Verizon Launches 50-Device Portable 5G Router as Private Campus RAN Growth Stalls

Verizon Business delivers carrier-managed portable fixed wireless with 50-device capacity

Verizon Business released Business Internet On-the-Go on October 19, a portable fixed wireless service delivered through Inseego's MiFi PRO M4335 router. The device supports Verizon's 5G Ultra Wideband mmWave and C-band networks, sub-6 GHz, and 4G LTE, and can connect up to 50 Wi-Fi 7 devices simultaneously. It includes a 1 Gbps Ethernet port and runs for more than eight hours on battery.

Verizon and Inseego disclosed no pricing for the service, device, or monthly subscription. Buyers must request quotes from Verizon Business rather than compare published rate cards, which complicates total-cost analysis against alternatives such as Cradlepoint or Peplink enterprise routers, carrier hotspot plans, or traditional temporary circuits.

The product targets job sites, temporary facilities, events, mobile teams, customer visits, and backup connectivity—scenarios where ordering a wired circuit weeks in advance is too slow. Enterprises can treat it as a rapid-deployment line item for temporary sites or business continuity. The 50-device capacity and carrier-managed FWA access differentiate it from smartphone tethering or consumer hotspots, but the lack of published pricing makes budget modeling difficult.

Buyers should verify Verizon's coverage at intended deployment locations, traffic policies for high-volume use, security-management capabilities, device replacement terms, and the undisclosed recurring cost before standardizing the product. The offering is most relevant for distributed field operations, construction, or event management where wired connectivity is impractical, but procurement teams should compare fully loaded costs against alternatives before committing.

Dell'Oro cuts private-wireless RAN forecast as campus demand weakens

Dell'Oro reported on October 20 that private-wireless RAN revenue grew at only a mid-single-digit rate in the first half of 2026, down from double-digit growth in 2025. The firm revised its forecast downward again because campus deployments were weaker than expected. Despite the cut, Dell'Oro projects private-wireless RAN revenue to grow at a 10%–13% compound annual growth rate over the next five years, while the broader RAN market is expected to remain flat.

Huawei, Nokia, Ericsson, ZTE, and Samsung accounted for approximately 95% of global private-wireless RAN revenue in the first half of 2026. Huawei led globally by revenue, while Nokia and Ericsson remained the leading suppliers outside China. The concentration means enterprises evaluating private 5G should not assume a rapidly expanding supplier ecosystem or competitive pricing pressure from new entrants.

Dell'Oro said the outlook improved for wide-area private networks serving public safety, utilities, transportation, and other mission-critical applications, even as campus demand softened. The divergence suggests that single-campus deployments face weaker justification than geographically dispersed or safety-critical operations, where wired infrastructure is more expensive or impractical.

The data weakens the near-term case for smaller vendors whose business depends on greenfield campus networks, while improving the relative opportunity in utility, transportation, and public-safety deployments. Enterprises evaluating private 5G should avoid assuming that a campus network will achieve carrier-scale economics or broad vendor choice. Budget cases should include demand uncertainty, integration costs, and vendor-concentration risk.

What to watch

Buyers with geographically dispersed or safety-critical operations may find stronger justification for private wireless than single-campus deployments, but should require deployment evidence and measurable performance targets before committing capital. For portable connectivity, the absence of published pricing from Verizon means procurement teams must complete custom quote cycles to compare Business Internet On-the-Go against alternatives.

The combination of slowing campus private-wireless growth and strengthening wide-area mission-critical demand suggests that enterprises should treat private 5G as a specialized infrastructure investment rather than a general campus connectivity upgrade. Buyers should anchor budget cases on specific operational requirements—such as latency for automated systems or coverage in remote sites—rather than vendor roadmaps or industry hype.