5G Editorial & Guest Opinions

  1. Beyond 5G AI, Terahertz, And Open RAN Transform RF Engineering 12/5/2025

    RF engineers are advancing 6G through terahertz communications, AI-driven network optimization, and Open RAN architectures, with major university research centers and NSF funding driving innovation toward 2030 commercial deployment.

  2. Real-Time 3D: Game Engines Transform Digital Twin Applications for Wireless Networks 11/25/2025

    Game engines like Unity and Unreal have helped transform digital twins from engineering concepts into immersive 3D platforms that revolutionize RF network design and wireless testing.

  3. Why Low-Band Spectrum Remains The Backbone Of Mobile Networks 11/20/2025

    As mobile operators chase higher-frequency bands for speed and capacity, the 600–900 MHz bands remain vital for wide area coverage, energy efficiency, and bridging the digital divide.

  4. How Do You Measure Phase Noise At D-Band Frequencies? 11/18/2025

    D-Band (110–170 GHz) enables 6G, inter-satellite links, and high-resolution radar, but phase noise challenges require precise measurement to ensure system performance and signal integrity.

  5. Looking Back, Racing Forward: How 2025's RF Milestones Propel The Breakthroughs Of 2026 11/17/2025

    RF tech in 2025 spanned spy cats, moon GPS, and invisibly powerful weapons. In 2026, RF engineering breaks limits—uniting AI, 6G, D-band, and terahertz innovation.

  6. 8 Ways Advanced Wireless Technologies Are Transforming Autonomous Robotics In Warehouses 11/17/2025

    By integrating 5G, Wi-Fi 6, and edge computing, warehouses gain responsiveness to manage dynamic workflows and data-heavy operations without interruption. This transformation marks a new era where connectivity is the central nervous system driving intelligent, adaptive automation at scale.

  7. Building Toward 6G: Arrays, AI, Spectrum Sharing, And The Next Measurement Frontier 11/11/2025

    Wi-Fi 7 and 5G-Advanced mark a turning point in RF front-end design, where integration, AI-driven optimization, and spectrum-proof architectures are shaping 6G foundations.

  8. GaN, mmWave, And 6G: The Next Wave Of RFIC/MMIC Innovation 11/6/2025

    Wide-bandgap semiconductors, thermal breakthroughs, and integration advances are transforming MMICs for 5G, 6G, automotive radar, defense, and satellite systems.

  9. Achieving Multi-Domain Dominance Through EMSO 11/4/2025

    The future of electromagnetic spectrum operations demands advanced capabilities, integrated infrastructure, and allied partnerships to maintain superiority in contested environments against peer competitors.

  10. Q&A: Why RF Filter Innovation Is Non-Negotiable 11/3/2025

    Leading RF filter innovation with GEN7 BAW and LRT-SAW technologies enables smaller, higher-performance filters for smartphones, defense, IoT, 5G, and next-generation wireless applications.