North America 5G Device Market Size & Share Analysis - Growth Trends and Forecast (2026 - 2031)

North America 5G Device Market Trends and Insights

Carrier Bundling of 5G Smartphones and Premium Plans

Competition among the three national U.S. carriers has made device subsidies a central lever for 5G upgrades in the North America 5G device market. T-Mobile introduced Galaxy S26 offers tied to its Experience Beyond plan in February 2026, and Verizon offered Galaxy Z Fold8 and iPhone 17 Pro bundles through its Simplicity Plan in July 2026. These offers made flagship devices available with no effective upfront payment for eligible new-line customers. They also tied customers to 36-month billing commitments on plans priced from USD 80 to USD 100 per line each month. The resulting service revenue supports network densification and continued device incentives, which shortens replacement cycles beyond normal handset aging. Verizon also combined smartphones, watches, and tablets in add-a-line promotions, bringing more wearables and tablets into carrier-led purchases. 

Enterprise Fixed Wireless Access Device Replacement Cycles

Enterprise fixed wireless access is changing customer-premises equipment replacement from an occasional purchase into a planned infrastructure cycle in the North America 5G device market. Ericsson reported in April 2026 that all surveyed North American service providers offered fixed wireless access and that 89% used 5G as the delivery layer.^{[1]Ericsson, “Fixed Wireless Access Outlook,” Ericsson Mobility Report, ericsson.com} The report cited 35 million global customer-premises equipment shipments in 2025, 26% higher than the prior year, and stated that 57% of shipments were 5G-capable. Managed WAN contracts and software-defined networking agreements commonly tie gateways to 3-5-year refresh cycles, which is shorter than the 7-10-year life often associated with traditional enterprise routers. Ericsson announced the Cradlepoint X20 5G Router in February 2025 and made it available from April 2025 with network slicing and multi-operator prioritization features. PTCRB and GCF certification requirements can add 3-6 months to the path to commercial readiness, favoring established suppliers that already hold multi-operator approvals.

Private 5G Network Rollouts in Manufacturing and Logistics

Private 5G programs are progressing from individual trials to multi-site industrial infrastructure programs in the North America 5G device market. Cargill expanded its NTT DATA private 5G footprint from 20 U.S. test sites to 50 live global deployments within 6 months after its first site went live in March 2025.^{[2]NTT DATA and Cargill, “Cargill Modernizes Manufacturing Operations with NTT DATA’s Private 5G Network,” Business Wire, businesswire.com} The expansion supports demand for rugged routers, gateways, and certified industrial modules across production and processing locations. Cargill reported a 70% reduction in cabling and setup costs against comparable Wi-Fi infrastructure, and 1 private 5G access point covered an area comparable to 9 Wi-Fi access points. That deployment model can increase the number of cellular devices used at a site as operations add robotics, automation, and digital workflows. Mexico’s planned industrial spectrum tender identified automotive smart factories, connected vehicles, and quality-control systems as intended applications, supporting procurement in major automotive corridors. The North America 5G device market, therefore, gains demand from projects where connectivity is part of production infrastructure rather than a discretionary information-technology upgrade.

IoT-Enabled Device Convergence Across Consumer and Industrial Use Cases

Consumer wearables and industrial IoT endpoints increasingly use similar 5G module architectures in the North America 5G device market. Cellular smartwatches, continuous glucose monitors, and safety wearables use modem platforms that also support industrial sensors, cameras, and asset trackers. This common architecture gives chipset and module suppliers a larger addressable production base while reducing the need for distinct connectivity designs. T-Mobile introduced 5G RedCap features for wearables during its 2025 network expansion, recognizing the need for lower-power service tiers beyond smartphones. Ericsson, T-Mobile, and Qualcomm began extended-reality trials on T-Mobile’s San Diego 5G standalone commercial network in March 2025, including distributed spatial computing and low-latency on-device AI capabilities. Qualcomm and Samsung expanded Snapdragon support across intelligent eyewear and smartwatches in July 2026, giving 5G connectivity a broader role in wearable form factors.^{[3]Qualcomm, “Qualcomm and Samsung Expand Collaboration With Snapdragon Powering the New Galaxy Lineup Across Smartphones, Watches, and Intelligent Eyewear,” Qualcomm, qualcomm.com}

High Device ASPs Versus 4G Alternatives

Average selling prices for 5G-capable devices remain above those for comparable 4G products across most form factors in the North America 5G device market. Carrier subsidies can cover the upfront cost for premium postpaid customers, but prepaid subscribers often pay the full price difference. This issue is especially relevant in Mexico and in budget-focused U.S. customer groups. Higher import-related costs in 2025 added price pressure to mid-range smartphones, limiting unit demand where 5G features did not justify a higher purchase price. In modules and IoT equipment, enterprise buyers may delay replacement when 4G LTE products meet operational needs at a 30-40% lower unit cost. The restraint is expected to ease as lower-power 5G chipsets move closer to LTE Cat-1 pricing, but cost remains a material near-term barrier to device replacement.

