At the core of every Visban Network Controlled Repeater is RF-on-Glass™ — our proprietary technology that enables the use of glass as a high-performance substrate for millimeter wave systems.

Glass offers superior signal behavior, thermal stability, and a compact form factor. Produced using high-precision display manufacturing, it ensures consistency at scale — and dramatically lowers cost, making widespread mmWave deployment economically viable.

V-Mesh forms an adaptive relay layer between base stations and user devices — extending signal reach and improving reliability with minimal added infrastructure.

Instead of relying solely on line-of-sight to the base station, mmWave devices connect through Visban’s Network Controlled Repeaters. Each node intelligently relays and reshapes the signal, while responding to real-world conditions — adapting to obstacles, usage load, and shifting demand.

The result: broader coverage, better performance, and a more scalable path to mmWave network deployment.

V-Mesh is managed by the Visban Orchestrator — an AI-powered system that continuously optimizes network performance in real time.

It adapts to shifting demand, reroutes around outages, and balances load across the network. New nodes integrate automatically. Predictive maintenance minimizes downtime.

By combining RF-on-Glass™, V-Mesh architecture, and AI-driven control, Visban delivers seamless mmWave connectivity that scales easily.