Libera Sync

The Libera Sync transfer system enables a number of instruments on the machine to be driven synchronously with a femtosecond jitter clock signal. Libera Sync provides a long-distance point-to-point link with low phase drift which enables better synchronization between instruments and other machine subsystems. Both performance parameters (added jitter, long-term stability) have a strong, if not critical, impact on the overall performance of the machine.

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Benefits:

  • Industry standard 2U 19’’ form factor
  • High reliability achieved by using high-end electronic and optical components operating in optimal working points
  • Robust mechanical layout specifically designed to maintain a controlled environment inside the units
  • Once tuned it becomes a self-sustaining integral part of the machine

Data processing:

Transmitter

Receiver

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Kees Scheidt
Diagnostics Head (ESRF, Grenoble)

On our Booster beam, we collected much data and features, that we could not measure or even detect before.

Kees Scheidt
Diagnostics Head (ESRF, Grenoble)

On our Booster beam, we collected much data and features, that we could not measure or even detect before.

Libera Sync is used at the following labs:

  • BEPC II – Institute of High Energy-IHEP, China
  • CLARA – STFC Daresbury Laboratory-STFC ASTeC, United Kingdom
  • DARESwissFEL – Paul Schrerrer Institute-PSI, Switzerland
  • FERMI – Elettra Sincrotrone Trieste , Italy
  • LCLS – Stanford Linear Accelerator Center-SLAC, USA
  • SKIF – Budker Institute of Nuclear Physics-SKIF, Russia
  • SSRF, SXFEL – Shanghai Synchrotron Radiation Facility-SINAP, China
  • TLS, TPS – National Synchrotron Radiation Research Center-NSRRC, Taiwan
  • XFEL – Pohang Accelerator Laboratory-PAL, South Korea