The Tabor Proteus family is a set of instruments that doesn't just output waveforms but listens, thinks, and reacts in real-time, that is built on an advanced SDR architecture. Whether you're simulating EW Scenarios, controlling qubits, or pushing next-generation wireless communications to its limits, the Proteus combines up to a 9GS/s advanced RF DAC with an optional 5.4GS/s RF ADC to create a transceiver that is the Swiss Army knife for the next generation of RF engineering.
Modular Design, from 2 to 100's of channels
Fast PCIe data transfer bus.
Up to 16GS of memory
Integrated Digital IQ Modulators and Demodulators
Excellent phase noise and spurious performance
Feedback control system for conditional waveform generation
Features
Modular, scalable and compact
Built on the industry-standard PXI Express architecture, the Proteus Arbitrary Waveform Transceiver offers a modular design that scales easily to hundreds of channels while minimizing footprint. Its high-density form factor packs four generator outputs and two digitizer inputs into just three PXI slots. This makes Proteus a space-efficient and cost-effective solution for synchronized, phase-coherent applications such as EW simulation, large-scale qubit control, and massive MIMO research.
Ultra-fast data transfer
The Proteus architecture is optimized for maximum data throughput, leveraging a state-of-the-art PCIe backplane. Key capabilities include bidirectional waveform memory transfer, real-time signal generation using pulse descriptor words (PDWs), and uninterrupted streaming for playback and recording applications.