Operating Quantum Computing requires the generation, capture, and analysis of highly accurate multiple modulated RF signals, in order to set up and read out the Quantum state of a single Qubit. As the number of qubits grows, the quantum layer interfacing demands highly integrated RF signal generator and acquisition systems. These systems must be capable of supporting many tens of channels in a high-density, low-cost per channel platform, incorporating the local, real-time signal processing power necessary to close the loop quantum computing requires. This webinar will introduce the latest developments in Direct-To/From-Microwave equipment and architectures resulting in a much simpler quantum layer control and an important cost and size reduction.