United States (U.S.) Standalone 5G Network Market Size & Share, by Component, Spectrum, Network, Vertical – Macroeconomic Analysis, Growth Trends, Top Companies, Forecast Report 2026-2035

United States Standalone 5G Network Market Opportunities –

Private & enterprise network expansion

Stand-alone 5G enables organisations — for example in manufacturing, logistics, utilities, port operations, campus or venue settings — to deploy private or dedicated wireless networks with high reliability, low latency and predictable service levels. That opens new revenue streams beyond mass-consumer mobile connectivity: carriers, equipment vendors, system integrators and cloud/edge players can all participate in delivering and managing private SA networks for enterprises.

For example, the municipal utility Memphis Light, Gas & Water recently selected Nokia to deploy a full-scale standalone 5G private network for grid-modernisation in the U.S. — underlining the uptake of SA in non-telecom verticals. Also, industry commentary notes the momentum of private 5G networks and edge/industrial use cases in the U.S. as a key differentiator.

Edge-native applications & low-latency services

The migration to 5G SA unlocks not just faster speeds but new capabilities around ultra-low latency, high device density and network slicing — which in turn enable edge-native and real-time applications (such as augmented reality (AR)/virtual reality (VR), autonomous mobile robots (AMRs), advanced analytics on the factory floor, or immersive entertainment). For example, the website of Verizon Business highlights how 5G plus edge computing can support use cases like cashierless checkout in retail, AR overlays for maintenance, factory material-scan video analytics and real-time robotics. Moreover, research notes that 5G SA is required to enable network slicing and tailored connectivity for such advanced use cases.

Network slicing and differentiated service tiers

With a fully deployed 5G SA core, operators can create logical network “slices” — each tailored with specified latency, bandwidth, security and device-type characteristics — thereby enabling premium or differentiated services rather than “one-size-fits-all” mobile connectivity. This presents an opportunity for operators and ecosystem partners to monetise connectivity in new ways (e.g., dedicated slices for first-responders, enterprise IoT, live-event broadcasting, premium consumer services). For example, T‑Mobile US offers network slicing to business customers: their site states that the slicing capability is built on its 5G SA network, supporting developers with a “slice of the network” to drive video calling and other performance-sensitive applications. Furthermore, industry analysis emphasises that slicing is a transformational capability made possible only by SA networks

U.S. Standalone 5G Network Market Segmentation -

The solutions segment maintains a dominant position in the United States standalone 5G network market with 81.25% revenue share in 2025, due to its comprehensive offerings that integrate hardware, software, and service layers into deployable packages. This segment allows operators and enterprises to implement full-scale 5G standalone networks efficiently, reducing operational complexity and accelerating deployment timelines. Factors driving its leadership include the rising demand for cloud-native cores, network orchestration platforms, and managed services that ensure reliable performance across public and private networks. Leading companies such as Verizon, AT&T, and Nokia actively contribute to this growth by offering end-to-end SA 5G solutions, including private network setups and managed edge computing services, enabling enterprises to adopt advanced connectivity without significant in-house technical burden. The segment’s dominance reflects a synergy of technological readiness, streamlined deployment capabilities, and strong industry adoption trends.

The sub-6 GHz spectrum segment in the U.S. standalone 5G market accounted for largest share in 2025, because it provides an optimal balance of coverage and capacity, making it suitable for wide-area deployments and enterprise applications. Unlike mmWave bands, sub-6 GHz enables reliable connectivity across urban, suburban, and industrial sites without extensive infrastructure densification, which is critical for both public and private 5G networks. Companies like T-Mobile have emphasized their use of sub-6 GHz SA networks to deliver nationwide 5G services that support low-latency enterprise applications and consumer connectivity alike. The segment’s leadership is also supported by regulatory spectrum allocation policies that prioritize sub-6 GHz bands for commercial use, ensuring easier deployment and lower complexity compared to higher-frequency alternatives. Businesses can capitalize on this by focusing on solutions optimized for sub-6 GHz, which balance performance with practical deployment feasibility.

The public network segment leads the market as operators focus on providing large-scale 5G coverage to consumers, businesses, and public institutions. Public networks are critical for realizing the commercial promise of 5G standalone technology, as they enable mass adoption, service monetization, and nationwide connectivity. U.S. carriers such as Verizon and AT&T are actively expanding SA deployments across urban and suburban areas, promoting services that include enhanced mobile broadband and enterprise-ready network slices. The segment’s leadership is reinforced by growing consumer demand for faster speeds, low-latency applications, and the ability to support multiple connected devices in public environments. Organizations can leverage this trend by developing applications and services that rely on widespread public SA network coverage, including mobile edge computing and IoT-enabled public services.

The manufacturing segment dominates the U.S. standalone 5G network market among enterprise verticals due to the strong adoption of SA 5G networks for industrial automation, smart factories, and connected operations. Standalone 5G provides deterministic performance, network slicing, and ultra-low latency required for robotics, automated guided vehicles (AGVs), and real-time monitoring systems on factory floors. Companies like Nokia and Ericsson, in partnership with U.S. industrial operators, are actively deploying private SA networks and edge-enabled solutions tailored for manufacturing environments. Leadership in this segment is driven by the convergence of operational efficiency demands, regulatory support for industrial digitalization, and the need to integrate OT and IT systems securely and efficiently. Enterprises can benefit by implementing SA-enabled smart factory solutions that improve productivity, predictive maintenance, and supply chain visibility.

Our in-depth analysis of the global market includes the following segments: