Description
P2584D AWG Transceiver
The P2584D AWG Transceiver is a high performance four channel arbitrary waveform generator built on Tabor’s advanced Proteus SDR architecture. It is designed for engineers and researchers who require precision, scalability, and real time adaptability in complex RF and signal environments. With a 2.5 GS/s sampling rate and 16-bit resolution, it delivers highly accurate waveform generation suitable for demanding applications in defense, communications, and quantum systems.
Unlike conventional waveform generators that rely on preloaded static playback, the P2584D is engineered to think and respond in real time. Its FPGA based architecture allows it to analyze incoming signals and dynamically adjust output behavior, making it ideal for modern adaptive test environments where conditions change continuously.
Key Capabilities
The P2584D AWG Transceiver capabilities are centered around flexibility and intelligent signal control. With four synchronized channels, it enables complex multi signal scenarios such as phased array testing, MIMO research, and multi target radar simulation.
Its 2 GS waveform memory supports extended playback of complex signal sequences without interruption. Combined with 8 precision markers, it provides tight timing control for synchronized operations across multiple instruments or system components.
A key strength of the system is its ultra fast PCIe data transfer architecture. This eliminates traditional bandwidth limitations and ensures smooth streaming and recording of large datasets. The FPGA driven feedback loop further enhances performance by enabling real time waveform modification based on incoming signal conditions.
Applications
The P2584D AWG Transceiver applications span across multiple high end engineering domains, including:
- Electronic warfare and adaptive threat simulation
- Advanced radar target generation and testing
- Quantum computing and qubit manipulation systems
- Wireless communication system development and validation
- RF signal intelligence and real time waveform analysis
Its modular PXI Express design allows seamless scaling from laboratory setups to large distributed multi channel systems, making it a future ready solution for evolving RF challenges.
Technical Specifications
| Parameter | Specification |
| Model | P2584D |
| Sampling Rate | 2.5 GS/s |
| Resolution | 16-bit |
| Channels | 4 |
| Waveform Memory | 2 GS |
| Markers | 8 |
| Architecture | Proteus SDR based |
| Processing Engine | FPGA real time feedback system |
| Interface | PCIe PXI Express |
| Signal Capability | IQ modulation and demodulation |
| System Type | Modular scalable transceiver |
| Applications | EW, radar, RF testing, quantum systems |
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