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Tabor | Benchtop

Model P9086B

Rs. 13463778.00

The Tabor P9086B is a high-density benchtop Arbitrary Waveform Transceiver featuring 6 AWG channels at 9 GS/s (8-bit) with 4 GS of memory per channel. It includes eight marker outputs per channel, optional onboard digitizer support, integrated FPGA, and a touchscreen PC interface—all housed in a 4U, 19″ chassis. Designed for real-time waveform sequencing, closed-loop control, and multi-channel RF and quantum testing..

  • Detail
  • Special Features
  • Specification

The P9086B combines high-speed waveform generation and optional data acquisition into a single benchtop instrument. Its six AWG channels can be operated synchronously or independently via a robust sequencer with conditional logic. Real-time streaming from the embedded PC to FPGA supports waveform durations beyond onboard memory. The integrated NCO supports RF applications, while the FPGA enables low-latency, closed-loop control without external PC assistance. It’s ideal for multi-channel RF systems, quantum control arrays, phased-array radar prototyping, and high-performance signal testing.

 

  • Six AWG channels (9 GS/s, 8-bit DACs)

  • 4 GS waveform memory per channel

  • Eight marker outputs per channel

  • Optional dual-channel onboard digitizer for feedback

  • Integrated FPGA for real-time signal processing

  • Built-in NCO for RF/microwave generation

  • Task-based sequencer with conditional logic

  • Real-time PC→FPGA streaming for continuous waveform output

  • Closed-loop, feedback-enabled architecture

  • Touchscreen interface with embedded PC

Parameter Value
Model P9086B
Form Factor Benchtop 4 U, 19″ chassis with touchscreen
AWG Channels 6 (9 GS/s, 8-bit DACs)
AWG Memory 4 GS per channel
Marker Outputs 8 per channel
Digitizer Support Optional dual-channel onboard ADC
NCO Integrated
FPGA User-programmable
Sequencer Task-based with conditional logic
Streaming Capability Real-time PC→FPGA waveform output
Interfaces Touchscreen PC, USB 3.0, LAN, PCIe Gen3
Typical Use Cases Multi-channel RF, quantum control, phased-array systems