Ultra-reliable private cellular connectivity for manufacturing, robotics, autonomous operations, industrial parks, ports, warehouses, and solar power facilities.
Westala Private 5G combines compact core network software, hybrid composite fiber cabling, PSU-C-6 centralized power, FMC edge conversion, and N48/N46 indoor small cells into a simplified architecture. It is designed to be easier to deploy than traditional WiFi for large industrial sites, while delivering the security, stability, reliability, and ultra-low latency required for mission-critical operations.
Fewer access points, centralized control, and predictable coverage make private 5G easier to plan and operate.
SIM-based access and private network isolation protect industrial devices, robots, and operational systems.
Built for real-time automation, AGV/AMR mobility, industrial robots, sensors, cameras, and control systems.
Hybrid composite fiber delivers data and power to FMC edge nodes and remote 5G small cell locations.
Deploy private 5G core software on a local server for on-premises control, local breakout, and secure standalone operation.
PSU-C-6 provides centralized DC power over hybrid composite fiber cable to simplify remote small cell deployment.
FMC provides remote fiber-to-copper conversion with a 10G PoE++ Ethernet port for indoor 5G small cell connection.
Indoor private 5G small cells provide secure cellular coverage for AGVs, robots, mobile workers, cameras, sensors, and industrial terminals.
WiFi is excellent for office and general-purpose connectivity. Private 5G is built for operational technology: mobility, deterministic coverage, device identity, traffic isolation, low latency, and reliable handover across large industrial environments.
Designed for moving vehicles, robots, scanners, and handheld devices across warehouses, ports, and factories.
SIM-based authentication provides stronger device control than shared WiFi credentials.
Purpose-built for industrial automation, safety systems, remote monitoring, and time-sensitive applications.