Forschungszentrum Jülich: FPGAs in Research - Applications, Technologies and Tools

Session

4 Dec 2012, 13:15

Room 110 in Building 2.5 (Zentralinstitut für Elektronik, Forschungszentrum Jülich)

Contribution list Timetable

4. Field Programmable Gate Array Based Data Digitisation with Commercial Elements

Mr. Cahit Ugur (GSI)

04/12/2012, 13:15

One of the most important aspects of particle identification experiments is the digitisation of time, amplitude and charge data from detectors. These conversions are mostly undertaken with application Specific Integrated Circuits (ASICs). However, recent developments in Field Programmable Gate Array (FPGA) technology allow us to use commercial electronic components for the required Front-End...

3. An FPGA Platform for Ultra-fast Data Acquisition

Dr. Michele Caselle (KIT)

04/12/2012, 13:40

The next generation of physical experiments demands high-throughput data readout systems combined with embedded data processing. We will present the current status of a multi-purpose high-performance data-acquisition system that has been developed at KIT. The design is based on three customizable IP cores used to build a multi-purpose and high bandwidth DAQ system: The first IP-core is a PCIe...

18. FPGA Oriented HW/FW Development in FEA DESY

Mr. Frantisek krivan (DESY)

04/12/2012, 14:05

New FPGA Technologies (like XILINX Series 7 FPGAs) provide new and elegant approaches for high speed DAQ systems. High speed transceivers with data rates of more than 10Gbit/s and new scalable internal bus systems simplify these developments. Our group is working together with KIT on the development of a versatile DAQ card in the µTCA / AMC standard. This talk will give an overview about the...

19. FPGA- Framework development for a MicroTCA system

Mrs. Qingqing Xia (DESY)

04/12/2012, 14:30

The MTCA.4 standard will be widely used in the machine control system of the XFEL. Our electronics development group FE at DESY has developed a FPGA-based readout module (DAMC2) interfacing dedicated μRTM modules for several applications in this field. To simplify the FPGA-Firmware development of different control applications a framework has been developed which covers most of the peripheral...

20. Dynamische Re -Konfiguration eines FPGAs mittels internem Kontroller

Mr. Markus Dick (Forschungszentrum Juelich)

04/12/2012, 14:55

FPGA basierende Elektronikentwicklungen sind stark geprägt von der hohen Flexibilität der Konfiguration insbesondere in der Entwicklungsphase und im späteren Einsatz in der Applikation. Die Anforderungen an das Design steigen, wenn FPGAs bspw. auch unter erschwerten Umweltbedingungen zum Einsatz kommen. Insbesondere bei Satellitenapplikationen sind redundante Konzepte, strahlungsfeste...