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
Features
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. Proteus’s high-speed data transfer architecture revolutionizes performance across Electronic Warfare, Communications, and Physics by removing traditional bandwidth and memory bottlenecks.