High-performance 5G wideband adapter for enterprise and branch connectivity
The Cradlepoint W1855 Series is a purpose-built 5G wideband adapter designed to deliver ultra-fast and resilient wireless WAN connectivity for enterprise, branch, and edge deployments. Engineered for flexible placement, it provides optimised 5G signal reception, high-throughput performance, and seamless integration with Cradlepoint NetCloud-managed routers or third-party network infrastructure. The adapter ensures reliable 5G coverage where it matters most — from fixed branch networks to industrial and smart-city installations.
Key Features
- 5G and LTE performance: Integrated 5G NR modem supports Sub-6 GHz and LTE Advanced Pro, providing multi-gigabit speeds with carrier aggregation and fallback options.
- Remote placement for signal optimisation: Outdoor or indoor mounting options with Ethernet and PoE power simplify deployment and maximise 5G performance.
- Dual-SIM capability: Enables multi-carrier flexibility and automatic failover for continuous connectivity.
- High-capacity Ethernet interface: Includes 2.5 Gbps WAN/LAN port for high-throughput network integration.
- Cloud-managed operation: Fully integrated with Cradlepoint NetCloud Service for remote provisioning, monitoring, and firmware updates.
- Enterprise-grade security: Supports advanced encryption, authentication, and policy management through NetCloud’s secure architecture.
- Flexible deployment modes: Operates in IP passthrough, bridge, or router mode to suit a wide range of enterprise and service-provider configurations.
- Ruggedised construction: IP67-rated enclosure withstands water, dust, and temperature extremes for outdoor and industrial use.
- Edge-ready management: Compatible with Cradlepoint’s 5G adapters and routers for unified monitoring and orchestration.
- Certified global compatibility: PTCRB, GCF, FCC, CE, and RCM certified for interoperability across leading 5G and LTE networks.
This 5G wideband adapter provides the flexibility, performance, and reliability needed to extend next-generation wireless connectivity to any location — securely and efficiently.
