P9082M Proteus AWG

The Tabor P9082M Proteus AWG is a 9GS/s high speed arbitrary waveform generator designed for cutting edge RF, radar, Electronic Warfare, and quantum applications. With dual channels, 4GS memory, 8 markers, and real-time FPGA feedback, it delivers ultra-fast, intelligent waveform generation for the most demanding test environments.

Key Features

9GS/s sample rate for ultra-wideband signal generation
8-bit vertical resolution optimized for high speed RF output
4GS onboard memory standard, expandable up to 16GS
Dual-channel synchronized outputs
8 programmable markers for precise timing control
PXI Express modular and scalable architecture
Integrated digital IQ modulators and demodulators
Optional 5.4GS/s RF ADC for transceiver capability
Real-time FPGA feedback for conditional waveform generation
Ultra-fast PCIe data transfer and continuous streaming

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SKU: P9082M_Proteus_AWG Categories: Products, Signal Generators

Description

P9082M Proteus AWG for Ultra High Speed RF Testing

The Tabor P9082M Proteus AWG is built for engineers who require extreme bandwidth and intelligent signal control. Operating at an impressive 9GS/s, this dual-channel arbitrary waveform generator is ideal for wideband RF system development, advanced radar simulation, Electronic Warfare scenario creation, and next generation wireless research.

Its 8-bit architecture is optimized for ultra-high-speed waveform generation, enabling clean and accurate reproduction of complex RF signals. With 4GS of standard memory and upgrade options up to 16GS, the P9082M Proteus AWG supports long waveform playback, dense threat environment simulation, and non-repeating streaming sequences required for realistic test scenarios.

Modular and Scalable Platform

Built on the PXI Express platform, the P9082M Proteus AWG offers a compact and flexible architecture. It easily integrates into synchronized multi-channel systems that scale from a few channels to hundreds. This makes it suitable for massive MIMO research, multi-target radar simulation, and large scale Electronic Warfare labs.

The high-speed PCIe backplane enables rapid bidirectional waveform memory transfers and uninterrupted streaming. This ensures maximum throughput and eliminates traditional data bottlenecks that limit performance in high speed applications.

Feedback and Adaptive Operation

A defining advantage of the P9082M Proteus AWG is its integrated FPGA-based real-time feedback system. By combining waveform generation and optional digitizing capabilities in one hardware platform, it removes PC processing delays. The system can instantly modify output signals based on received input data.

This conditional waveform generation is essential for closed-loop Electronic Warfare systems, radar target simulators, and qubit measurement and reset processes. It allows engineers to create realistic and responsive RF environments without sacrificing speed.

Intelligent Task Sequencing

The Task Table engine functions as a conditional state machine rather than a simple linear sequencer. It enables immediate transitions between waveform segments based on triggers or logic conditions. In radar mode, the instrument can detect incoming pulses and generate coherent delayed or Doppler-shifted echoes to simulate moving targets.

The system supports programming via Python, MATLAB, C, LabVIEW, and SCPI commands, ensuring smooth integration into automated test systems and research laboratories.

Technical Specifications

Parameter	Specification
Model	P9082M
Instrument Type	Arbitrary Waveform Generator
Sample Rate	9GS/s
Vertical Resolution	8-bit
Standard Memory	4GS
Maximum Memory	Up to 16GS
Channels	2
Markers	8
Architecture	PXI Express
Data Interface	High-speed PCIe
Optional Digitizer	5.4GS/s single, 2.7GS/s dual channel
Streaming Capability	Up to 6GS/s optional
Trigger Input	10MHz standard, 50MHz optional
FPGA Programming	DSP blocks and open core options
Programming Interfaces	SCPI, Python, MATLAB, C, LabVIEW