FE170ST/SR: sub-terahertz, above expectations


Journey with us as we introduce our groundbreaking portfolio, spearheaded by the unparalleled R&S®SFI100A. Each component has been meticulously designed to usher in the era of sub-terahertz innovation, ensuring you're always a step ahead in the realm of 6G research and beyond.

R&S®SFI100A: Unleash unprecedented control

Coming soon - R&S®SFI100A: Unleash unprecedented control

The essential foundation for your sub-THz solution, enabling precision and innovation above expectations.

  • Up to 10 GHz RF modulation bandwidth
  • ARB with up to 8 GSample memory
  • Wideband single-ended or differential analog I/Q outputs
  • Perfect IF source for R&S®FE170ST and R&S®FE110ST frontends
  • Full integration with R&S®FE170ST and R&S®FE110ST frontends

The cornerstone of your sub-THz solutions, integrating seamlessly with our frontends and power sensors.

Register now and get more information about the new R&S®SFI100A wideband IF vector signal generator.

Discover Rohde & Schwarz's latest innovations at EuMW 2023

Rohde & Schwarz is proud to unveil our advanced solutions tailored for W and D band applications. Driving the frontier of 6G research and future radar applications, our latest instruments integrate flawlessly into the world of mmWave and sub-THz. With innovation at the heart of our endeavors, we're setting new benchmarks in RF test and measurement.

Come and experience the future with us at EuMW 2023 in Berlin, booth H105.

Frontend Excellence


Coming soon - R&S®FE110ST/SR: Embrace the Power of W-Band

Integral to the Sub-THz Journey: The R&S®FE110ST/SR not only enriches the W-Band (70 to 110 GHz) capabilities but is also meticulously designed to work in tandem with the R&S®SFI100A signal generator. Its calibrated and integrated user interface uplifts the functionality of the base units, driving precise and optimal sub-THz research outcomes.

Register now and get more information about the new R&S®FE110ST/SR W-band converters.

Register now


R&S®FE170ST/SR: D-Band Excellence Redefined

The Perfect Companion to R&S®SFI100A: Bridging the gap between high frequencies (110 – 170 GHz) and superior performance, the R&S®FE170ST/SR serves as the ultimate frontend solution for those leveraging the prowess of the R&S®SFI100A signal generator. Its direct control and user-friendly operation ensure that your research remains not just advanced but also efficient.


Coming soon - R&S®FC330ST/SR: Push Boundaries in the H-Band

Ultra-Wide Bandwidth Meets Seamless Integration

Delving deep into the H-Band (220 to 330 GHz), the R&S®FC330ST/SR stands out as a beacon of advanced research capabilities. Its ultra-wide bandwidth ensures precision across a broad spectrum. More importantly, its seamless integration with the star of our portfolio, the R&S®SFI100A signal generator, ensures that your sub-THz explorations remain unparalleled. Amplify your signals, harness superior clarity, and pave the way for groundbreaking research.

Register now and get more information about the new R&S®FC330ST/SR H-Band converters.


R&S®NRP170TWG(N): Measure Power with Confidence

Precision Analysis in the D-Band Realm

With its eyes set firmly on the D-Band spectrum (110 - 170 GHz), the R&S®NRP170TWG(N) thermal power sensor is an indispensable tool for meticulous research and analysis.Designed to work seamlessly with the R&S®SFI100A signal generator, this power sensor not only measures but ensures every signal is captured with utmost precision. Experience full D-Band coverage, reliable connections, and traceable measurements to elevate your research to new heights. Dive into the intricacies of sub-THz with clarity and confidence.

All you need to know about the R&S®FE170ST and R&S®FE170SR

 Sub-Terahertz, Above Expectations

Sub-Terahertz, Above Expectations

Sub-THz testing for 6G: R&S®FE170SR and R&S®FE170ST

Sub-Terahertz testing for 6G: R&S®FE170SR and R&S®FE170ST

#ThinkSix with the R&S®FE170ST and R&S®FE170SR

#Think Six - A simple to use setup for investigating signals in the D-Band

A simple to use setup for investigating signals in the D-Band

Generate & analyze 4 GHz RF bandwidth signals in the D-Band

Generate & analyze 4 GHz RF bandwidth signals in the D-Band