- Successful 5G slicing automation integration between Chunghwa Telecom and Ericsson.
- On-demand network slicing will be commercialized in 2025 for enterprise use.
What happened: Chunghwa Telecom and Ericsson enable on-demand 5G slicing for enterprises
Chunghwa Telecom and Ericsson have made significant strides in 5G slicing automation, marking a major milestone in industrial digitalization. By combining Ericsson’s Dynamic Network Slicing with Chunghwa Telecom’s implementation of Singtel’s Paragon platform, enterprises can now access on-demand slicing capabilities. This innovative solution allows businesses to tailor their network performance according to specific use cases, thus improving operational efficiency. The service was tested successfully within Chunghwa Telecom’s live 5G Standalone network in 2024, with plans to commercialize it for enterprises by 2025. This breakthrough is expected to streamline network resource allocation, reducing complexity and encouraging wider adoption of slicing technology.
Also read: Chunghwa Telecom Group launches corporate sustainability initiative on Earth Day
Also read: Ericsson drives innovation in telecommunications technology
Why it’s important
This advancement in 5G slicing automation will help enterprises improve their network management and enhance performance. The on-demand API-enabled service allows businesses to scale network resources instantly, ensuring reliable connectivity for mission-critical applications. With the automated system, enterprises can reserve and optimise slices for peak demand, ensuring uninterrupted services during events or high-traffic periods. This partnership sets the foundation for new business models that will drive digital transformation across industries. The ability to allocate network resources dynamically means enterprises will achieve better energy efficiency and more effective service delivery. This development brings the potential for greater digital inclusivity and innovation, especially in sectors that require high-quality, seamless connectivity.
