Scaling Quantum Systems: Precise RF Generation, Control, and Readout for Higher Fidelity

Scaling Quantum Systems: Precise RF Generation, Control, and Readout for Higher Fidelity Quantum computing is limited by hardware as much as by physics. In this webinar, Dr. Anuj Srivastava of Renaissance Electronics walks through the RF challenges of scaling quantum systems across superconducting, trapped-ion, neutral-atom, photonic, and spin-qubit architectures. What's covered: RF hardware for qubit control, readout, and signal routing Keeping bandwidth and stability through extreme temperature swings Choosing RF components that meet size and performance limits in large systems Improving speed, fidelity, and accuracy through the signal path About the presenter: Dr. Anuj Srivastava is VP of Business Development at Renaissance Electronics, an AEM company. He has more than 35 years in RF and microwave engineering and a background in low-temperature physics. He joined Renaissance in 1999 as a design engineer. Originally presented April 16, 2026, as part of Microwave Journal's Technical Education Webinar Series. See where our RF components sit in a quantum signal chain: https://aeminc.com/en/applications/advance... Questions about RF hardware for your quantum system? Reach out to talk with Anuj directly. #QuantumComputing #RFEngineering #Microwave #Cryogenics #Qubits