Our SMO platform, Ericsson Intelligent Automation Platform, comes with an advanced SDK which is designed to facilitate and accelerate the development of rApps, and we are excited to work with a company like VIAVI that shares the same vision to bring innovation to network automation.
If you’re looking to take the lead in the 5G development and deployment race, you can rely on VIAVI Solutions. VIAVI has been a driving force in 5G since its inception, partnering with the world’s top communication providers and leading organizations, such as the O-RAN Alliance, to deliver solutions you need to develop, test, enable, assure, optimize and monetize 5G networks with speed and success—in the lab and the field. Only VIAVI brings you complete 5G solutions for validation, verification, and visibility..
5G Validation
Our lab-based network test solutions enable our customers to analyze, develop, and validate the performance and capability of a variety of network functions and devices. With the ability to test all key wireless, cellular, and IP technologies worldwide, our 5G solutions ensure networks are robust enough to cope with the complexity and demands of devices and traffic at scale by validating the impact of real-life conditions across the entire network, testing subscriber QoE. See 5G Lab tools
5G Test & Verification
Our 5G test and verification solutions span across devices, radio, ad hoc network clusters, radio access networks, transport, core and services for verticals to deliver essential visibility for 5G end-to-end programmable and dynamic networks. Used together, our 5G solutions enable the rapid isolation and resolution of issues. See 5G Field tools
5G Visibility
Our 5G solutions enable new revenue streams while assuring and optimizing 5G services. Built on a unique approach to 5G assurance and location intelligence, NITRO Mobile delivers context-driven workflows and revenue-aware interactive dashboards. See 5G Assurance tools
Learn about 5G technology
Timing and Synchronization Handbook
Understand the critical relation of timing and sync in TDD networks
