs to be transported and processed, photonics opens possibilities in addition to the familiar fiber-optic networks to deal with limitations in data transmission and processing.
With the rise of photonic integrated circuits (PICs) and the new challenges they bring forth, it can be tricky to keep up with evolving optical test requirements and to equip photonics labs accordingly for testing active and passive optical components by enabling speedy, accurate, and repeatable detection.
Photonics and coherent optical technology are broadly used in data center interconnects, metro, and long-haul applications. As for example functional testing accounts for more than 30% of chip costs, we at Computer Control are at the forefront to provide and recommend cost and time efficient, automated test solutions.
Discover how we can help at your use of PICs for fiber optic telecommunications aimed at high-speed networks with solutions that shorten time-to-market, reduce cost-of-test, and enable new technologies. Improve your testing yields with R&D-grade solutions that rapidly provide best-in-class measurements.
Our photonics solutions can be incorporated into any wafer-testing handling system with alignment included, provide user-friendly GUIs without any compromise on dynamic performance. They simply integrate in a research test setup or production test bench – covering your needs from lab to live:
We comfort you to control test gears of photonics!
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Explore integrated photonics essentials, testing challenges, and how Keysight's solutions address them. Discover testing methodologies, automation tools, and wafer-level testing benefits for data centers, telecom, 5G, automotive, and more. Learn about specific Keysight products and software to enhance your testing processes and ensure high performance.
Join us at Swissphotonics Convention PIC for a workshop on Photonics Integrated Circuits. Meet our experts and explore innovative solutions.
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.
Three industry innovators – EXFO, Hewlett Packard Enterprise (HPE) and MPI Corporation – have combined forces to address the challenges of Photonic Integrated Circuit (PIC) testing for next-generation networks. Read about making wafer testing faster and more reliable and ultimately improving speed-to-market