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The Tabor P9488D is a high-density benchtop RF Arbitrary Waveform Transceiver featuring 8 AWG channels at 9 GS/s with 16-bit resolution, each equipped with 8 GS waveform memory. Housed in a 4U, 19″ chassis with onboard PC and touchscreen, it includes 8 GHz RF bandwidth, 8 marker outputs per channel, integrated NCO, user-programmable FPGA, and high-speed interfaces—designed for synchronized, multi-channel RF, quantum, and radar testing..
The P9488D integrates high-speed waveform generation, sequencing, digitization, and processing within a compact benchtop unit. With eight tightly synchronized channels, it supports coherent RF signal generation across a wide spectrum. Real-time streaming enables extended waveform playback beyond physical memory. Its built-in NCO and IQ modulation eliminate external RF synthesis needs. Ideal for multi-channel radar simulation, quantum control systems, phased-array experiments, and high-throughput communications testing.
Eight AWG channels (9 GS/s, 16-bit DACs)
8 GS memory per channel (expandable up to 16 GS)
Up to 8 GHz RF output bandwidth
Eight marker outputs per channel
Integrated digital up-converter (NCO + IQ) for RF synthesis
Task-based sequencer with conditional waveform logic
Real-time waveform streaming (PC to FPGA)
User-programmable FPGA for embedded DSP and signal control
Built-in touchscreen PC interface
High-speed interfaces including USB 3.0, 10 GigE, Thunderbolt, and PCIe Gen3 ×8
| Parameter | Value |
|---|---|
| Model | P9488D |
| Form Factor | Benchtop 4U, 19″ with touchscreen PC |
| AWG Channels | 8 (9 GS/s, 16-bit DACs) |
| AWG Memory | 8 GS per channel (expandable to 16 GS) |
| RF Bandwidth | Up to 8 GHz |
| Marker Outputs | 8 per channel |
| Digitizer Option | Dual 5.4 GS/s, 12-bit ADCs (optional) |
| NCO | Integrated digital up-converter |
| FPGA | User-programmable |
| Sequencer | Task-based with conditional logic |
| Streaming Capability | Real-time PC-to-FPGA |
| Interfaces | USB 3.0, 10 GigE, Thunderbolt, PCIe Gen3 ×8 |
| Typical Use Cases | RF testing, quantum systems, radar simulation, phased-array research |