Facts about Mavenir’s CloudRange Network Slice Suite for 5G

Mavenir for 5G networkMavenir has revealed the benefits of its virtualized network slicing software solution — CloudRange Network Slice Suite — that enables network slicing for radio, core and applications, both in 4G and 5G networks.

Network slicing, a core component for 5G operators, creates multiple networks that share the same physical infrastructure enabling mobile operators to dedicate a portion of their network to a certain functionality and makes it easier to deploy 5G applications.

Operators can use their existing network for slicing selected services and create additional slices for new, differentiated services that increase revenues.

Mavenir said the Network Slice Suite works across radio, core, and applications to allow criteria that are required for practical deployments such as subscriber data/intelligence in the network, MVNO network setup, and network upgrade with virtualized multi-vendor deployments.

“Having the capability to apply network slicing to existing 4G networks today provides operators with a new set of options to offer new bespoke services and reduce costs of existing traffic. We have built a slicing orchestrator function that works across the radio, the core and applications,” said Pardeep Kohli, president and CEO of Mavenir.

Mobile operators are looking for more complete slicing solutions that involve all parts of a service from end-to-end.

“Mavenir now offers a new approach with virtualized end-to-end operations including the radio slicing, which changes the cost equation for most operators and makes it easier for them to deploy 4G and 5G networks,” said Michael Howard, executive director, research and analysis, carrier networks, IHS Markit.

CloudRange Network Slice Suite supports network slicing in 4G networks and 5G Ready networks.

Mavenir said CloudRange Network Slice Suite includes Slicing Selection Function (SSF) for radio, NAS Network Selection Function (NNSF) for packet core Mobility Management Entities selection and Core Gateway Network Selection (CGNS) for packet core Control and User Plane gateway entities selection. Service Orchestration (SO) allows E2E setup of services and interfaces with SDN-C for programming the underlying network.