Network functions built for how operators actually scale.
NgRAN designs load balancers, disaggregated RAN elements, and management software that sit directly on 3GPP reference points — so every product drops into an existing EPC, 5G Core, or O-RAN deployment without a forklift upgrade.
Five products, one network.
Each one maps to a real 3GPP reference point, so it can be adopted independently — and combined for a full disaggregated deployment.
MME Proxy / S1-Flex
Signalling load balancer for the Mobility Management Entity.
View specification & datasheet → NGAP-FLEXAMF Proxy / NGAP-Flex
Signalling load balancer for the Access and Mobility Management Function.
View specification & datasheet → gNB-CUgNB-CU
Central Unit for a fully disaggregated, O-RAN aligned gNB.
View specification & datasheet → gNB-DUgNB-DU
Distributed Unit hosting the real-time lower layers of the gNB.
View specification & datasheet → NMS-UINMS-UI
Generic operator UI for network management, fault, and performance monitoring.
View specification & datasheet →Standards-first, not standards-adjacent.
Every product is engineered against the current 3GPP release trains and O-RAN specifications — not a proprietary approximation of them.
Spec-traceable by design
Every feature on every product page links back to the exact 3GPP TS clause it implements, so RFPs and interop testing start from a shared reference.
Multi-vendor by default
Open interfaces (S1, N2, F1, E1, O1, Open Fronthaul) mean NgRAN network functions sit alongside any compliant vendor already in your network.
Built for pooling & scale
MME Proxy and AMF Proxy exist to solve one problem well: pool signalling across core capacity without re-architecting the RAN.
Talk to the team that wrote the code.
Datasheets, architecture reviews, and lab trial access are available after a quick registration.