Conveners
Session: 5
- Lorraine Bobb (Diamond Light Source)
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Nicolas HUBERT (Synchrotron SOLEIL)24/03/2026, 10:55Presentation
SOLEIL II is the low emittance upgrade project for SOLEIL light source. Dark period is foreseen in October 2028 for a duration of 2 years (including commissioning time).
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In this scope, it has been decided to anticipate the upgrade of the old BPM electronics to:
• Develop the commissioning tools on the new system and its final interfaces.
• Restart the new machine with an already validated... -
Benoit Roche (ESRF)24/03/2026, 11:20Presentation
We have acquired 2 XBS-FE modules from iTech to perform tests with real beam signals and to evaluate their performance for enhancing the long‑term stability of the Spark electronics, and in particular by reducing their dependence on hardware temperature.
The tests were performed by controlling the switching with an home-made controller, with software‑based compensation applied externally....
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Sven Pfeiffer (DESY)24/03/2026, 11:45Presentation
We will report on various simulations and measurements that we have carried out for the FOFB signal chain of the PIV project. These include the fast corrector, the vacuum chamber, the simulation framework and other blocks.
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Boris Keil (PSI - Paul Scherrer Institut)24/03/2026, 12:10Presentation
For the new SLS 2.0 storage ring, we have replaced the SLS 1.0 filling pattern feedback (FPFB) and multi-bunch feedback (MBFB) systems with newly developed systems that deploy RF System-on-Chip (RFSoC) technology for data conversion, signal processing, communication and control system integration. In this contribution, the status and first beam commissioning experience will be presented.
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Raffaele De Monte (Elettra-Sincrotrone Trieste S.C.p.A.)24/03/2026, 12:35Presentation
The upgrade of the Elettra synchrotron to the ultra-high brightness Elettra 2.0 requires the installation of a new electron Beam Position Monitor (eBPM) system. The infrastructure comprises 168 BPMs, each featuring a complex signal chain: two pairs of four-conductor RF cables connecting the pickups to the RF front-end (PTFE), followed by five-conductor RF cabling and a network link to the...
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