EUMW 2021

Rohde & Schwarz at European Microwave Week - virtual

Application video series

Test and measurement solutions you can rely on

No matter what area you work in, Rohde & Schwarz measurement solutions help you speed up your design process and deliver outstanding, high-performance results.

The need for higher bandwidths in communications and sensing is constantly increasing and hence, therefore the efforts in research and development go to ever-higher frequencies in the mmWave and sub THz range. The associated challenges in over the air (OTA) testing of antenna-in-package (AiP) designs and characterization of RF and microwave components require measuring solutions that can keep up with these requirements and support engineers and researchers in their demanding tasks.

Featured application videos

RF and microwave component testing

Solutions to optimize the performance of your components. See the latest test and measurement solutions for component characterization in the RF and mmWave range that meet the demanding requirements of new technologies:

  • Load-/pull measurement system
  • Signal integrity measurements - universal de-embedding of test fixtures
  • Software as a service (SaaS) RF test platform

View more

5G NR and wireless testing

The next major step in mobile communications beyond LTE (4G) sets challenging requirements.

  • Enhanced mobile broadband (eMBB)
  • Ultra-reliable, low latency communications (URLLC)

View more

Radar testing

Ensuring radar performance from development to production.
Need to test your radar design? Check out test solutions for EW and automotive radar applications.

  • Testing of automotive 24/77 GHz radar modules
  • Automotive 24/77 GHz radar
  • Multichannel pulse analysis
  • Radar interference testing

View more

6G testing in the sub-THz range

In addition to our existing 5G solutions, we will be showing an extremely fast and accurate test setup for the measurement of antennas for future 6G applications in the frequency range up to 170 GHz.

  • Antenna measurements in the sub-THz range

View more