BEC Technologies Launched MX-320-UT 5G RedCap Router
The new industrial router supports private 900 MHz networks and earned the Anterix Active designation.
Updated on Oct. 13, 2026 in Telecommunications
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BEC Technologies has introduced the MX-320-UT 5G RedCap Industrial Router, a device designed to facilitate remote monitoring and distribution automation. The router has also officially earned the Anterix Active designation for private LTE network deployment.
Why it matters
The router utilizes 5G Reduced Capability technology, which lowers modem costs and power demands for industrial applications that do not require multi-gigabit throughput. This device provides a specialized path for industries to utilize 900 MHz spectrum configurations.
The router is built on the Qualcomm Snapdragon SDX35-3 IoT modem platform and supports public cellular, CBRS, and Anterix 900 MHz networks. It features multiple interfaces including Ethernet, digital I/O, and RS-232, RS-422, and RS-485 serial ports.
The players
BEC Technologies
This company is a developer of industrial-grade networking solutions and wireless connectivity hardware.
Anterix
This organization specializes in licensed spectrum for private LTE and 5G networks in the United States.
Qualcomm
This corporation is a global semiconductor firm that designs and supplies wireless telecommunications hardware and software.
The details
The device leverages BECentral for centralized management, enabling administrators to conduct remote provisioning, troubleshooting, and device control. By utilizing RedCap technology, the unit reduces overall device complexity while maintaining stable connectivity for industrial automation tasks.
Timeline
October 12-15, 2026: The device is showcased at the 2026 UBBA Summit.
The Tech Race
The introduction of RedCap technology represents a fundamental shift in the industrial IoT sector by enabling 5G integration without the high costs of traditional broadband hardware. This development positions BEC Technologies to compete in the private 900 MHz networking space.
Utilities and industrial firms can expect streamlined maintenance through centralized remote management tools that reduce the need for on-site troubleshooting. The simplified architecture may lower the barrier to entry for firms looking to upgrade existing serial-based legacy systems to private 5G networks.
The takeaway
The MX-320-UT demonstrates how specialized 5G hardware is moving beyond consumer mobile applications to support critical infrastructure. Businesses should assess whether their current industrial monitoring setups can benefit from this transition to lower-power, private network-ready modems.
Further reading
For more information on the industry, visit United States Telecommunications.
Source note: This article includes information reported by T&D World.
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