QICK (Quantum Instrumentation Control Kit): Progress on an open-source qubit controller
ORAL
Abstract
The latest improvements to QICK (Quantum Instrumentation Control Kit) leverage the success of the open-source QICK qubit controller introduced in April 2022. QICK now supports three off-the-shelf Xilinx RFSoC boards, with up to 16 output channels per board capable of direct digital synthesis of control pulses with carrier frequencies of up to 10 GHz. The companion RF board can be used to replace the rest of the warm electronics used for qubit control. We show how multiple QICK boards can be synchronized by a sub-picosecond phase lock and ultra-fast communication links. The latest QICK's new timed processor speeds up pulse generation, reduces latency and increases feedback capabilities. We demonstrate these new features with one and two-qubit randomized benchmarking examples at U. Chicago (Schuster Lab) and Princeton (Houck Lab). The Advanced Quantum Testbed (AQT) at LBNL collaborated with the QICK team on the development and testing of QICK as an AQT user project, including contributions to multiplexed readout, software integration, motherboard and daughterboard design, and cold-qubit tests.
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Presenters
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Sho Uemura
Fermilab
Authors
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Sho Uemura
Fermilab
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Leandro Stefanazzi
Fermilab
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Ken Treptow
Fermilab
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Neal Wilcer
Fermilab
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Chris Stoughton
Fermilab
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Martin Di Federico
Fermilab
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Sara F Sussman
Princeton
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David Schuster
University of Chicago, Stanford University
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Ankur Agrawal
University of Chicago
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Helin Zhang
University of Chicago
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Chunyang Ding
University of Chicago
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Kasra Nowrouzi
Lawrence Berkeley National Laboratory
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Neelay Fruitwala
Lawrence Berkeley National Lab
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Gang Huang
Lawrence Berkeley National Laboratory
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Anastasiia Butko
Lawrence Berkeley National Laboratory
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Yilun Xu
Lawrence Berkeley National Laboratory
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Charles Guinn
Princeton University
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Andrew A Houck
Princeton University