Description
P1282M Proteus AWG for Real-Time RF Innovation
The Tabor P1282M Proteus AWG is more than an arbitrary waveform generator. It is an intelligent waveform transceiver engineered to listen, process, and react in real time. Built on industry-standard PXI Express architecture, it offers a compact and scalable solution that fits seamlessly into advanced RF and microwave test systems.
With a 1.25GS/s sample rate and 16-bit resolution, the P1282M Proteus AWG delivers exceptional waveform fidelity and dynamic range. The standard 1GS memory supports complex and long waveform sequences, while optional upgrades allow expansion up to 16GS. This ensures you can generate dense, non-repeating environments required for modern Electronic Warfare simulations and advanced communication testing.
Modular and Scalable Architecture
Designed for high-channel-count systems, the P1282M Proteus AWG scales from a few channels to hundreds within a synchronized PXI chassis. Its high-density design integrates multiple outputs in minimal rack space, making it ideal for massive MIMO research, radar target simulation, and qubit control systems.
Real-Time Feedback Control
A defining advantage of the P1282M Proteus AWG is its integrated FPGA-based feedback system. By combining DAC and optional ADC capabilities within a single platform, it eliminates PC round-trip latency. This enables conditional waveform generation, where the instrument instantly adapts output signals based on received inputs. For closed-loop Electronic Warfare systems, radar target generators, and quantum measurement setups, this capability significantly improves response time and realism.
Task-Based Sequencing
Unlike traditional linear sequencers, the Task Table engine functions as a conditional state machine. It allows intelligent jumps between waveform segments based on real-time events. In radar applications, the system can detect incoming pulses and immediately generate coherent, modified responses such as delayed or Doppler-shifted echoes.
Engineers can program deterministic sequencing and feedback logic using Python, MATLAB, C, or LabVIEW. This flexibility ensures seamless integration into both research laboratories and production test environments.
Technical Specifications
| Parameter | Specification |
| Model | P1282M |
| Instrument Type | Arbitrary Waveform Generator / Transceiver |
| Sample Rate | 1.25GS/s |
| Vertical Resolution | 16-bit |
| Standard Memory | 1GS |
| Maximum Memory | Up to 16GS |
| Channels | 2 |
| Markers | 4 |
| Architecture | PXI Express |
| Data Interface | High-speed PCIe |
| Optional ADC | 5.4GS/s single, 2.7GS/s dual channel |
| Modulation | Integrated Digital IQ Modulators/Demodulators |
| Streaming Capability | Up to 6GS/s optional |
| Trigger Options | Ultra-low jitter option available |
| Programming | SCPI, Python, MATLAB, C, LabVIEW |
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