Ubiquiti UMR-INDUSTRIAL LTE Mobile Router with Dual Gigabit Ethernet
Overview
The Ubiquiti UMR-INDUSTRIAL is a compact industrial-grade mobile router engineered for remote network deployments where traditional wired infrastructure is unavailable or impractical. The UMR-INDUSTRIAL combines LTE Cat 4 connectivity with integrated 802.11b/g/n WiFi to deliver redundant access across field operations, utility substations, cell tower base stations, branch offices, and distributed surveillance networks. At 150 Mbps LTE throughput, the device handles monitoring systems, IoT endpoints, and remote management traffic without requiring extensive carrier optimization. The compact form factor—weighing 0.650 lb—fits into enclosures, vehicle mounts, and pole-mount installations without bulk penalties.
Key Features
- 150 Mbps LTE Cat 4 Connectivity: Delivers sufficient bandwidth for parallel video streams, remote management protocols, and sensor data backhaul. Not a high-speed uplink, but adequate for typical remote monitoring workloads. Carrier performance will vary by region and signal strength at your actual site.
- Dual Gigabit Ethernet Ports: Enable simultaneous wired device integration and WAN redundancy. One port can serve as a primary gateway; the second can failover or aggregate load. Meaningful for sites where you need failover logic without external switches.
- 802.11b/g/n WiFi (2.4 GHz): Supports concurrent wireless client connections alongside the LTE uplink. Allows mobile staff and visitor devices to connect without dedicated access points, reducing equipment footprint at remote sites.
- Automatic LTE/Wired Failover: The router intelligently switches between LTE and Ethernet uplinks based on connectivity state. Critical for branch offices and field sites where a single link failure shouldn't cause complete outage.
- Web GUI and CLI Management: Configurable through an intuitive web interface or command-line scripting. Essential for remote administration when physical access is impractical or for batch provisioning across multiple field sites.
- UniFi Ecosystem Integration: Connects to Ubiquiti UniFi management platforms for centralized monitoring and configuration across multi-site deployments. Reduces on-site configuration burden and provides visibility into network state from a central console.
- Industrial Temperature Tolerance: Manufactured to extended operating temperature specifications for environments beyond standard commercial office conditions. Verify the exact temperature range in your deployment climate zone.
- Compact Lightweight Design (0.650 lb): Simplifies wall-mount, pole-mount, and vehicle installations. Low weight also reduces stress on temporary mounts or vibration-sensitive mobile platforms.
Integration & Compatibility
The UMR-INDUSTRIAL integrates directly into Ubiquiti wireless and networking ecosystems through standard management protocols. Dual Gigabit Ethernet ports support both LAN bridging and WAN aggregation, allowing the router to operate alongside existing network infrastructure without requiring protocol conversion. SIM card insertion enables carrier connectivity; configuration flows through the web GUI or CLI, with no special power conditioning typically required for standard deployments. Organizations deploying remote site architecture will find the combination of LTE uplink and dual Ethernet ports addresses redundancy requirements that single-link topologies cannot meet.
What's in the Box
Verify exact package contents with the manufacturer or product documentation, as the available evidence does not provide a complete item-by-item list.
Frequently Asked Questions
Q: Does the UMR-INDUSTRIAL require a specific carrier or SIM card?
A: The router accepts standard SIM cards from LTE carriers. Carrier compatibility depends on the bands supported by your regional network operator. Confirm LTE band compatibility with your carrier before deployment.
Q: Can the UMR-INDUSTRIAL operate indoors and outdoors?
A: The device is rated for industrial environments with extended temperature tolerance. For outdoor mounting, verify weatherproofing requirements with your enclosure design—the router itself is not listed as IP67 or higher, so direct rain exposure may require additional housing.
Q: What's the maximum number of WiFi clients the UMR-INDUSTRIAL supports?
A: The available specification does not provide a concurrent client count. Contact the manufacturer or test in your specific environment to validate client density and bandwidth sharing behavior.
Q: Does the UMR-INDUSTRIAL work with third-party UniFi controllers?
A: The device integrates with Ubiquiti UniFi management platforms. Third-party controller support is not documented in available evidence; confirm compatibility with your management platform vendor.
Q: What LTE Cat 4 speeds should I expect in the field?
A: The rated 150 Mbps is the theoretical maximum under ideal conditions. Real-world throughput depends on signal strength, carrier network load, distance from tower, and interference. Always validate performance at your actual deployment sites before committing critical workloads.
Q: Can I power the UMR-INDUSTRIAL with a battery or UPS?
A: The device can be powered via DC input. Integration with UPS or battery systems is feasible but requires confirmation of exact power requirements and connector specifications from the manufacturer.
Ted PerryPerspective based on aggregated IP Security Depot and affiliated engineering team experience.
The UMR-INDUSTRIAL fills a legitimate gap in remote infrastructure where cellular is your only option. When you're managing sites without fiber or copper availability, the combination of 150 Mbps LTE Cat 4 connectivity and dual Gigabit Ethernet ports on the UMR-INDUSTRIAL gives you real redundancy options that single-link topologies cannot provide. The 0.650 lb compact form factor means you can actually fit this in enclosures alongside other equipment without mounting gymnastics. Integration with UniFi management is straightforward—particularly valuable if you're already running Ubiquiti elsewhere and want centralized visibility.
Technical Highlights:
- 150 Mbps LTE Cat 4 Uplink: Adequate for parallel video streams (typically 2–4 compressed streams depending on codec and quality) and remote management traffic. Not sufficient for high-bandwidth backhaul or bulk data transfer, but standard for distributed monitoring workloads.
- Dual Gigabit Ethernet Ports with Failover: One port serves LAN access; the second can be WAN uplink or failover gateway. Meaningful for branch offices where you lose connectivity entirely if a single wired link fails. Automatic switchover reduces dependency on manual intervention.
- 802.11n WiFi (2.4 GHz): Eliminates need for separate access points at small remote sites. Concurrent WiFi + LTE uplink is useful for technician access and visitor devices without sacrificing your primary management link.
Deployment Considerations:
- Carrier signal strength and LTE band availability vary significantly by geography. Always validate the specific bands your regional carrier operates and confirm the UMR-INDUSTRIAL supports them before finalizing procurement.
- The 0.650 lb weight is an asset for temporary and mobile deployments, but outdoor installations require weatherproof enclosures—the device itself is not rated IP67, so direct rain or dust will require additional protection.
- Real-world LTE throughput will be lower than the 150 Mbps rating. Test at your actual site during peak carrier load periods. If you need guaranteed bandwidth, pair this with failover to a wired Ethernet link or a secondary carrier circuit.
The UMR-INDUSTRIAL is your choice for branch failover, utility substation remote access, and distributed surveillance networks where wired infrastructure is absent. It's not a bandwidth appliance—150 Mbps is a ceiling, not a floor. But for IoT monitoring, remote management, and moderate video ingest, the redundancy and compact form factor deliver real operational value. Deploy it with realistic carrier assumptions and dual Ethernet failover configured, and it becomes a reliable workhorse for remote sites.
