Sharing radio infrastructure is mostly a commercial decision expressed in configuration. The three common models differ in what is shared, what stays separate, and how much independence each operator retains — and the choice constrains everything from spectrum flexibility to who can change a parameter at three in the morning.
| Model | Shared | Separate |
|---|---|---|
| Passive sharing | Site, mast, power, cabinet, backhaul | All radio equipment and all spectrum — each operator runs its own network on shared civil works |
| MORAN | Radio equipment and antennas | Spectrum. Each operator keeps its own carriers, so each retains full control over its own capacity |
| MOCN | Radio equipment, antennas and spectrum | Core networks only. Multiple operator identities are broadcast from one carrier, and capacity is shared |
| Neutral host | Everything in the radio access network, run by a third party | Operators are tenants. The host owns and operates; each operator connects its core |
The models are not a maturity ladder. MORAN preserves spectrum independence and MOCN uses spectrum more efficiently, and which matters more is a commercial judgement rather than a technical one.
Neutral host makes most sense where no single operator can justify the site. In-building coverage in a large venue, a campus, a transport hub, an industrial site or a rural community all share that shape: the coverage is genuinely needed, and the traffic from any one operator does not pay for dedicated infrastructure.
A third party builds and operates it, and each operator connects as a tenant. That inverts the usual relationship, and it is why neutral host deployments live or die on the operational agreement rather than on the radio design.
The engineering consequence is that the host must be genuinely neutral in configuration as well as in ownership. Anything that favours one tenant — scheduling, capacity allocation, priority — has to be either explicitly agreed or demonstrably absent, and that requirement shapes what the platform must be able to report.
MORAN shares radio equipment and antennas but each operator keeps its own spectrum, so each retains control of its own capacity. MOCN shares the spectrum as well, broadcasting multiple operator identities from one carrier, which uses spectrum more efficiently at the cost of independent control.
It is bounded by how many network identities a cell can broadcast, which is a hard limit rather than a tuning parameter. That cap, not the radio capacity, is usually what determines how many tenants a shared carrier can serve.
Radio infrastructure built and operated by a third party, with operators connecting as tenants. It suits locations where the coverage is genuinely needed but the traffic from any one operator would not justify dedicated infrastructure — venues, campuses, transport hubs and rural communities.
Operations rather than engineering. Fault attribution between tenants, agreement on parameter changes, and demonstrating that the host is neutral in configuration as well as ownership are all process questions, and arrangements that leave them undefined produce disputes.
No. They trade differently. MORAN preserves spectrum independence; MOCN uses spectrum more efficiently; neutral host removes the capital burden entirely. Which is correct depends on commercial position rather than technical maturity.
Written for engineers. Share it with one.
Self-contained deployment.
PRODUCTThe shared radio hardware.
TECHNOLOGYRU, DU and CU.
SOLUTIONCoverage layers together.
INDUSTRYOperator economics.
KNOWLEDGEBringing Wi-Fi into the 5G core.
Tell us the specification, the constraint and the deadline. Programmes that cross silicon, radio, embedded and AI are where Faststream is strongest.