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Tabor | Rack Mount Modules

Model LS3084R

Now includes NABL Calibration Certificate.
Rs. 4959477.00

LS3084R is a 3 GHz four-channel RF analog signal generator in a compact 1U, 19” rack-mounted unit. It provides phase-coherent outputs, fast switching, and full analog modulation — ideal for high-density multi-signal RF testing in lab and production environments..

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  • Special Features
  • Specification

The LS3084R is Tabor’s highest-density RF signal generator in the 3 GHz LS308xR series, featuring four fully functional RF outputs in a 1U rack-mounted chassis. Designed for applications where space is limited but signal performance is critical, the LS3084R offers clean analog signals with full modulation support and synchronized or independent control across all four channels.

With AM, FM, PM, Pulse, and Sweep modulation built-in, this generator serves a wide range of RF simulation needs — from MIMO systems and interference testing to multi-DUT validation in production lines. Fast switching and precise control make it well-suited for automated RF testing where consistency, accuracy, and reliability are essential.

  • Four RF channels with up to 3 GHz frequency per output

  • Phase-coherent or independent channel operation

  • Space-efficient 1U, 19” rack-mountable form factor

  • AM, FM, PM, Sweep & Pulse modulation support

  • Ultra-fast frequency and amplitude switching

  • Low phase noise for clean and stable signal output

  • Ideal for multi-channel RF systems, MIMO testing, and automated test setups

  • Remote programming via SCPI, Python, MATLAB, LabVIEW

  • Frequency Range: 100 kHz to 3 GHz

  • Channels: 4 (independent or phase-coherent)

  • Form Factor: 1U, 19” rack-mounted unit

  • Switching Speed: <100 µs typical

  • Modulation Types: AM, FM, PM, Sweep, Pulse

  • Phase Noise: Low, optimized for multi-signal RF accuracy

  • Control Interface: Remote via SCPI, Python, MATLAB, LabVIEW

  • Use Cases: MIMO system testing, multi-path simulation, high-throughput production lines, synchronized signal generation