Carrier Spectrum and Coverage Gaps Outside Major Urban Corridors

5G coverage produces a two-speed device environment across the North America 5G device market. Dense cities have competing mid-band and mmWave networks, while exurban, rural, and border areas often rely on limited 5G coverage or LTE. Telcel reported 5G coverage for 60% of Mexico’s population across 125 cities at the end of 2025, showing the gap between major urban areas and other parts of the country. AT&T, T-Mobile, and Verizon announced in 2026 plans for a joint venture to address wireless dead zones, including in rural areas. The initiative may broaden the addressable base over time, but it does not remove the immediate coverage constraint on device purchases in underserved corridors.

*Our forecasts treat driver/restraint impacts as directional, not additive. The impact forecasts reflect baseline growth, mix effects, and variable interactions.

Segment Analysis

By Form Factor: Smartphones Anchor Volume While Wearables and XR Devices Lead Growth

Smartphones held 67.40% of the North America 5G device market share in 2025 and remained the main consumer volume base. Apple’s premium iPhone 17 range supported postpaid upgrade activity during 2025 through carrier promotions. Samsung’s Galaxy A-series supported prepaid-tier demand, while the Galaxy S26 Ultra renewed interest in premium Android devices after its early 2026 launch. Motorola recorded unit-shipment growth among the top 5 vendors through carrier shelf placement in the sub-USD 400 range, where Apple and Samsung have limited direct competition. Smartphones will remain central to the North America 5G device market because carrier subsidies continue to bring premium models into routine replacement decisions.

Wearables and XR devices are projected to grow at a 14.35% CAGR through 2031, the fastest rate among form factors. Early 2026 FDA guidance reduced regulatory barriers for lower-risk health-tracking wearables, while enterprise use includes augmented-reality training, field service, and remote diagnostics. Qualcomm and Samsung expanded the Snapdragon platform into intelligent eyewear and smartwatches in July 2026, embedding 5G across product categories beyond handsets. Customer-premises equipment, industrial routers and gateways, modules, laptops and tablets, and hotspots form the middle of the volume stack. These categories benefit from parallel demand from fixed wireless access, private networks, and enterprise mobile broadband.

By Spectrum Support: Hybrid Devices Define the Premium Frontier While Sub-6 GHz Anchors Coverage

Hybrid Sub-6 GHz and mmWave devices are projected to grow at a 14.80% CAGR from 2026 to 2031. The growth shows that premium smartphone, enterprise router, and fixed wireless access gateway buyers increasingly expect both broad-area coverage and high-throughput capability. The performance advantage of mmWave in dense urban locations supports a premium for hybrid modems in these deployments.

Sub-6 GHz devices accounted for 61.85% of volume in 2025 and will remain the foundation of coverage during the forecast period. Mid-band 5G supports the widest usable coverage across the United States, Canada, and Mexico. Apple’s reported approach for iPhone 18 Pro variants, using Qualcomm modems in the United States for mmWave compatibility, shows the importance of mmWave in the North American premium tier. T-Mobile, Nokia, and Qualcomm demonstrated 4.3 Gbps downlink speeds using 6-carrier aggregation with a Samsung Galaxy S25 and Snapdragon X80, and a secondary test with a Snapdragon X85 device reached 6.3 Gbps. Standalone mmWave devices will remain specialized because signals are usually usable within 900 meters of a transmission site. Network density constraints outside large metropolitan areas also limit their contribution to volume.

