What is the R&S SMM100A Generator & What Does It Do?

The R&S®SMM100A is a highly versatile mid-range vector signal generator designed for comprehensive wireless and mmWave verification. Delivering frequencies up to 44 GHz, a massive 1 GHz internal modulation bandwidth, and pristine signal purity, it provides a cost effective, high performance solution for 5G FR2 and GNSS device development.

Key features of R&S SMM100A

To address this crucial gap, Rohde & Schwarz offers the R&S SMM100A Vector Signal Generator. Leveraging decades of test and measurement excellence, the SMM100A is designed to provide remarkably good RF characteristics that meet the demands of modern digital modulation tasks.

  • Frequency range : 100 KHz to 44 GHz
  • High output power : Up to +18 dBm
  • RF modulation Bandwidth : Up to 2 GHz
  • High quality signal generation is guaranteed by excellent Single Sideband (SSB) phase noise performance of < -129 dBc and very low harmonics of < -55 dBc.
  • Offers real time signal generation.

Benefits of R&S SMM100A

  • Offers Cost Effective mmWave Testing
  • High measurement confidence
  • wide frequency coverage and excellent RF characteristics make it versatile instrument.

Typical Applications

  • 5G NR FR1 and FR2 Verification: Generating wideband, digitally modulated signals to verify the receiver performance of 5G base stations, user equipment (UE), and RF components operating in both Sub-6 GHz and mmWave bands.
  • GNSS Simulation: Creating accurate, reliable signals for the testing and verification of Global Navigation Satellite System receivers.
  • Wireless Connectivity Testing: Developing and verifying devices utilizing wideband standards such as the latest iterations of Wi-Fi.
  • Aerospace and Defense: General-purpose RF and microwave signal generation for the development and testing of advanced communication and radar subsystems.

Conclusion

The R&S®SMM100A Vector Signal Generator represents a perfect convergence of high performance and practical flexibility. SMM100A ensures accurate, repeatable results, making it a cornerstone instrument for any modern RF development laboratory.

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