News Summary:
On March 20, 2026, Rohde & Schwarz released findings on railway 5G performance, identifying cell complexity as the dominant degradation driver rather than velocity, with frequency lock instability suggested as a mechanistic cause. The company recommended reducing cell overlap via selective deactivation, antenna tilt optimization, and corridor-specific planning. Earlier on the same day, Ukraine announced a new project with Rohde & Schwarz to develop drone technologies for aerial reconnaissance and radio-electronic support, aiming to enhance drone effectiveness and resilience for the Armed Forces of Ukraine. Previously, on March 19, Rohde & Schwarz confirmed its participation in EMV 2026, Europe’s premier trade fair for electromagnetic compatibility, scheduled from March 24 to 26 in Cologne, Germany. At the event, the company plans to showcase its latest advancements in test and measurement equipment, demonstrating solutions designed to optimize EMC testing across diverse sectors including power electronics, industrial, automotive, military, and wireless communications. This follows a March 18 signing of a memorandum between Rohde & Schwarz and Ukrainian manufacturer Pegasus Arms to develop advanced solutions for strike drones in aerial reconnaissance and electronic support, with the goal of expanding drone capabilities in the military sphere.
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