For engineers, the path to practical quantum computing is currently constrained by hardware limitations. This 60-minute webinar addresses the critical scaling challenges across superconducting, trapped-ion, neutral-atom, photonic, and spin-qubit architectures. We will examine the specialized RF solutions required for precise qubit control, readout, and signal routing, specifically focusing on components that maintain bandwidth and stability over extreme temperature swings.

Attendees will learn how to select and implement RF hardware that meets stringent size and performance requirements for large-scale systems. This session will provide a framework for improving system speed, fidelity, and accuracy through optimized signal paths, ensuring your RF infrastructure can support the next generation of quantum computing.