5G Slices for App Developers
5G network slicing enables virtual network segments with optimized performance for specific applications. We offer a real-time communication slice and a gaming slice for App Developers, both with very low latency, low loss and scalable throughput (L4S, more details).
Network Slicing
Network Slicing is a 5G SA (standalone) capability that provides distinct virtual network “slices” on top of a shared 5G architecture.
Each slice can have its own characteristics, logical topology, and security rules to optimize network characteristics for specific use cases, such as real-time communications and gaming Apps.
As an application developer for iOS™ or Android™, you can leverage 5G network slicing to enhance app performance and deliver an improved user experience.
Only available in 5G Standalone (SA) Networks
Slicing is only available in 5G standalone (SA) networks, since 5G non-standalone (NSA) relies on the LTE core and cannot provide differentiated slices. Devices can support both NSA and SA modes, with a service-based handover enabling the transition between them. In NSA mode, apps primarily benefit from high bandwidth through carrier aggregation, while SA slicing mode enables service-specific optimization for app performance.
A key feature in SA slicing is L4S (Low Latency, Low Loss, Scalable Throughput), which further enhances performance by providing ultra-low latency and stable throughput—critical for real-time communication and interactive applications.
In the Telekom mobile network (Germany), the following slices are supported for Apps in the consumer segment:
- Real-time communication slice: ultra-low latency, low jitter, and high reliability for VoIP, video telephony, video conferencing, and critical interactions.
- Gaming slice: high throughput and low latency for cloud gaming, multiplayer platforms, and AR/VR gaming applications.
Learn more about 5G Slices for App Developers
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