Alistair Miller

Hybrid beamforming enables a single MIMO panel to provide high-speed data to ground users while simultaneously steering sensing beams toward aerial targets like drones. This capability marks a radical departure from the traditional role of wireless infrastructure, signaling the transition of Multiple Input Multiple Output technology from a capacity booster into the cornerstone of a multifaceted 6G ecosystem. As the

The transformation of private cellular networks from specialized technological experiments into standardized corporate utility infrastructure has fundamentally redefined how modern enterprises approach digital connectivity and operational scale. This evolution marks a departure from searching for a singular “killer app” in favor of viewing the technology as a versatile utility. Organizations now prioritize reliability and localized control over theoretical use cases,

The unprecedented cooperation between Japan’s four telecommunications giants suggests a fundamental shift in how the industry views high-frequency spectrum competition in a post-standalone world. KDDI, NTT Docomo, SoftBank, and Rakuten Mobile have signed a landmark memorandum to explore joint infrastructure development. This strategy specifically targets the millimeter-wave spectrum, which offers high speeds but faces physical limitations. By moving toward a

Navigating the High-Frequency Bottleneck in Japan’s Digital Transformation The transition to ultra-high-speed telecommunications in Japan has reached a pivotal juncture where traditional independent deployment strategies are no longer sufficient to overcome the physics of the 28GHz band. While the initial wave of 5G rollout focused primarily on the Sub-6GHz spectrum, the industry is now turning its attention toward the untapped