Ericsson Introduces 5G Routers for Reliable Wireless WAN Connectivity

Ericsson’s R980 and S400 routers Secure IoT and Vehicle Connectivity enhance secure Wireless WAN for IoT and vehicle applications.

Ericsson 5G Routers for Secure Wireless WAN – Ericsson has launched two cutting-edge routers, the Cradlepoint R980 and S400, aimed at providing secure and reliable Wireless WAN solutions for enterprises. Designed to support high-speed, robust connectivity for vehicles and IoT applications, these devices are expected to meet the growing demand for dependable, scalable network solutions. Integrating seamlessly with Ericsson’s NetCloud platform, these routers streamline the management and deployment of complex networks, enhancing security and performance for large-scale IoT and vehicle deployments.

The R980 is a ruggedized 5G router tailored for mobile environments, offering support for AI-driven video analysis and real-time data processing. Conversely, the S400 is a semi-ruggedized IoT router, focusing on secure IoT connectivity with a zero-trust network model for optimal security.

Enterprise Needs for Secure, High-Speed Connectivity

With a focus on meeting the demands of enterprise networks, both routers facilitate large-scale deployments while maintaining high levels of performance and security. Ericsson partner STEP CEO, Ed Walton, emphasizes that “5G and LTE Wireless WAN deliver the speed and security our clients demand.” By leveraging NetCloud’s evolving capabilities, STEP can efficiently scale its services, enabling enterprises to focus on their core operations.

Advanced Features for Optimized Network Performance

The R980 is built for compatibility with 3GPP Release 16, ensuring readiness for standalone 5G networks and network slicing capabilities. Ericsson has also introduced Cellular Intelligence features in NetCloud for automated carrier selection and improved cellular health monitoring, simplifying installation and troubleshooting.

As industries adopt advanced applications and AI, Ericsson recognizes the critical need for resilient, secure connectivity to support these transformations.

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