Rohde & Schwarz to Host RF Testing Innovations Forum 2026

Why It Matters

The forum provides engineers with actionable techniques that can shorten time‑to‑market for critical aerospace and defense RF components, directly supporting the rapid growth of satellite communications and LEO constellations.

Key Takeaways

• Forum showcases RF testing solutions for aerospace, defense markets.
• Demonstration includes sub‑THz on‑wafer S‑parameter measurements up to 170 GHz.
• Sessions cover absolute phase calibration and noise‑parameter validation techniques.
• Free virtual event aims to accelerate component time‑to‑market for satellite systems.

Pulse Analysis

The surge in satellite constellations and modern defense platforms has turned radio‑frequency (RF) testing into a strategic bottleneck. As more missions rely on high‑frequency links, engineers must validate performance across broader bandwidths and tighter tolerances. Rohde & Schwarz’s RF Testing Innovations Forum 2026 brings together leading vendors to address these pressures, offering a platform where practical solutions replace theoretical speculation.

Technical sessions dive deep into the nuances of modern RF measurement. Attendees will explore absolute phase‑calibration methods using comb generators, a critical step for ensuring signal integrity across wide frequency spans. A live demonstration will showcase sub‑THz on‑wafer S‑parameter testing with the R&S ZNA and 170 GHz extenders, highlighting best‑practice techniques for D‑band measurements. The final segment tackles noise‑parameter validation up to 67 GHz, employing the cold‑source method to extract low‑noise amplifier characteristics essential for LEO satellite receivers and emerging quantum‑computing front‑ends.

Beyond the technical depth, the forum’s free virtual format democratizes access to cutting‑edge knowledge, helping manufacturers accelerate product cycles. By collaborating with Dassault Systèmes, FormFactor, and Focus Microwaves, Rohde & Schwarz fosters a cross‑industry ecosystem that can quickly translate test innovations into commercial hardware. This acceleration is vital for meeting the aggressive deployment timelines of next‑generation satellite networks and defense systems, positioning participants to capture market share in a rapidly expanding RF landscape.