P2582M AWG

P2582M AWG

The Tabor P2582M AWG is a high performance arbitrary waveform generator designed for advanced signal generation, RF research, and complex testing environments. With a 2.5GS/s sampling rate, 16-bit vertical resolution, and two independent output channels, it provides accurate waveform creation for Electronic Warfare simulations, radar development, and next generation wireless communication testing.

As part of the advanced Proteus instrument family, the P2582M AWG is built on modern SDR architecture that allows the system to generate signals and react to incoming data in real time. Its integrated FPGA feedback system enables conditional waveform generation, making it ideal for engineers who require dynamic and intelligent signal testing capabilities.

Key Features

2.5GS/s high speed sampling rate for precise waveform generation
16-bit vertical resolution for superior signal fidelity
2 independent output channels for flexible signal testing
8 programmable markers for accurate event synchronization
1GS waveform memory for complex signal storage
High speed PCIe data transfer architecture
Integrated digital IQ modulators and demodulators
Real time FPGA feedback system for conditional waveform control
Excellent phase noise and spurious signal performance
Task table sequencing for intelligent waveform switching
Optional streaming capability for continuous waveform playback
Compatible with Python, MATLAB, C, and LabVIEW programming

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Description

P2582M AWG Performance and Waveform Generation

The Tabor P2582M AWG delivers powerful waveform generation for modern RF development and testing applications. With a 2.5GS/s sampling rate and a 16-bit resolution, this instrument generates highly accurate signals that meet the demands of advanced research laboratories and engineering environments. Its two independent output channels allow engineers to design synchronized waveform patterns for dual channel testing and signal development.

The P2582M AWG is part of the Proteus family of advanced waveform generation instruments. These systems integrate waveform generation, signal processing, and real time feedback within a single platform. This integration makes the instrument suitable for applications such as Electronic Warfare simulation, radar system testing, quantum computing research, and advanced wireless communication development.

Modular Architecture and Scalability

The P2582M AWG is built on a modular PXI Express architecture that enables scalable system expansion. Engineers can begin with a small configuration and expand their test setup to include multiple synchronized modules while maintaining phase coherence across channels.

The compact design allows laboratories to optimize rack space while still achieving professional level waveform generation performance. This scalability supports complex testing environments such as massive MIMO research, multi channel radar simulations, and large scale qubit control systems.

Real Time Feedback Capability

A key advantage of the P2582M AWG is its integrated real time feedback system. The waveform generator and optional digitizer work together through a powerful FPGA processing platform that enables rapid signal analysis and immediate waveform adjustment.

This architecture removes the latency associated with sending data to an external computer for processing. The result is extremely fast conditional waveform generation that is essential for closed loop Electronic Warfare systems, adaptive RF testing, and radar target generation.

Intelligent Waveform Sequencing

The P2582M AWG includes a sophisticated task table sequencing engine that allows intelligent waveform control. Instead of simple linear waveform playback, the system can switch between waveform segments depending on trigger conditions or measured signals.

In radar testing environments, this capability allows the instrument to function as a radar target simulator. It can detect incoming radar pulses and generate delayed or Doppler shifted responses to simulate moving objects. Engineers can easily program these behaviors using Python, MATLAB, C, or LabVIEW, allowing seamless integration with automated testing systems.

Technical Specifications

Parameter	Specification
Model	P2582M
Instrument Type	Arbitrary Waveform Generator
Sampling Rate	2.5GS/s
Resolution	16-bit
Output Channels	2
Markers	8
Standard Memory	1GS
Optional Memory	Up to 8GS
Architecture	Advanced SDR based platform
Data Interface	High speed PCIe
Streaming Capability	Up to 6GS/s optional
Digital IQ Modulation	Integrated
Feedback System	FPGA based real time feedback
Optional Digitizer	5.4GS/s single channel or 2.7GS/s dual channel
Trigger Input	10 MHz standard, optional 50 MHz
Programming Support	Python, MATLAB, C, LabVIEW
Warranty	3 years standard