P25812D Proteus 12CH

The P25812D Proteus 12CH is a next-generation 2.5GS/s, 16-bit arbitrary waveform generator designed for advanced RF, defense, and quantum research applications. Built on a powerful SDR-based architecture, it goes beyond traditional waveform generation by enabling real-time interaction, feedback, and adaptive signal control.

Key Features

12 synchronized channels with 2.5GS/s sampling rate
16-bit vertical resolution for ultra-precise signal accuracy
2GS waveform memory supporting long and complex scenarios
24 integrated markers for advanced timing and control
Real-time FPGA-based feedback control system
Integrated transmit, receive, and digital signal processing engine
Task-based waveform sequencing for intelligent signal flow
PCIe-based high-speed data streaming architecture
Supports up to 8GHz bandwidth with digitizer option
NCO integrated for direct microwave frequency upconversion

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SKU: P25812D_Proteus_12CH Categories: Products, Signal Generators

Description

P25812D Proteus 12CH Advanced Arbitrary Waveform Generator for Adaptive RF Systems

The P25812D Proteus 12CH is engineered for engineers and researchers who need precision, speed, and adaptability in a single platform. Unlike conventional arbitrary waveform generators, this model introduces a fully integrated transmit, receive, and processing system powered by FPGA intelligence. It is designed to handle complex RF environments where signals must respond dynamically rather than remain static.

With 12 independent channels operating at 2.5GS/s and 16-bit resolution, the system delivers extremely accurate waveform reproduction across demanding applications such as electronic warfare simulation, quantum control systems, radar emulation, and next-generation wireless communication testing.

A key strength of the P25812D is its real-time feedback control architecture. By integrating DAC and ADC functions within a single FPGA-driven system, it eliminates latency associated with external processing. This allows the instrument to modify outputs instantly based on incoming signal behavior, enabling closed-loop operation in mission-critical environments.

The task-oriented waveform sequencing system further enhances flexibility. Instead of linear waveform playback, users can define conditional logic that allows the system to jump between waveform segments based on real-time inputs. This makes it ideal for adaptive radar target simulation and dynamic RF scenario generation.

High-speed PCIe data transfer ensures uninterrupted waveform streaming and recording, while up to 2GS of memory supports long-duration signal playback. The integrated NCO enables direct upconversion to microwave frequencies, reducing the need for external signal chains.

Designed in a compact PXI-based architecture, the P25812D scales efficiently for multi-channel synchronization while maintaining phase coherence across all outputs. Combined with 24 markers and optional digitizer feedback, it becomes a complete signal intelligence and generation platform.

Technical Specifications

Parameter	Specification
Model	P25812D Proteus 12CH
Sampling Rate	2.5 GS/s
Resolution	16-bit
Number of Channels	12
Waveform Memory	2 GS
Markers	24
Architecture	SDR-based FPGA system
Bandwidth	Up to 8 GHz (with options)
Signal Processing	Real-time FPGA feedback control
Sequencing Mode	Task-based conditional state machine
Data Transfer	High-speed PCIe interface
Frequency Upconversion	Integrated NCO
System Type	AWG with integrated AWT capabilities
Application Areas	EW simulation, quantum control, RF research