Featured Articles

  1. Accelerating Quantum Computing Research 10/22/2024

    Quantum computers hold promise for complex problems but are still under development and require serious research and high-performance instruments.

  2. Verifying O-RAN Radio Units 10/7/2024

    O-RAN's open architecture demands robust testing of radio units (O-RUs) to ensure interoperability and performance.

  3. The Metaverse And Extended Reality 10/7/2024

    The metaverse, XR and 5G/6G wireless networks are interconnected. Advanced wireless networks are essential for unlocking the full potential of the metaverse and XR.

  4. Reconfigurable Intelligent Surfaces 10/7/2024

    Reconfigurable intelligent surfaces (RIS) offer potential benefits for future wireless communications, including improved coverage, energy efficiency, and security.

  5. Rethink 5G Device Testing 10/7/2024

    5G presents new challenges for device testing due to its complexity and advanced RF components. This poster provides an overview of 5G testing stages, highlighting opportunities and challenges.

  6. Measurement of Residual Phase Noise Of Amplifiers at 80 Ghz Using Interferometric Measurement Technique 9/24/2024

    Measuring additive and residual phase noise in power amplifiers for automotive RADAR sensors helps achieve characterization down to -150 dBc/Hz at 80 GHz.

  7. R&S Scope Rider RTH Helps Out On The Race Track 8/27/2024

    This case study highlights a racing team successfully using a portable oscilloscope to test and optimize the electronics of their race car.

  8. Understanding Oscilloscope ENOB Values 6/25/2024

    Learn about the intricacies of understanding and interpreting Effective Number of Bits (ENOB) values, particularly those measured and published by oscilloscope manufacturers. 

  9. Shorten Time In ATE With Trigger-Out 6/25/2024

    See how MXO series oscilloscopes offer an innovative solution with their dedicated "waiting for trigger" signal, significantly reducing test time and simplifying synchronization in ATE setups.

  10. Characterizing Polymer Material Properties For Automotive Applications 6/25/2024

    Explore a simplified method for material characterization in the automotive radar frequency domain (76 GHz to 81 GHz) using the R&S®QAR50 automotive radome tester.