Mission-critical connectivity

The FX4200 is purpose-built to prevent total connectivity blackouts. With intelligent failover capabilities (Dual-WAN & Dual-SIM), a business can maintain critical communications if a primary wired line fails, by transitioning the communications network to a high-speed 5G connection instantly using the FX4200.

Standard connections often struggle with lag, but mission-critical communications require immediate response times. The FX4200 provides the low-latency necessary for real-time monitoring, automation, and synchronized IoT systems where timing is a matter of safety.

Relying on a single provider is an operational risk. The FX4200 supports dual-SIM configurations, allowing public safety agencies to switch between mobile network carriers to maintain the strongest available connection during localized outages or tower congestion.

As a FirstNet Trusted device, the FX4200 meets rigorous requirements for interoperability, security, and reliability in AT&T’s public safety network. This ensures that public safety agencies have a hardened, high-performance gateway that supports priority and preemption for emergency response operations.

Perfect for day 1 emergency response, the FX4200 cellular router creates a massive, secure "Wi-Fi bubble" for up to 256 devices using the latest Wi-Fi 7 standards. This ensures every laptop and sensor in a new field office is connected immediately.

In locations where broadband fiber is too costly, slow, or impossible to deploy, the FW series acts as the primary communications network. By utilizing high-gain directional antennas to lock onto distant towers, enterprises can establish a high-speed, low-latency connection that supports real-time decision-making and automation in previously unserved areas.

Designed for the harsh remote environments, these outdoor units feature IP67-rated housing to withstand high temperatures, strong winds, and moisture. This housing ensures that mission-critical communications remain active at substations, water treatment plants, and remote healthcare clinics where standard hardware would fail.

Both devices ensure immediate reliability by supporting two carrier SIMs. If the primary network is unstable during initial setup, the system automatically switches to a secondary provider to maintain a persistent connection for emergency services.

For mobile command centers or temporary emergency response sites, the MiFi PRO M4 provides a portable, professional-grade high-speed hub for up to 50 devices. This mobile router is purpose-built for first responders who require an immediate, FIPS 140-3 encrypted connection that travels with them.

The MiFi PRO M4 is FirstNet Ready, giving first responders access to the dedicated, reliable core of the FirstNet network. This ensures priority communications during high-traffic emergencies where standard mobile network congestion would otherwise cause disruptions.

Built for the rigors of the field, the MiFi PRO M4 features a durable design and a long-lasting battery that supports first responders throughout extended shifts. This high-performance mobile hub is purpose-built for emergency response environments where hardware must withstand constant travel and heavy use without compromising uptime.

Managing mission-critical connectivity requires total transparency. Inseego Connect provides real-time performance monitoring, allowing enterprises to track throughput and device health across the entire fleet to improve decision-making during emergencies.

Cybersecurity is paramount for public safety agencies and utility providers. Using Inseego Connect, network connectivity nodes are shipped pre-configured with enterprise-grade security protocols, ensuring every device is secure from the moment it is powered on.

Ensure every node is placed for maximum stability using the Inseego Mobile App. Personnel can optimize placement for all Inseego devices by performing a signal performance report through Inseego Connect to find the strongest possible connection to increase network reliability and speed.