Ericsson has deployed a private 5G network at Minneapolis–St. Paul International Airport, Computer Weekly reported, turning a section of the Twin Cities hub into one of a small set of US airports operating its own cellular infrastructure.

The headline — "Ericsson private 5G network lands at Minneapolis–St Paul airport" — frames the build as a turnkey enterprise installation rather than a network slicing arrangement with a public mobile operator. Computer Weekly's write-up did not include contract value, the airport entity that signed as customer, or the coverage footprint of the new layer.

What kind of network is this?

A private 5G deployment uses the same 5G New Radio standard as a public mobile network but is owned and operated by a single enterprise rather than a carrier. In the United States, most enterprise builds run on the 3.5 GHz Citizens Broadband Radio Service (CBRS) band, where the Federal Communications Commission's three-tier sharing framework — incumbent federal users, priority access licenses, and general authorized access — lets enterprises and operators share spectrum without an auction.

Some private operators hold dedicated local licenses in other bands, including millimeter-wave frequencies for high-density indoor spaces.

The model appeals to airports, ports, and logistics yards because the facilities need continuous coverage across indoor terminals and outdoor ramp areas, plus predictable performance for security cameras, baggage telemetry, push-to-talk radios, and handheld scanners used by ground crews. Wi-Fi can struggle with the seamless hand-off those workloads require, particularly in moving vehicles and across large concrete structures. Airports also face tighter cybersecurity scrutiny than most commercial venues, which pushes operators toward a sealed, locally controlled network rather than a shared public signal.

Why does this matter for Ericsson?

Ericsson has sold private wireless hardware and core software to enterprises for several years, alongside its carrier RAN business. The company packages radios, the 5G core, and integration services; customers typically retain a system integrator or managed services partner for day-to-day operations. A live US airport reference would give Ericsson a marquee customer in a vertical where deployment cycles are long and reference designs travel to peer hubs.

How does this land at MSP?

Minneapolis–St. Paul, identified by airport code MSP, sits among the larger US airports by passenger volume. Ericsson's network, based on the Computer Weekly headline, would join a small set of US airports that have moved from Wi-Fi-only operations to a dedicated cellular layer for staff and operational devices.

Passengers are unlikely to notice the new layer directly because private 5G does not by default carry a consumer mobile signal. If the airport later wholesales capacity to a public carrier, the same physical layer could in theory support passenger service alongside ramp operations — a hybrid arrangement a handful of large airports have already tested.

What does Computer Weekly tell us about timing?

The publication gave no rollout date, no integrator name, and no disclosure of how many square feet or square miles the network covers. Ericsson's own press channels had not, in Computer Weekly's reporting, added a companion statement identifying the airport's operating entity or the contract structure.

What is the broader signal?

The Computer Weekly item arrives against a backdrop of US enterprises weighing private cellular against Wi-Fi 6E and Wi-Fi 7 for industrial use. Airports, container ports, and manufacturing yards have been the most consistent adopters, in part because the cost of a dropped hand-off between Wi-Fi access points carries operational consequences in those environments. Enterprise 5G hype has cooled since the 2020–2021 peak, but infrastructure-grade private cellular remains a recurring line item in airport capital plans.

A live Minneapolis–St. Paul deployment would extend Ericsson's enterprise tally and give the vendor a reference point in the US aviation vertical. Whether the contract travels to additional airports depends on how the rollout performs over the next twelve to twenty-four months and whether the integrator partner chooses to market the design more broadly. For now, the headline is the story: a Swedish 5G vendor, a major US hub, and one more private cellular footprint on the map.