SEI-Tagung-2025 Studiengruppe..Elektronische..Instrumentierung

Session

FPGA und DAQ

26 Mar 2025, 09:00

HZDR -- Gebaeude 114, Konferenzebene, Raum 201+202

6. Fault-tolerant modular sensor electronics to perform long-term measurements with small satellite remote sensing instruments

Mr Tom Neubert (FZJ)

26/03/2025, 09:00

Vortrag

Single-event effects caused by ionizing radiation pose significant challenges for satellites, potentially leading to mission failures. In the case of COTS-based nanosatellites, extensive effort must be invested in mitigation strategies and redundancy concepts. As imaging instruments increasingly target longer mission durations for remote sensing applications—such as monitoring long-term...

12. Serenity-S1 ATCA Processing Card

Torben Mehner

26/03/2025, 09:30

Vortrag

The Serenity-S1 ATCA processing card is a key component in the CMS Phase-2 Upgrade, designed for high-speed data acquisition and processing. It features 124 high-speed serial links operating at 25 Gb/s, a powerful VU13P FPGA for data processing, and a versatile clock tree supporting multiple clocking options.

Initial hardware tests confirm the integrity of power supplies and signal...

14. Factory Acceptance Test for the Serenity-S1

Hendrik Krause (Karlsruhe Institute of Technology)

26/03/2025, 10:00

Vortrag

In the context of the CMS phase-2 upgrade, we have contributed in the Serenity collaboration to develop Serenity-S1, a versatile FPGA processing card based on Advanced Telecommunications Computing Architecture (ATCA) technology. The board has been well received and is used by many sub-detector systems for the backend data processing. This leads to the planned production of 721 Serenity-S1...

24. Implementierung eines skalierbaren Radar-Systems mit verteilter Datenerfassung auf Basis Xilinx RFSoC ZU25DR

Mathias Bachner (FZJ)

26/03/2025, 10:30

Vortrag

Für die Entwicklung eines tomografischen Bodenradar-Systems mit hoher räumlicher und zeitlicher Auflösung müssen mehrere Hundert Antennen gleichzeitig angesteuert werden.

Zur besseren Wartbarkeit und flexibleren Weiterentwicklung wird ein skalierbares System angestrebt bei Einhaltung der erforderten Taktgenauigkeit von 25ps und einer gesamt Messzeit von unter 10 s bei einem Aufbau mit 2496...