P9082D RF AWG

The Tabor P9082D RF AWG is a high-performance arbitrary waveform generator designed for precision multi-channel RF testing, radar simulation, and next-generation communications research. With two independent output channels, 8-bit resolution, and a 9GS/s sampling rate, it delivers fast and accurate waveform generation for complex testing scenarios.

Its FPGA-based real-time feedback system allows adaptive, conditional waveform generation, making it ideal for Electronic Warfare, quantum control, and high-speed wireless testing applications.

Key Features

9GS/s sampling rate for ultra-fast waveform generation
8-bit resolution for high-speed signal accuracy
2 independent output channels for synchronized testing
8 programmable markers for precise timing and control
4GS waveform memory, expandable up to 16GS
PCIe high-speed data interface for rapid waveform transfer
FPGA-based real-time feedback for adaptive waveform response
Integrated Digital IQ modulation and demodulation
Excellent phase noise and spurious performance
Non-linear task-driven waveform sequencing for intelligent response
Optional streaming for continuous waveform playback
Supports Python, MATLAB, C, and LabVIEW programming

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Description

Precision Multi-Channel RF Waveform Generation

The Tabor P9082D RF AWG is engineered to provide precise and ultra-fast waveform generation for advanced RF testing environments. With a 9GS/s sampling rate and 8-bit resolution, it reproduces signals with speed and accuracy required for high-demand applications such as radar, Electronic Warfare, and quantum communications. The two independent output channels allow synchronized signal testing across multiple paths, ensuring coherent multi-channel waveform delivery.

Modular Design and Scalability

Built on the PXI Express platform, the P9082D RF AWG is modular and scalable. It can integrate with additional modules to expand from a single unit to hundreds of synchronized channels. Its compact form factor saves lab space while supporting phase-coherent applications including MIMO research, qubit control, and phased-array radar simulations.

Real-Time Feedback and Conditional Waveforms

A key differentiator of the P9082D is its FPGA-based real-time feedback system, which reduces latency by integrating the AWG (DAC) and optional digitizer (ADC) into a single unit. This allows the waveform output to adapt instantly to incoming signals, enabling conditional responses critical in closed-loop EW systems and radar target simulation. The system’s Task Table sequencing allows intelligent jumps between waveform segments for responsive signal generation, programmable via Python, MATLAB, C, or LabVIEW.

High-Speed Data and Streaming

The P9082D supports PCIe-based ultra-fast waveform memory transfer, uninterrupted streaming, and optional extended memory up to 16GS. This ensures continuous playback of long, complex signals for realistic scenario testing in communications and physics research.

Technical Specifications

Parameter	Specification
Model	P9082D
Instrument Type	RF Arbitrary Waveform Generator
Sampling Rate	9GS/s
Resolution	8-bit
Output Channels	2
Markers	8
Standard Memory	4GS
Optional Memory	Up to 16GS
Architecture	Advanced SDR-based RF platform
Data Interface	PCIe high-speed
Streaming Capability	Up to 3GS/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