Verizon Business 5G — spectrum engineered for the production floor, not the commercial.

Ultra Wideband is the premium tier of the Verizon 5G network. It runs on two distinct spectrum bands: millimeter wave (mmWave) above 24 GHz for short-range, extreme-bandwidth cells; and C-band in the 3.7 to 3.98 GHz range for broader metropolitan coverage with strong wall penetration. The combined deployment currently covers more than 175 million Americans and continues to expand with additional C-band clearing.

Peak download speeds on a qualifying Ultra Wideband cell reach 1.2 Gbps. Typical symmetrical performance ranges from 300 to 900 Mbps, with sub-10 millisecond round-trip latency that makes 5G credible for real-time workloads previously limited to wired networks. The difference from generic LTE is not just bigger numbers — it is deterministic performance and capacity headroom.

Why enterprise should care about the spectrum details

Spectrum shapes what 5G can actually do. mmWave is fast but short-range; C-band is balanced; sub-6 is broad but slower. Understanding the spectrum profile at your service addresses is the only way to set realistic expectations for throughput, indoor penetration, and mobile handoff behavior. Verizon Business engineers map your sites against the live spectrum footprint before quoting performance.

A Private 5G Network is a dedicated radio access network and 5G core operated exclusively for a single organization. The small cells and baseband equipment are installed on your property — a manufacturing plant, distribution center, hospital campus, airport, or port — and the core runs on licensed spectrum, shared CBRS spectrum, or a combination. No shared bandwidth, no public subscribers, no external routing exposure. Your traffic stays inside your premises unless you explicitly route it out.

What Private 5G solves that Wi-Fi and public 5G cannot

Wi-Fi 6E is excellent inside offices but struggles with mobility, deterministic latency, and outdoor coverage at industrial scale. Public 5G is broadly available but cannot guarantee capacity or data residency. Private 5G combines the isolation of an on-premise network with the mobility, range, and low latency of cellular — the right fit for autonomous mobile robots, connected cranes, wearable AR for field technicians, and telemetry from thousands of sensors.

How Verizon Business delivers it

Verizon Business handles the full lifecycle: spectrum strategy, site survey, small cell placement, 5G core installation, device SIM provisioning, mobile edge compute integration, and ongoing management through a dedicated NOC. Many deployments include a co-located edge compute node that pins compute within single-digit milliseconds of the radio, enabling closed-loop industrial automation that is impossible on a public network.

Mobile Edge Compute (MEC) places application servers inside or adjacent to the 5G cell site. The round trip from a device to the compute layer is measured in single-digit milliseconds rather than tens of milliseconds. This unlocks a class of applications where the network round trip itself was the bottleneck: real-time computer vision for quality inspection, connected-vehicle control loops, haptic feedback for remote operation, and AR overlays for field service technicians.

Verizon Business MEC is available in two flavors. Public MEC runs in Verizon metropolitan data centers and serves workloads originating on the public 5G network. Private MEC sits on customer premises alongside a Private 5G deployment, keeping all compute and data inside the physical site.