The challenge of multi-channel RF and W Vector Signal Generation and Analysis for Quantum Computing, Massive MIMO, and Phase-Array Radar control, emulation & test.

In this presentation, you will learn about the new fully digital architecture for Vector Signal Generation and Analysis made possible by the latest generation of Arbitrary Waveform Transceivers (AWT). They can improve channel density and performance, simplify setup complication and enhance experiment efficiency.

Solution examples, based on the Tabor Proteus for multiple relevant application areas such as; MIMO, Phase-Array Radar, Automotive Testing and Quantum Computing will be shown, stressing the gains in terms of integration, cost per channel, and performance.

Different Types of Signal Generators

A quick look at some of the most common signal generators used to produce waveforms, frequencies, radio frequencies (RF), digital patterns, etc.

Advanced Microwave Topics for Quantum Physicists

The fundamentals of wave propagation, optimization of the frequency translation path, different signal analysis techniques, and the benefits and trade-offs of each one

The challenge of multi-channel RF and mW Vector Signal Generation and Analysis for Quantum Computing, Massive MIMO, and Phase-Array Radar control, emulation & test.