Tomorrow’s Mobile Core, Today
Full 4G and 5G core
Optimisation for edge cloud
Positive edge cloud business case: today
IN 4G WITHOUT
WAITING FOR 5G
Monetising mNO metadata
Our unique solution
EDGE OPTIMISED MOBILE CORE
Built for the edge, the Tambora core offers significant advantages over existing mobile core solutions, requiring 30% fewer processing resources and consuming 50% less power.
A SEAMLESS FEATURE SET FOR 4G & 5G
Tambora’s common architecture enables seamless delivery of all features, from the same solution set – bringing slicing and reduced latency to any 4G or 5G network.
Tambora’s edge fog solution delivers cost savings of 30 – 50%, helping MNOs to support new business models, faster
Deploy a complete, micro core at the RAN to reduce densification costs and offer enhanced latency performance on 4G and 5G
Increase both data plane throughput and control plane efficiency by more than 50% with RAN offload and control
Unlock slicing in any 4G and 5G network for consumer and enterprise segments, and private networks, deliver new services and reduce costs
Monetise meta data, reduce service provisioning and launch time, and save edge fog costs with an integrated, easy to deploy solution
Reducing hardware costs and power consumption, saving both CAPEX and OPEX and helping to meet sustainability goals
For networks with classical centralised architecture
The Tambora core saves costs and provides feature consistency across 4G and 5G networks, including slicing & disaggregation.
For networks with mobile edge-based architecture
We enable new standalone and neutral host business models for edge infrastructure from MNOs, TowerCos and EdgeCo providers.
Our market segments
In today’s networks the core & RAN are distinct. The core is centrally deployed, while the RAN (eNodeB or gNB) is distributed in macro cell sites.
Tambora’s novel architecture creates a flat, fractal mobile network. Our distributed mobile core can be deployed alongside any eNodeB or gNB as software modules and in nano data centres, close to small cell sites – bringing the benefits of edge computing to any network.
This reduces densification costs by 30-50%, with a highly scalable infrastructure – edge nano nodes can easily be replicated and deployed, without the classical core hierarchy.