5G/LTE HiveWAN Routers

Supports 5G/4G and wired broadband, with Gigabit Ethernet, Wi-Fi 6, speeds up to 3000 Mbps, and connections for up to 256 terminals. Integrated with HiveCloud SaaS, HiveLink™ routers enable centralized management, rapid fault diagnosis, and unified terminal control for chain stores and SMEs.

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: Commercial Buildings

Product Features

· Wi-Fi 6 Coverage

Latest IEEE 802.11ax standard

· Unified Cloud Management

Centralized cloud-based management

· High-Performance Certification

Certified by national authorities

· High-Performance Hardware

Dedicated CPU, Wi-Fi and 5G chips

· High-Speed 5G Access

Supports 5G NR and LTE-A

· Full Gigabit Connectivity

Gigabit 5G, Wi-Fi and Ethernet

: Enterprise Office

: Smart Security

: Cloud Management

: Digital Office

: Pop‑up & Roadshow

5G Cellular Connectivity &
Gigabit LAN Global Deployment

Design & Scenario Adaptability：Industrial-grade design supports demanding environments, with wired connectivity (1 WAN + 4 LAN ports, all supporting 1000Mbps) and wireless connectivity (Wi-Fi 6 AX3000 standard supporting up to 256 wireless devices) for comprehensive scenario coverage.

Reliable Connectivity：Equipped with industrial-grade 5G and 4G modules to ensure stable cellular connectivity. The 5G module adopts the Qualcomm X62 platform, delivering theoretical speeds of up to 2.4Gbps downlink and 900Mbps uplink.

Signal Coverage：High-gain customized external cellular antennas (with optional magnetic-mount antennas) improve signal coverage, reduce blind spots, and maintain reliable network connectivity.

Core Technology Advantages

Automatic Primary/Backup Link Switching

Uses cellular connectivity as a backup for wired broadband, automatically detecting network failures and switching between primary and backup links. It also supports 5G/LTE backup and out-of-band management to improve reliability and reduce secondary link costs.

Multi-Network Switching

Supports three carrier IoT SIM cards and automatically selects the optimal network based on location. When the primary network fails, the system seamlessly switches to a backup connection to maintain stable connectivity.