Ericsson has landed a private 5G network deployment at Minneapolis-Saint Paul International Airport, using spectrum in the CBRS (Citizens Broadband Radio Service) band to deliver dedicated cellular connectivity for airport operations.

The deal, reported by Fierce Network, adds a major US transportation hub to Ericsson's private 5G reference list and underscores how the 3.5 GHz CBRS band has become the default spectrum choice for private wireless deployments in the United States. Operators of airports, ports, factories and warehouses cannot always secure licensed spectrum on economic terms, and CBRS gives them access to shared frequencies through a lightweight licensing regime administered by the Federal Communications Commission.

For Ericsson, the airport win matters commercially. The Swedish vendor trails Nokia in the global private wireless market by most analyst estimates, and high-visibility enterprise deployments in North America — a region where Ericsson holds major carrier contracts with AT&T and Verizon — strengthen its position with enterprise buyers deciding between telecom-grade vendors and newer entrants such as Celona, Betacom and the WiFi-6E camp. Airports rank among the most demanding private network environments: large indoor and outdoor coverage areas, dense metal infrastructure that challenges radio propagation, and a mix of mission-critical use cases spanning baggage handling, ground-support equipment, security operations and passenger-experience services.

The regulatory context shapes the technical design. CBRS operates under a three-tier sharing framework: incumbent users such as naval radar, Priority Access License holders that paid at auction for county-sized licenses, and General Authorized Access users who operate under opportunistic, license-by-rule terms. Every CBRS radio, including those in a private airport network, must coordinate through a Spectrum Access System — an automated frequency coordinator that assigns and manages channels in real time to protect higher-tier users. That requirement adds an architectural component absent from licensed-band private networks, but it also means an airport can stand up 5G connectivity without bidding for exclusive spectrum.

Ericsson's private 5G offering in this band builds on the same radio and core technology the vendor supplies to public carriers, an approach it pitches as giving enterprises carrier-grade reliability and a clear evolution path. Rivals argue that full-scale carrier gear carries cost and complexity better suited to large sites than to mid-sized enterprises — a debate the Minneapolis deployment will implicitly test, given the scale and operational intensity of a major international airport.

The deployment also reflects a broader pattern in aviation connectivity. Airports across the US and Europe have been shifting interest toward private cellular as a complement to WiFi, motivated by better mobility handling, tighter security controls and the ability to support indoor positioning, IoT sensors and workforce communications on a single infrastructure. CBRS, with its combination of mid-band capacity and unlicensed-style access, has captured the majority of these US deployments since the FCC opened the band for commercial use.

Ericsson has not disclosed the contract value, the rollout timeline or the specific enterprise use cases targeted at Minneapolis-Saint Paul. The airport's operator likewise has not published throughput or coverage figures for the network. What the deal confirms is vendor momentum: Ericsson is converting its carrier relationships and radio portfolio into enterprise wins in shared spectrum, and US airports are proving to be one of the more receptive verticals. Expect further private 5G announcements from Ericsson in transport and logistics as it works to close the gap with Nokia in this segment.