Reliable connectivity is rarely about adding more features. It is about keeping the right connection available when the primary path is unavailable.

For branch offices, temporary sites, retail environments and remote workspaces, a wired broadband line may be available one day and unreliable the next. A mobile connection may be easier to deploy, but it needs to work as part of a managed network rather than as a standalone fallback. This is where a dual-path CPE router earns its place.

Two access paths, one operating model

The router is built to reach the internet through either a 4G mobile connection or a 1000 Mbps WAN port. That gives network planners two practical deployment options: use cellular as the primary backhaul where fixed-line service is limited, or use it as a backup path when business continuity matters.

WAN Failover is supported, allowing the network design to move beyond a single point of failure. The result is a straightforward edge architecture: one device for internet access, local Wi-Fi and wired distribution, with a second access path available when the operating environment demands it.

Wi-Fi 6 for the local network

On the local side, dual-band Wi-Fi 6 provides a combined wireless rate of up to 1800 Mbps: up to 400 Mbps on 2.4 GHz and up to 1200 Mbps on 5.8 GHz. The architecture supports up to 128 associated clients, giving teams a practical margin for everyday endpoints, connected equipment and guest access.

Four non-detachable Wi-Fi antennas are paired with two detachable 4G antennas. This separates the local wireless network from the cellular access path and gives installers more flexibility when positioning the 4G antennas for the deployment environment.

A clear path from backhaul to local devices

The wired layout is deliberately easy to understand: one Gigabit WAN port and three Gigabit LAN ports. That is enough to connect the router to an upstream network while keeping key devices, access points or local equipment on a stable wired connection.

A SIM card slot provides the mobile access point, while the Mini-PCIe slot supports the underlying cellular module architecture. Inside, an MT7621A MIPS dual-core CPU running at up to 880 MHz provides the processing foundation for routing, wireless access and network services.

Control that fits real deployments

Business connectivity is not finished when the router comes online. Channel and transmit-power adjustment help administrators tune the wireless environment. SSID hiding, blacklisting and parental controls support basic access policy, while DHCP and NTP keep everyday network management consistent.

Cloud management and VPN support extend the operating model beyond the local installation. For organisations managing more than one site, these capabilities can help reduce the need for repeated on-site intervention, subject to the final network and management architecture.

Designed for straightforward installation

The unit uses an external 12 VDC, 2.5 A power supply and supports an input range of 100–240 V at 50/60 Hz. Its stated operating temperature is 0–40°C, with operating humidity of 10–90% non-condensing. These parameters make it important to match the installation location, enclosure and power environment to the intended deployment.

Key specifications

The practical choice for connected edge sites

The value of this platform is its balance. It combines 4G access, Gigabit Ethernet, Wi-Fi 6 and failover in one clear network role, without forcing every deployment into a complex architecture. For B2B buyers, that can mean a simpler bill of materials, a more predictable installation and a better foundation for sites where connectivity needs to stay available.

Looking for the right configuration for your project? Contact us for a quote or inquiry. Share your target market, cellular requirements and deployment volume, and our team can help you evaluate the appropriate solution.

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