IN Brief:
- Lantronix and Cherry & White have launched a rapid-deployment 5G and Wi-Fi platform for critical infrastructure.
- The system combines Lantronix’s NTC-552 industrial 5G gateway with Cherry & White’s Rapid Wi-Fi technology.
- Target deployments include utilities, emergency response, defence installations, remote industrial operations, and temporary sites with limited network coverage.
Lantronix has partnered with UK networking specialist Cherry & White to launch a rapid-deployment 5G and Wi-Fi platform for critical infrastructure, utilities, emergency response, defence sites, and remote industrial operations.
The system combines Lantronix’s NTC-552 rugged industrial 5G gateway with Cherry & White’s Rapid Wi-Fi technology, giving temporary and remote sites a way to bring operational networks online without waiting for fixed infrastructure. It is aimed at environments where standard connectivity is unavailable, unreliable, or too slow to deploy against operational requirements.
Two configurations are being offered. The Vehicle Connectivity Solution is designed for fleet, emergency, and field-service vehicles, extending enterprise-grade connectivity as mobile teams move through the field. The Peli Connectivity Solution packages the equipment into a rugged portable hard case for temporary sites, remote substations, emergency staging areas, and infrastructure works where the network has to be transported, powered, and activated quickly.
The NTC-552 gateway at the centre of the system supports 5G NR Release 16 in standalone and non-standalone modes, with automatic LTE/4G failover. It provides Wi-Fi 6, GNSS, Bluetooth, digital I/O, serial connectivity, and multi-port Ethernet, including 2.5Gbps WAN and gigabit LAN interfaces. The platform can run from AC power or an 18V tool battery, giving the portable case configuration more flexibility during field deployment.
On Lantronix’s NTC-550 platform, the EMEA and APAC NTC-552 variant supports 5G NR bands including n1, n3, n5, n7, n8, n20, n28, n38, n40, n41, n75, n76, n77, and n78, with LTE fallback across regional bands. Peak 5G data rates reach 2.5Gbps downlink in non-standalone operation and 2.4Gbps downlink in standalone mode. Wi-Fi support includes 2.4GHz and 5GHz operation, 802.11a/b/g/n/ac/ax, dual-band simultaneous operation, MU-MIMO, and WPA3 security.
Cherry & White’s Rapid Wi-Fi technology turns the cellular gateway into a deployable access platform rather than a standalone router. Local Wi-Fi coverage can be built around the 5G uplink, giving field teams managed connectivity in areas where fixed broadband, private networks, or site LANs are absent. The platform is also prepared for private 5G spectrum deployments across the UK, Germany, France, and Latin America.
Temporary connectivity is becoming part of critical-infrastructure operations as more field work depends on live data, remote access, video, cloud tools, and connected equipment. Grid maintenance, transport works, utilities, emergency response locations, and defence sites can all require a secure network before permanent infrastructure is available. In those environments, the difference between a router and a deployable operational system lies in power, ruggedisation, security, remote management, and the number of interfaces that can be handled without improvised adapters.
Gateways are consequently becoming more feature-dense. Modern industrial routers combine cellular failover, Wi-Fi, firewalls, GNSS, serial and I/O integration, remote management, and cybersecurity controls. That places them inside the embedded architecture of mobile assets, field systems, and edge deployments rather than at the edge of the bill of materials as simple communications accessories.
Lantronix has also been adding managed wireless capability at device level. Its xPico 600 Wi-Fi 6 IoT module brought dual-band wireless, Bluetooth LE, and cloud support into embedded products, reflecting the same push toward controlled connectivity inside industrial devices. The NTC-552 platform scales that logic to infrastructure and field networks, where the endpoint may be a vehicle, temporary command post, industrial cabinet, or remote site.
Cellular lifecycle management is moving along the same axis. SGP.32-based IoT eSIM work has shown how provisioning, operator change, and long-term device administration are becoming design choices rather than post-deployment administration. A rapid-deployment 5G platform has to solve those problems at operational level, with secure setup, diagnostics, SIM management, remote visibility, and repeatable deployment procedures.
Portable deployments also put unusual emphasis on power and enclosure design. A field case or vehicle-mounted gateway may face vibration, changing temperatures, uncertain mains availability, tool-battery operation, and repeated installation. The ability to power equipment from common battery systems reduces dependence on generators or specialist power arrangements, which can be decisive during short-notice deployments.
Security remains inseparable from convenience in critical environments. Temporary networks may carry telemetry, operational data, video, or access into industrial systems, and field conditions do not remove the need for controlled authentication, encryption, firewall policy, and remote administration. WPA3, private 5G readiness, advanced routing, Percepxion management, and hardware ruggedisation all sit within the same design requirement: connectivity that can move quickly without becoming unmanaged infrastructure.
Lantronix and Cherry & White are targeting the space between permanent private networks and improvised field connectivity. Industrial and public-sector operations increasingly take place in locations that are temporary, disrupted, remote, or moving. A deployable 5G and Wi-Fi platform gives those sites a network layer that can follow the work rather than waiting for the worksite to become network-ready.
