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Home Tabor | Proteus RF-AWG Models Model P9484D
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Tabor | Proteus RF-AWG Models

Model P9484D

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NABL-Accredited Calibration | Available on Request
Rs. 8064627.00 (Excl. GST)

The Tabor P9484D is a PXIe RF transceiver module offering 4 AWG channels at 9 GS/s with 8 GS waveform memory per channel, alongside 4 digitizer channels at 5.4 GS/s and 12‑bit resolution. With up to 8 GHz RF bandwidth, eight marker outputs per channel, integrated NCOs, and an embedded FPGA, it delivers real-time, closed‑loop waveform control for advanced RF, radar, phased-array, and quantum applications..

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  • Special Features
  • Specification

The P9484D combines synchronized, high-speed RF waveform generation and acquisition across four channels. Each channel features tightly integrated waveform sequencing, streaming, and processing capabilities within the module’s FPGA, enabling autonomous closed-loop operation. Built for demanding applications like radar prototyping, beamforming arrays, real-time signal correction, and quantum feedback systems, this module supports conditional sequencing, deep memory storage, and scalable, synchronized RF performance.

  • Four AWG channels (9 GS/s, 16‑bit DACs)

  • Four digitizer channels (5.4 GS/s, 12‑bit ADCs)

  • 8 GS memory per AWG channel (expandable to 16 GS total)

  • Up to 8 GHz RF output bandwidth

  • Eight marker outputs per channel

  • Integrated NCOs for coherent RF generation

  • Task-based sequencer with conditional logic

  • Real-time PCIe-to-FPGA streaming for unlimited waveform output

  • User-programmable FPGA for embedded DSP and control

  • PXIe format (3-slot, PCIe Gen3 ×8)

Parameter Value
Model P9484D
Platform PXIe (3-slot, PCIe Gen3 ×8)
AWG Channels 4 (9 GS/s, 16-bit DACs)
Digitizer Channels 4 (5.4 GS/s, 12-bit ADCs)
AWG Memory 8 GS per channel (expandable)
RF Bandwidth Up to 8 GHz
Marker Outputs 8 per channel
NCO Integrated
FPGA User-programmable
Sequencer Task-based with conditional logic
Streaming Capability Real-time PC-to-FPGA waveform streaming
Typical Use Cases Radar, beamforming, phased-array, quantum systems