Ericsson will modernize approximately 85% of Nex-Tech Wireless’ radio access network in rural Kansas and expand the carrier’s cloud-native 5G Core under a four-year agreement announced Monday. The work is intended to give Nex-Tech a scalable route to 5G Standalone operations, including network-hosting capabilities for other mobile operators.
The agreement covers both the radio and core layers. On the RAN side, Nex-Tech will use Ericsson Radio System products, including the AI-capable RAN Processor 6655 and new 4G and 5G Standalone software features. Ericsson said the combination is intended to support higher throughput, lower latency and coverage across frequency-division duplex and time-division duplex spectrum.
For network-operations teams, the significant change is not simply a radio upgrade. Nex-Tech is extending an existing deployment of Ericsson’s dual-mode 5G Core, running on Ericsson Cloud Native Infrastructure Solution, to include 5G Core and roaming capabilities. That design supports the planned rollout of 5G Standalone, in which the 5G radio network connects to a 5G core rather than relying on a 4G core for part of its control functions.
The companies also said Nex-Tech will introduce Ericsson Telco DataOps Platform. According to the announcement, the platform is intended to support 5G deployments while maintaining accurate billing and revenue management across the core network. The release does not describe the implementation model, operational workflows or integrations with Nex-Tech’s current assurance and operations-support systems, so those details will matter as the program moves from agreement to deployment.
The project is focused on rural Kansas, where Nex-Tech provides service across more than 40 counties in central and western parts of the state. The company said the agreement extends a prior relationship with Ericsson and is part of its longer-term modernization strategy. Neither company disclosed financial terms, a rollout schedule by market, or a date for commercial 5G Standalone availability.
RAN and core upgrades are closely linked operationally. A carrier can add 5G radio capacity without changing the core architecture, but a cloud-native standalone core provides the platform for capabilities that depend on 5G-native network functions. In this case, the announced scope also includes roaming, an element that can affect how subscribers maintain service beyond the carrier’s own footprint.
The announcement says the updated radio configuration will improve coverage, capacity and spectral efficiency, but it provides no before-and-after network measurements. Those outcomes should therefore be treated as the companies’ objectives rather than independently established results. Similarly, the promised network-hosting capability could open new commercial options, but the release does not identify prospective hosted operators or service terms.
The practical benefit for Nex-Tech’s engineering and operations teams is a more current, cloud-native core and radio platform designed to scale with subscriber demand and future 5G services. The DataOps component also puts billing and revenue-management data inside the modernization scope, rather than treating it as a separate downstream concern. That does not make operation autonomous: teams will still need to plan spectrum changes, integrate management systems, test roaming and monitor service quality as deployment proceeds.
For regional operators, the announcement illustrates how 5G modernization increasingly combines radio hardware, cloud infrastructure, core software and operational data. The agreement is a deployment commitment, not evidence that the upgraded network has already delivered its projected performance or commercial outcomes.