Unlock New Monetization with 5G-Advanced Core Opportunities
The emergence of 5G-Advanced (5G-A) technology is revolutionizing the telecommunications landscape. Operators are eager to explore its capabilities and capitalize on new monetization opportunities. This next-generation technology not only enhances connectivity but also empowers operators to deliver smarter services tailored to meet evolving customer needs.
Transforming Networks with 5G-Advanced
5G-A is set to redefine how operators perceive value in their networks. With its advanced features and robust performance, 5G-A allows for the customization of services that cater to specific requirements like positioning and control. This is particularly beneficial for enterprise customers across various industries.
Impact on Industrial IoT and Communications
5G-A promises to transform industrial IoT operations and streamline time-sensitive communications. Key applications include:
- Improved edge integration for real-time processing.
- Enhanced network slicing for tailored service delivery.
- Optimized device energy efficiency.
These capabilities are well-suited for smart factories, automated transport, and other innovative applications. Consumers will also benefit from enhanced experiences through XR-enabled networks and better service coverage via satellite support.
The Role of 5G Core in Service Innovation
Central to these new monetization opportunities is the 5G Core. In the 3GPP Release 18, the core transforms into a revenue-generating engine that acts as a control hub for intelligent service delivery. Key enhancements include:
- Advanced slicing and policy control for flexible use cases.
- Multi-access capabilities that incorporate various connectivity types.
- Support for sophisticated vertical use cases, such as AR/VR and UAV operations.
Maximizing Exposure and Monetization
With Release 18, operators can leverage expanded core exposure features to monetize real-time policy adjustments and analytics. This enables effective slicing and dynamic quality of service (QoS) management, paving the way for enhanced user experiences and recurring revenue models.
Continuous Testing for Quality Assurance
Implementing 5G-A successfully requires rigorous testing of features and updates. Continuous testing ensures optimal service quality throughout the deployment process. Operators should focus on multiple testing methodologies:
- Digital twins and emulators: They create virtual replicas of networks to simulate and test new features.
- Hybrid emulation and over-the-air (OTA) testing: This combines virtual testing with real device evaluations.
- Continuous integration/continuous deployment (CI/CD) pipeline: Automated testing of each change ensures reliable operations.
Active Testing for Service Assurance
Active testing is essential for maintaining service assurance within live networks. Introducing synthetic traffic helps identify hidden issues before they impact users. This approach yields critical performance indicators that bolster service level agreements (SLAs) and supports the monetization of innovative services.
Conclusion: Future-Proofing with 5G-Advanced
As the telecom industry evolves, operators must ensure that their investments lead to significant outcomes. By embedding continuous testing and modern methodologies into their frameworks, mobile operators can confidently embrace the full potential of 5G-A. This strategic approach will not only meet current demands but also prepare them for future advancements in the 5G landscape.
