J3.4

Deployment of an RFSoC-Based Correlator at the Deep Dish Development Array

Ian Hendricksen, McGill University, Canada
Session:
J3: New Telescopes, Techniques, and Technologies & Observatory Reports III Lecture
Track:
Commission J: Radio Astronomy
Location:
Room 265
Presentation Time:
Wed, 10 Jan, 15:40 - 16:00 MST (UTC -7)
Session Co-Chairs:
Alyson Ford, University of Arizona and Steven Ellingson, Virginia Tech
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Discussion
Resources
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Session J3
J3.1: Drone-based Beam Mapping of the Array of Long Baseline Antennas for Taking Radio Observations from the Seventy-ninth parallel (ALBATROS)
Lawrence Herman, McGill University, Canada
J3.2: Correcting Relative Clock Drift Between Independently-Clocked Antennas Of ALBATROS Radio Telescope Using ORBCOMM Satellites
Mohan Agrawal, McGill University, Canada
J3.3: White Rabbit: Precision Time and Frequency Distribution for PANOSETI And High-Speed data transportation between NIC and GPU over 400G network
Wei Liu, Dan Werthimer, University of California, Berkeley, United States; Mitchell C. Burnett, Brigham Young University, United States; Jonathon Kocz, University of California, Berkeley, United States; Rick Raffanti, techneinstruments, United States
J3.4: Deployment of an RFSoC-Based Correlator at the Deep Dish Development Array
Ian Hendricksen, McGill University, Canada
J3.5: Profiling and Optimizing the High Performance Gridder
Preshanth Jagannathan, Sanjay Bhatnagar, Martin Pokorny, NRAO, United States
Contacts