QICK is an open-source FPGA-based quantum control platform developed at Fermilab. Designed for qubit control, readout, and real-time feedback in quantum computing research.With Qblox as the commercialization partner, QICK extends into a scalable, high‑performance quantum system.
Fermilab drives the open-source innovation behind QICK, while Qblox enables manufacturing, distribution, and supply chain operations. Together, they deliver high-performance quantum control systems that help researchers and labs deploy quantum technology faster.
QICK (Quantum Instrumentation Control Kit) is an open-source FPGA-based quantum control platform developed by Fermilab. It combines RF hardware, control and readout electronics, and software in a compact, scalable system. With Qblox as commercialization partner, QICK is moving from research into production-ready deployment.
QICK is used for controlling superconducting, trapped ions, spin qubits and cold atom (AMO) qubits, performing quantum error correction and feedback, high-speed data acquisition from qubit readout, and scaling up from single qubit control to multi-channel systems. QICK is also used for time tagging for simultaneous detector readout using the digitization functional of QICK, achieving internalpicosecond-level system synchronization.
Quantum computers require fast, precise communication between classical electronics and the qubits. Traditional setups are bulky, slow, and expensive. QICK solves this by integrating all components into a compact, flexible, low‑latency system that improves performance, reduces cost, and scales with evolving quantum hardware.