Description
P9488D RF AWG Desktop for High Precision RF Signal Generation
The P9488D RF AWG Desktop is a high-performance RF waveform generation system designed for engineers who require precision, scalability, and real-time adaptability. Built on Tabor’s advanced Proteus SDR architecture, this instrument goes beyond traditional waveform generation by combining signal output, real-time feedback, and intelligent response into a single unified platform.
Operating at a 9GS/s sampling rate with 16-bit resolution, the P9488D delivers extremely accurate waveform reproduction even in complex RF environments. Its 8 channel architecture enables synchronized multi-signal generation, making it suitable for applications such as electronic warfare simulation, radar development, and advanced wireless communication testing where signal coordination is critical.
A key advantage of the P9488D RF AWG Desktop is its large 8GS waveform memory, which allows users to store and execute long and complex signal sequences without interruption. Combined with 16 precision markers, the system ensures exact timing control for multi-event synchronization and advanced experimental setups.
Unlike conventional waveform generators that operate on static preloaded instructions, the P9488D uses FPGA based real-time feedback control. This enables the system to adapt dynamically based on incoming signals, allowing conditional waveform generation that responds instantly to environmental changes. This capability is essential for closed-loop RF systems, adaptive radar simulation, and quantum control applications.
The integrated SDR architecture includes digital IQ modulation and demodulation, providing flexibility for modern RF and communication systems. Combined with high-speed PCIe data transfer, the P9488D ensures uninterrupted streaming, low latency response, and efficient waveform updates without performance bottlenecks.
Its modular PXI Express based design allows scalability from laboratory setups to large synchronized multi-channel RF systems. This flexibility makes it suitable for research institutions, defense applications, and advanced industrial RF testing environments.
The P9488D RF AWG Desktop is engineered for professionals who demand high channel density, real-time adaptability, and extreme signal accuracy. It provides a future ready solution for RF engineers working in communications, electronic warfare, quantum research, and next generation radar development.
Technical Table
| Specification | Details |
| Model | P9488D |
| Sampling Rate | 9 GS/s |
| Resolution | 16-bit |
| Channels | 8 Channel Output |
| Waveform Memory | 8 GS |
| Markers | 16 |
| Architecture | SDR based Proteus platform |
| Data Transfer | PCIe high-speed 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 |
| Primary Applications | EW simulation, radar systems, RF testing, quantum control |
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