P2584D RF AWG

The Tabor P2584D RF AWG is a high-performance arbitrary waveform generator designed for precision RF testing, radar simulation, and next-generation wireless research. With 2.5GS/s sampling rate, 16-bit resolution, and four independent output channels, it enables engineers to create complex waveforms for real-world RF environments.

Built on the advanced Proteus SDR architecture, the P2584D RF AWG listens, processes, and reacts in real time. Its FPGA-based feedback system allows instant conditional waveform generation, making it ideal for Electronic Warfare, quantum control, and adaptive radar applications.

Key Features

2.5GS/s high-speed sampling rate for accurate waveform reproduction
16-bit resolution for precise signal representation
Four independent output channels for synchronized multi-channel testing
8 programmable markers for precise timing and control
2GS waveform memory, expandable up to 8GS for extended sequences
PCIe high-speed data transfer for fast waveform loading
Integrated Digital IQ modulators and demodulators
Real-time FPGA feedback system for conditional waveform generation
Excellent phase noise and spurious performance
Task-driven waveform sequencing for intelligent signal responses
Optional streaming capability for continuous waveform playback
Compatible with Python, MATLAB, C, and LabVIEW

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Description

P2584D RF AWG for High-Precision RF Testing

The Tabor P2584D RF AWG delivers precise and flexible RF waveform generation for advanced research and engineering tasks. Its 2.5GS/s sampling rate and 16-bit resolution ensure accurate reproduction of complex RF signals for applications like radar simulation, Electronic Warfare, and next-generation wireless communications.

The module’s four independent RF output channels enable synchronized multi-channel signal generation, essential for testing phased-array antennas, multi-antenna MIMO systems, and high-precision radar setups. With eight programmable markers, engineers can achieve exact timing for advanced signal control.

Modular Architecture and Scalability

Built on the PXI Express standard, the P2584D RF AWG offers a modular and scalable architecture. Laboratories can start with a single module and expand to multiple synchronized channels as system demands grow. Its compact high-density form factor allows installation in minimal rack space while maintaining precise timing and phase coherence.

This scalability is ideal for large-scale radar systems, adaptive Electronic Warfare setups, and quantum computing research requiring precise control over multiple waveform outputs.

Real-Time Feedback and Task Sequencing

A standout feature of the P2584D RF AWG is its integrated FPGA-based feedback system. By combining the waveform generator and optional digitizer into a single FPGA-controlled unit, the system can instantly modify output based on received signals, eliminating traditional PC latency. This enables adaptive waveform generation for closed-loop EW systems, radar target simulation, and quantum control applications.

The P2584D also features intelligent task-driven waveform sequencing. Rather than linear playback, the module can switch between waveform segments based on real-time input, enabling coherent responses to dynamic RF environments. Engineers can program these behaviors in Python, MATLAB, C, or LabVIEW, simplifying integration into automated testing workflows.

Technical Specifications

Parameter	Specification
Model	P2584D
Instrument Type	RF Arbitrary Waveform Generator
Sampling Rate	2.5GS/s
Resolution	16-bit
Output Channels	4
Markers	8
Standard Memory	2GS
Optional Memory	Up to 8GS
Architecture	Advanced SDR-based RF platform
Data Interface	PCIe high-speed
Streaming Capability	Up to 6GS/s optional
Digital IQ Modulation	Integrated
Feedback System	FPGA-based real-time feedback
Optional Digitizer	5.4GS/s Single, 2.7GS/s Dual Channel 12-bit
Trigger Input	10 MHz standard, optional 50 MHz
Rear Panel Options	Thunderbolt3 USB, SFP+ 10G optical
Programming Support	Python, MATLAB, C, LabVIEW
Warranty	3 years standard