Description
Proteus P1284D AWG
The Proteus P1284D AWG Module is designed for engineers and researchers who require high speed waveform generation with intelligent real time signal responsiveness. As part of the advanced Proteus platform from Tabor Electronics, this Arbitrary Waveform Generator provides the flexibility and precision needed for modern RF, aerospace, defense, and quantum technology applications.
Built on a sophisticated software defined radio architecture, the Proteus P1284D AWG goes far beyond traditional waveform generation systems. It can process incoming signals, react instantly, and generate responsive waveforms through its integrated FPGA based control system. This capability makes it highly effective for electronic warfare testing, radar target simulation, and advanced communication system development.
High Performance
The Proteus P1284D AWG delivers a sampling rate of 1.25GS/s with 16 bit vertical resolution, ensuring accurate waveform reproduction and excellent signal integrity. With 1GS of waveform memory, users can create and play back long and highly detailed waveform sequences for demanding testing environments.
Its advanced PCIe architecture enables ultra fast waveform streaming and bidirectional data transfer, helping eliminate common bandwidth and memory limitations found in conventional AWG systems. Engineers can efficiently stream dense and non repeating waveform environments required for realistic RF and EW simulations.
The 4 channel configuration provides greater flexibility for synchronized multi signal generation, making the system ideal for massive MIMO research, phase coherent testing, and complex signal emulation applications.
Real Time Control
One of the key advantages of the Proteus P1284D AWG is its real time feedback control capability. By integrating waveform generation and signal digitization within a unified FPGA controlled architecture, the system significantly reduces latency and enables immediate waveform adjustments based on received input signals.
This intelligent waveform response allows conditional waveform generation for closed loop applications. In radar testing environments, the system can instantly generate delayed or Doppler shifted echoes to simulate moving targets with exceptional accuracy.
The advanced Task Table sequencing capability also enables logic based waveform transitions rather than simple linear playback. This allows the Proteus P1284D AWG to respond dynamically to changing signal conditions with minimal delay.
Modular Proteus
The modular PXI Express architecture of the Proteus P1284D AWG allows users to expand from compact setups to large synchronized systems with hundreds of channels. Its space efficient design minimizes rack footprint while maintaining high channel density and phase coherence.
The system also supports programming through Python, MATLAB, C, and LabVIEW, giving engineers the flexibility to integrate the AWG into automated workflows and custom RF test environments.
Technical Specifications
| Specification | Details |
| Model | P1284D |
| Product Type | Arbitrary Waveform Generator |
| Sampling Rate | 1.25GS/s |
| Resolution | 16 Bit |
| Memory | 1GS |
| Channels | 4 Channel |
| Markers | 4 Programmable Markers |
| Architecture | SDR Based PXI Express |
| Data Transfer | High Speed PCIe |
| Waveform Sequencing | Task Driven Non Linear Sequencing |
| Feedback System | Real Time FPGA Controlled |
| Modulation | Integrated Digital IQ Modulators and Demodulators |
| Programming Support | Python, MATLAB, C, LabVIEW |
| Applications | EW, Radar, Quantum Computing, Wireless Communications |
| Scalability | Expandable to Hundreds of Channels |
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