5G for business is not one radio — it is three layers with overlapping coverage and differentiated economics. Understanding which layer serves a given site drives the deployment decision: do you put a 5G gateway in at the retail pop-up or do you run fibre? 5G Business names the product family across all three layers, plus the fixed-wireless and smartphone-line access paths. This page is the technical and commercial reference for enterprise buyers evaluating 5G for wireless, fixed-wireless and hybrid use-cases. If you want plan-tier detail for wireless lines, continue to Verizon Wireless Business.
5G Profile
- Three 5G Business layers: Ultra Wideband C-band, Ultra Wideband mmWave, nationwide 5G low-band.
- Peak speeds: 10 Gbps on mmWave, 3 Gbps on C-band, 500 Mbps on low-band.
- Fixed Wireless Business Internet at $69–$99/month with 3-year price guarantee.
- C-band is the default 5G Business layer in top-100 metros.
- 5G-over-SD-WAN hybrid replaces MPLS at typical 30–50% cost reduction.
- Indoor gateway covers 2,500–3,000 sq ft per unit; mesh extends to larger sites.
Three 5G Radio Layers Under One Brand
Ultra Wideband C-band, mmWave and nationwide 5G serve different use-cases.
The three 5G Business radio layers are engineered for different traffic patterns. mmWave in the 24–39 GHz band delivers peak single-device throughput up to 10 Gbps over a radius of around 250 metres with line-of-sight to a small-cell pole. It is the layer you see in stadiums, arenas, airports and dense urban corridors. C-band in 3.7–3.98 GHz delivers peak 1.5–3 Gbps over a 2-km macro-cell radius, propagates through walls reasonably and is the daily-driver 5G Ultra Wideband layer in top-100 metropolitan areas. Nationwide 5G in the 600–850 MHz low-band delivers peak 300–500 Mbps over a 10-km cell radius with excellent penetration; it is the layer everywhere-else. 5G Business customers get all three layers on a single subscription and the handset attaches to whichever layer the serving cell offers.
Selection of radio layer at a given site is automatic — the device negotiates with the cell and attaches to the best layer available. The three layers have differentiated QoS: mmWave and C-band accept priority-access traffic-shaping flags; low-band does as well but has less capacity headroom. For enterprise buyers the practical question is coverage, not radio selection: does my site fall within the Ultra Wideband footprint? Coverage maps are published at the ZIP-code and address-level granularity. FCC broadband coverage filings are the authoritative data for census-block validation, and the CTIA CTIA industry coverage database aggregates carrier-level reporting.
5G Business Layer Reference Table
Four layers across the 5G Business portfolio with peak speeds and primary use cases.
| Band | Coverage | Peak Speed | Primary Use Case |
|---|---|---|---|
| mmWave (24–39 GHz) | 250-metre cell radius, dense urban | 10 Gbps | Stadiums, airports, dense venues, fixed-wireless with external antenna |
| C-band Ultra Wideband (3.7–3.98 GHz) | 2-km macro radius, top-100 metros | 1.5–3 Gbps | Urban and suburban enterprise, branch offices, daily-driver smartphone |
| Nationwide 5G low-band (600–850 MHz) | 10-km radius, all 50 states | 300–500 Mbps | Rural, highway corridors, IoT, fallback for Ultra Wideband |
| Fixed Wireless Business Internet | Ultra Wideband + low-band gateway | 400 Mbps sustained, 1 Gbps burst | Pop-up retail, construction, seasonal, MPLS replacement |
Fixed Wireless Business Internet
A 5G indoor gateway replacing wired internet at the building.
5G Business Fixed Wireless Internet is a product, not just a service: Verizon ships a pre-configured 5G Internet Gateway that receives cellular signal, bridges to a local ethernet and Wi-Fi network, and delivers business-grade internet without a fibre drop. The gateway is self-install — the customer places it in a window or in a location with a clear line of sight to the nearest cell, powers it on, and the connection negotiates automatically. Typical install time is 15 minutes. The service is sold at $69 per month on Business Unlimited Plus and $99 per month on Pro with a three-year price guarantee. 1 Gbps bursts and 400 Mbps sustained are typical.
5G Business Fixed Wireless is the default replacement for wired internet at sites where fibre has not reached: retail pop-ups, construction trailers, seasonal operations, rural branches and mobile work-sites. Coverage is tied to the Ultra Wideband footprint — fixed wireless works where C-band or mmWave is available. In markets where Verizon Fios fibre has landed, Fios is typically the first choice for throughput and SLA; Verizon Fios covers the fibre product. Fixed Wireless is the second choice where fibre has not reached, and dedicated internet access over Ethernet is the alternative for sites needing a hard SLA.
5G as MPLS Replacement
5G-over-SD-WAN replaces legacy MPLS at typical 30–50% cost reduction.
Legacy MPLS circuits into 30, 100 or 300 retail branches were the enterprise WAN of the 2000s — expensive, slow to provision, rigid on routing. The modern replacement pattern is 5G-over-SD-WAN: 5G Business Fixed Wireless as the physical transport, SD-WAN (Cisco Meraki, VMware VeloCloud, Fortinet) as the application-aware overlay. The SD-WAN appliance at each branch ingests one or two 5G circuits (with a Fios fallback where available) and routes traffic by application policy — critical POS traffic on the primary 5G path, bulk backup traffic on a secondary path. The economics are dramatic: typical per-branch monthly transport cost falls from $500–$1,200 (MPLS) to $100–$400 (5G + SD-WAN).
Migration from MPLS to 5G-over-SD-WAN usually runs as a phased rollout over 6–12 months. Early branches prove the pattern, SD-WAN policy templates get refined, the network operations centre gets comfortable with the new tooling. Late-phase branches come up in hours rather than weeks. The pattern is compatible with Zero Trust Network Access (ZTNA) overlays and is the dominant branch-WAN architecture in 2026 retail, hospitality and field-service deployments. The dedicated network reference covers the SD-WAN pairing in detail. USAC USAC Rural Health Care programme eligibility covers qualifying 5G Business connections in rural healthcare facilities.
Priority Access and Network Slicing
QoS for 5G Business traffic and the emerging 5G network-slice model.
5G Business lines on Pro and Ultimate tiers carry priority-access QoS that elevates the business traffic over consumer during cell-sector congestion. The same mechanic applies on C-band and mmWave as on the low-band layer. For mission-critical use-cases — first-responder, field-service, healthcare, logistics — priority access is the difference between reliable throughput and intermittent throttling at peak moments. 5G network slicing is the next step: a dedicated slice of the 5G radio, baseband and core reserved for a specific enterprise customer with QoS guarantees, SLA commitments and isolation from consumer traffic. Network slicing is in commercial pilot on 5G Business for Fortune 500 customers in 2026 and expected to broaden through the year.