By End-User Industry: Consumer Electronics Leads While Automotive and Transportation Scales on a Defined Timetable

Consumer electronics accounted for 66.20% of industry-level device volume in 2025, driven by smartphone replacements, connected home customer-premises equipment, and health and wellness wearables. Industrial and manufacturing demand is also expanding as private 5G sites require factory routers, endpoint modules, and safety monitoring equipment. Private network deployments have reported lower downtime and have moved procurement discussions beyond pilot budgets. Healthcare, energy, and utilities are adding diagnostic wearables, remote patient-monitoring devices, point-of-care tablets, connected sensors, and smart-grid endpoints using 5G modules. These varied requirements keep consumer electronics dominant while extending device demand into operational settings.

The automotive and transportation industry is projected to grow at a 14.60% CAGR from 2026 to 2031. The FCC’s 5.9 GHz Second Report and Order required the transition from DSRC to C-V2X, and DSRC roadside-unit operations will sunset on December 14, 2026. This deadline requires fleet operators, state transportation departments, and automotive manufacturers to replace legacy on-board units and roadside equipment. Atlanta became the first U.S. Day One Deployment District for C-V2X in September 2025, providing a permanent city deployment reference. General Motors committed USD 1 billion for Mexican manufacturing in 2026 and 2027, while Verizon expanded its Frontline Network Slice to compatible devices for first responders nationwide. 

By Application: eMBB Commands Volume While V2X Leads Growth

Vehicle-to-everything (V2X) is projected to grow at a 15.25% CAGR from 2026 to 2031 and is the fastest-growing application in the North America 5G device market. Regulatory requirements create a defined need for C-V2X hardware, rather than relying solely on voluntary adoption. Verizon Business launched its Edge Transportation Exchange platform in June 2025 with Volkswagen Group of America, the Arizona Commerce Authority, Delaware DOT, and Rutgers University CAIT among its first commercial users. Aptiv and Wind River presented a mobile-network V2X proof of concept in March 2026 that enabled vehicles from different manufacturers to share sensor data via standardized APIs, reducing the need for separate hardware validation for each manufacturer relationship. 

Enhanced mobile broadband accounted for 57.30% of application-level device volume in 2025. Video streaming, gaming, and cloud synchronization remain the primary reasons most device owners use 5G connectivity. Fixed wireless access is the second-largest and fastest-maturing application outside V2X, with T-Mobile ending 2025 with 8.5 million fixed wireless access connections and AT&T adding 292,000 net connections in the first quarter of 2026. Massive machine-type communications is expanding as 5G RedCap and eRedCap modules replace LTE Cat-1 connectivity in IoT deployments. Ultra-reliable, low-latency communications remain specialized for remote surgery, autonomous industrial robotics, and critical public-safety applications because certification, device populations, and reliability specifications limit the use of general-purpose hardware.

Geography Analysis

The United States held 83.60% of regional device volume in 2025. Three-carrier competition and device subsidies made 5G smartphones accessible across a wide range of income groups. AT&T completed nationwide 5G standalone deployment in 2025 and expanded its mid-band footprint using 3.45 GHz spectrum. Enterprise demand also comes from factory private networks and public infrastructure programs that support industrial digitalization. The FCC's DSRC roadside operations deadline establishes a defined demand period for C-V2X devices before the end of 2026. 

A more consolidated carrier structure and later mmWave spectrum timing constrain Canadian demand for mmWave-focused devices in the near term. Bell’s 5G Plus Advanced network operated in the Greater Toronto and Hamilton Area and expanded toward the Niagara region in 2026. This expansion supports higher-throughput Sub-6 GHz devices in the country’s most populous corridors. Canadian wholesale smartphone value is expected to move toward the upper end of the CAD 12 billion (USD 8.8 billion) to CAD 14 billion (USD 10.3 billion) range in 2026. Enterprise IoT and private 5G remain in early industrial deployment, with automotive and aerospace supply-chain links to the United States supporting demand for compatible industrial modules.

Mexico is projected to grow at a 14.20% CAGR through 2031, the fastest rate among the three country markets. Its lower adoption base and Telcel’s 5G coverage of 60% of the population across 125 cities at the end of 2025 leave room for consumer and industrial device adoption as coverage expands. Automotive smart factories, connected vehicles, and advanced quality-control systems are central to industrial use, while General Motors committed USD 1 billion to Mexican manufacturing in 2026 and 2027, and LG Innotek committed MXN 3.5 billion (approximately USD 190 million) to a Querétaro electronics plant. Mexico City, Monterrey, and Guadalajara were priority 5G acceleration locations ahead of the 2026 FIFA World Cup, supporting network densification and related device investment.