P9082D Proteus 9GS/s AWG

P9082D Proteus 9GS/s AWG

The P9082D Proteus 9GS/s AWG is a high-performance arbitrary waveform generator designed for ultra-wideband RF, defense simulation, and advanced research applications. Built on a powerful SDR-based architecture, it combines speed, precision, and real-time intelligence in a compact RF platform.

Key Features

  • 2-channel architecture with 9GS/s ultra-high sampling rate
  • 14-bit resolution for enhanced signal accuracy
  • 4GS waveform memory for complex signal generation
  • 8 integrated markers for precise timing control
  • Advanced FPGA-based real-time feedback system
  • SDR architecture enabling adaptive waveform behavior
  • Integrated NCO for direct microwave frequency generation
  • PCIe high-speed data streaming interface
  • Task-based waveform sequencing for intelligent control
  • Optional digitizer support for closed-loop applications

 

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Description

P9082D Proteus 9GS/s AWG Advanced Arbitrary Waveform Generator for RF Intelligence Systems

The P9082D Proteus 9GS/s AWG is engineered for high-end RF environments where precision, adaptability, and real-time response are critical. Designed on an advanced software-defined radio architecture, it delivers far more than traditional waveform generation by enabling intelligent signal behavior that reacts dynamically to external inputs.

With an ultra-fast 9GS/s sampling rate and 14-bit vertical resolution, this model ensures exceptional waveform fidelity even in the most demanding RF and microwave applications. It is particularly suited for electronic warfare simulation, quantum research, radar emulation, and next-generation wireless communication testing.

One of the defining capabilities of the P9082D is its real-time FPGA-based feedback system. By integrating waveform generation and signal acquisition into a unified processing unit, it removes latency between measurement and response. This allows the instrument to instantly adjust output signals based on incoming data, enabling true closed-loop operation in complex test environments.

The task-driven waveform sequencing system replaces conventional linear playback with a smart conditional engine. Engineers can program logic-based transitions between waveform segments, allowing the system to simulate evolving RF scenarios with high realism. This is especially useful for radar target simulation and adaptive threat environment modeling.

A high-speed PCIe interface ensures continuous data streaming and efficient memory handling, while the integrated NCO supports direct conversion to microwave frequencies without external signal chains. This improves system efficiency and reduces setup complexity.

The compact 2-channel design allows phase-coherent operation while maintaining scalability within larger PXI-based systems. Combined with 4GS memory and 8 precision markers, the P9082D delivers flexibility for both laboratory research and mission-critical applications.

Overall, the P9082D Proteus 9GS/s AWG stands as a powerful tool for engineers who require real-time adaptability, ultra-fast waveform generation, and high-resolution signal control in one unified platform.

Technical Specifications

Parameter Specification
Model P9082D Proteus 9GS/s AWG
Sampling Rate 9 GS/s
Resolution 14-bit
Channels 2
Waveform Memory 4 GS
Markers 8
Architecture SDR-based FPGA system
Data Transfer PCIe high-speed streaming
Frequency Capability Microwave via integrated NCO
Control System Real-time feedback loop
Sequencing Task-based conditional logic
Digitizer Option Available (closed-loop operation)
Application Areas EW simulation, RF testing, quantum systems

 

 

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Additional information

Weight 20 lbs
Dimensions 316 × 175 × 235 mm
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