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The Tabor P9082D is a high-performance PXIe module combining two 9 GS/s, 8-bit AWG channels with two 2.7 GS/s, 12-bit digitizer channels. Each AWG channel includes 4 GS waveform memory and 8 marker outputs. Featuring an onboard FPGA and integrated NCO, it enables real-time streaming, feedback-controlled waveforms, and conditional sequencing—ideal for demanding RF, radar, and quantum measurement applications..
The P9082D integrates waveform generation and high-speed digitization within a single PXIe module. AWG outputs enable generation of high-fidelity signals, while digitizers capture response waveforms at sub-nanosecond resolution. The onboard FPGA manages tight, low-latency feedback loops and conditional sequencing, enabling advanced test scenarios without PC intervention. Typical use cases include phase-coherent multi-channel systems, real-time radar signal modulation, and closed-loop quantum control. Its PXIe design supports scalable, synchronized multi-module setups.
Dual AWG channels at 9 GS/s, 8-bit resolution
Dual digitizer channels at 2.7 GS/s, 12-bit accuracy
4 GS memory per AWG channel
Eight marker outputs per channel for precise timing
Integrated NCO for RF upconversion
Task-based sequencer enabling conditional waveform logic
Real-time streaming to FPGA supports extended playback
Feedback-enabled architecture for closed-loop control
User-configurable FPGA for custom DSP and signal handling
High-throughput PCIe Gen3 ×8 interface (~64 Gb/s) in a compact PXIe form factor
| Parameter | Value |
|---|---|
| Model | P9082D |
| Platform | PXIe (PCIe Gen3 ×8) |
| AWG Channels | 2 (9 GS/s, 8-bit) |
| Digitizer Channels | 2 (2.7 GS/s, 12-bit) |
| AWG Memory | 4 GS per channel |
| Marker Outputs | 8 per AWG channel |
| NCO | Yes |
| FPGA | User-configurable |
| Sequencer | Task-based with conditional execution |
| Streaming Capability | Real-time waveform streaming to FPGA |
| Interface Speed | ~64 Gb/s via PCIe Gen3 ×8 |
| Form Factor | PXIe module, 3-slot (12 HP) |
| Scalability | High – phase-coherent multi-module systems |