Cryoelectra Delivers 130 kW Solid-State RF Systems for Elettra Upgrade (Elettra 2.0 Milestone)

At the CWRF Workshop 2026, Dr. Nico Pupeter and Dr. Mirco Nedos presented Cryoelectra’s work on the reliability of its third-generation 500 MHz solid-state RF amplifiers. Their poster shows how operating experience has shaped improvements to the amplifier design. To...

Cryoelectra is pleased to participate in IPAC’27 and looks forward to connecting with the international accelerator community. Meet us at Booth C61 and discover our solutions for solid-state RF power and digital LLRF systems.

Our team is currently supporting the installation of the 5th of 7 Cryoelectra 500 MHz / 120 kW Solid-State RF Amplifier systems. Another important step in our ongoing collaboration with DLS and the advancement of high-power RF technology for scientific research.

Another important milestone achieved at Diamond Light Source, UK: amplifiers 1 and 2 of a total of 7 Solid State RF Amplifiers (120 kW – 500 MHz) have now been successfully commissioned. The first two systems were delivered in October 2025, and a total of 5 amplifiers...

Cryoelectra introduces a smart control upgrade for RF amplifiers, improving efficiency and simplifying operation. Tested at HZB within the RF2.0 initiative, the solution enables significant energy savings—without requiring complex system overhauls.

Cryoelectra will supply high-power RF amplifiers for the MYRRHA Phase 1 | MINERVA accelerator, reinforcing its role in delivering large-scale solutions for next-generation research infrastructures.

As part of the Lighthouse project, Cryoelectra, in close collaboration with RI Research Instruments, has developed and successfully commissioned a state-of-the-art 1.3 GHz solid-state RF amplifier. The system delivers over 130 kW of continuous output power with an...

The Canadian Light Source synchrotron (CLS) achieved first light in 2004. Throughout the past 14 years of operation, RF power for the LINAC, booster, and storage ring has been supplied exclusively through klystrons. These klystrons constitute a critical single point...

BESSY II has completed an important upgrade of its RF infrastructure by replacing two aging klystron transmitters with modern solid‑state high‑frequency systems. The transition was necessary because spare parts for the legacy klystrons are no longer available, and the...