@Linux

my bad they are in process of switching to SA.

 

Yes, Spark is developing a 5G standalone (SA) mobile network, which is distinct from their previous 5G networks that relied on existing 4G infrastructure. In a standalone 5G network, the 5G radio network connects to a 5G core, creating a fully 5G end-to-end system that enables enhanced capabilities such as network slicing, lower latency, and new services. Spark is the first New Zealand telco to begin building this type of network, aiming to provide a "world-class 5G service" by using this advanced technology.    

 

Here's a breakdown of what 5G Standalone means for Spark:

 

• A "true" 5G network:  Instead of "planting" a 5G radio network on top of a 4G core, a standalone network uses a 5G core, creating a fully 5G system from the radio to the core.   
• Enhanced capabilities:  Standalone 5G enables new features like network slicing, which allows for the creation of dedicated, virtual networks with specific capabilities for different services or customers.
• Improved performance:  This architecture allows for greater flexibility, scalability, and better performance for both consumers and enterprises, supporting applications requiring high speed and low latency.   
• Future of 5G:  By building a standalone core, Spark can unlock the transformative potential of 5G technology, going beyond just faster mobile and wireless broadband speeds to support more advanced use cases.