Cradlepoint TAA-MB05-R980-5GD-A 5G Mobile Router
Overview
The Cradlepoint TAA-MB05-R980-5GD-A is a ruggedized 5G mobile router designed for enterprises deploying IP cameras, access control, or real-time monitoring at remote, temporary, or mobile sites without hardwired internet. It delivers 3.4 Gbps modem transmission rates — enough headroom to stream multiple 4MP+ camera feeds simultaneously to cloud VMS or off-site recording without cellular bottleneck, unlike aging 4G units. Dual-band Wi-Fi 6 (802.11ax) and two Gigabit Ethernet ports (switchable LAN/WAN) provide wireless and wired redundancy. TAA compliance qualifies it for U.S. federal procurement and government contracts. Operating range: −30°C to 70°C suits construction sites, remote facilities, and event venues.
Compatibility
The TAA-MB05-R980-5GD-A integrates with any enterprise IP camera system, NVR, or access control platform that accepts standard Ethernet (802.3) or Wi-Fi connectivity. No vendor-specific dependencies — works with Axis, Hikvision, Hanwha, Bosch, or proprietary VMS deployments. Supports 20 simultaneous VPN tunnels, enabling secure on-premises and cloud connectivity for distributed remote sites. Dual-modem architecture (5G + Cat 19 LTE) with embedded eSIM ensures fallback coverage if primary carrier signal degrades. Certified on AT&T, T-Mobile, and Verizon networks across North America, Latin America, Europe, Africa, Middle East, and Asia-Pacific. Compatible with FirstNet (public safety) networks where applicable by region.
Installation Notes
Mount in weatherproof enclosures or outdoor cabinets rated for −30°C to 70°C ambient. Metal form factor dissipates heat in direct sun. No PoE required — power via standard 12 VDC supply (exact draw not specified in datasheet; confirm with pre-sales engineering). Dual Ethernet ports auto-sense WAN/LAN; configure one for modem uplink, one for local equipment. Serial port available with adapter for legacy device integration. Cloud management via Cradlepoint NetCloud platform enables remote device provisioning, SIM management, and cellular failover — critical for unattended remote deployments. Cellular data consumption scales with stream bitrate and motion frequency — budget accordingly to avoid cap overages on continuous high-resolution recording.
