Description
P9482D RF AWG Module for Advanced RF Signal Generation
The P9482D RF AWG Module is designed for engineers and researchers who require extreme precision, speed, and adaptability in RF signal generation. Built on Tabor’s advanced Proteus SDR architecture, this module does more than generate waveforms. It listens, processes, and responds in real time, making it a powerful solution for next generation RF systems.
With a sampling rate of 9GS/s and 16-bit resolution, the P9482D delivers exceptionally accurate signal reproduction, ensuring clean waveform output even in highly complex environments. Its 6 channel architecture allows simultaneous multi-signal generation, making it suitable for massive MIMO research, electronic warfare simulation, and quantum control systems where synchronized outputs are essential.
A major strength of this RF AWG module is its 8GS waveform memory, which enables long duration and highly complex waveform sequences without performance loss. Combined with 24 built-in markers, users can achieve precise timing alignment and trigger control for advanced experimental setups.
Unlike conventional waveform generators, the P9482D integrates real-time feedback control using FPGA based processing. This allows the system to adapt instantly based on incoming signals, enabling conditional waveform generation. This feature is especially valuable in closed loop applications such as radar target simulation and adaptive electronic warfare environments.
The module also includes integrated digital IQ modulation and demodulation, making it ideal for modern SDR workflows. With PCIe based high speed data transfer, users benefit from uninterrupted streaming and rapid waveform updates, eliminating traditional latency bottlenecks.
Designed for scalability, the P9482D fits seamlessly into modular PXI Express systems, allowing expansion from a few channels to large synchronized arrays. This makes it suitable for both research laboratories and industrial RF testing environments.
In applications where precision timing, adaptive response, and high bandwidth are critical, the P9482D RF AWG Module delivers consistent and reliable performance. It is engineered for professionals working in RF communications, defense simulation, quantum computing, and advanced signal intelligence systems.
Technical Table
| Specification | Details |
| Model | P9482D |
| Sampling Rate | 9 GS/s |
| Resolution | 16-bit |
| Channels | 6 Channel Output |
| Waveform Memory | 8 GS |
| Markers | 24 |
| Architecture | SDR based Proteus platform |
| Data Transfer | High-speed PCIe bus |
| Modulation | Integrated IQ Modulation and Demodulation |
| Control System | FPGA-based real-time feedback |
| Programming Support | Python, MATLAB, C, LabVIEW |
| Expansion | Modular PXI Express architecture |
| Key Applications | EW simulation, RF testing, quantum control, radar systems |
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