Cellular IoT Market Size & Share Analysis - Growth Trends and Forecast (2026 - 2031)

Global Cellular IoT Market Trends and Insights

5G SA roll-out enabling URLLC IoT

Commercial standalone 5G networks deliver sub-5 ms latency that industrial firms require for closed-loop automation. AT&T’s June 2024 RedCap launch in Dallas allowed chipset vendors to certify devices on a live 5G SA network and confirmed power-consumption cuts of 65% against LTE Cat-4 modules.^{[1]AT&T, “AT&T Leads with First 5G RedCap Launch,” att.com}Telefonica’s German trials and Samsung–Hyundai manufacturing lines underline readiness, yet true scale hinges on national 5G SA coverage and affordable module supply.

Module ASPs below USD 4 for Cat-1bis

Large 2024 tenders in China pushed Cat-1bis modules under USD 4, widening 4G’s addressable base before older networks shut down. Quectel and Fibocom together captured two-thirds of module revenue, but heavy reliance on a single manufacturing region has triggered supply-security reviews in Europe and the United States. Non-Chinese suppliers face margin compression; u-blox exited the segment in January 2025 after sustained losses.

Government-funded NB-IoT smart-city mandates

China’s National Development and Reform Commission issued guidelines in May 2024 requiring NB-IoT deployments in metering and environmental monitoring for 100 smart cities by 2027. India’s Smart Cities Mission and South Korea’s National Strategic Smart City Program mirror the trend, collectively channeling billions of dollars into cellular IoT infrastructure. The policies guarantee device volume, stabilize operator ROI, and spur international adoption of standardized LPWA frameworks.

5G RedCap modules unlock mid-tier devices

3GPP Release 18 introduced enhanced RedCap with 5 MHz bandwidth while sustaining 10 Mbps peak rates. Ericsson, Optus, and Qualcomm have demonstrated RedCap-connected AI cameras that improve worker safety. T-Mobile’s 2025 5G Advanced launch has already positioned RedCap as a default option for wearables and smart infrastructure, reinforcing mid-tier device migration away from LTE-only platforms.

High power draw of 5G modules in battery devices

Even after RedCap efficiency gains, absolute power remains a challenge for sensors targeting 10-year field life. Nordic Semiconductor’s nRF9151 module introduced Power Class 5 output to extend battery cycles and accommodate satellite fallback links essential for remote agriculture. Device makers are integrating energy-harvest options but must trade cost and size against performance.

2G/3G sunsets causing retrofit costs

AT&T discontinued NB-IoT service while European carriers phase out 2G and 3G through 2027, forcing upgrades of long-lifecycle meters and industrial controllers. Retrofit expenses deter immediate replacements, prompting some utility customers to delay expansion until RedCap ecosystems fully mature. Inventory-optimization software helps minimize write-offs by staging module swaps in step with service wind-down schedules.

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

Segment Analysis

By Component: Hardware Dominance Shifts to Service Innovation

Hardware contributed 63.35% of 2025 revenue as manufacturers rushed to replace legacy units ahead of network sunsets. Qualcomm posted 27% year-over-year IoT revenue growth to USD 1.58 billion in Q2 2025 on the back of robust chipset demand. The cellular IoT market size attributed to services is expected to outpace hardware with a 24.10% CAGR through 2031, reflecting climbing subscriptions for global connectivity management, firmware-over-air updates, and zero-touch security patches.

Global enterprises now insist on unified dashboards that orchestrate multi-carrier, multi-technology fleets. KORE Wireless already manages 19 million active lines across 200 countries through AI-driven fault detection. Professional services teams fill knowledge gaps in radio-planning, certification, and regulatory compliance. Managed-service contracts ensure recurring revenue that cushions hardware price erosion, aligning vendor incentives with customer uptime and security objectives.

By Technology: 4G LTE Maintains Leadership as 5G RedCap Emerges

4G LTE Cat-1 secured 56.20% revenue share in 2025 after Chinese OEMs slashed module prices below USD 4. Complementary LPWA modes such as LTE-M and NB-IoT serve ultra-low-throughput use cases including metering and leak detection. Legacy 2G/3G connections decline faster than previously forecast because operators are reallocating spectrum to 5G SA. The cellular IoT market size for 4G will taper as customers migrate to RedCap, but it remains a high-volume option where coverage and cost trump bandwidth.

5G RedCap is registering a 27.10% CAGR and is viewed as the bridge between LPWA and full-spec 5G. Samsung and Hyundai validated RedCap in a February 2025 factory trial, showing deterministic latency and 40% energy savings compared with LTE-M. Non-terrestrial networks that complement terrestrial 5G are gaining momentum; Viasat and Myriota launched the first 5G NTN service for environmental sensing in March 2025, opening pathways for global coverage on a single module SKU.

By End-User Industry: Automotive Leadership Challenged by Agricultural Surge

Automotive and transportation captured 27.45% revenue share in 2025 on the strength of mandated emergency-call modules and fleet telematics. Vehicle-to-everything applications are driving automakers to embed multiple antennas, and Lear Corporation forecasts a USD 5 billion automotive 5G opportunity by 2030. Software updates delivered over cellular links reduce recall expenses and improve safety features, further rooting connectivity into vehicle architectures.

Agriculture’s 23.80% CAGR ranks highest among verticals as growers digitize irrigation, soil monitoring, and livestock management. China’s irrigation project with 1,614 controllers resulted in 40% water savings and 80% labor reduction. 1NCE reports more than 7% of its active clients now hail from the farming sector, signaling structurally higher demand for rugged, low-maintenance modules. Remote assets often require satellite back-up links, making dual-mode cellular-sat combinations attractive for harsh or isolated locales.

By Application: Asset Tracking Dominance Faces Wearables Disruption

Asset tracking delivered 29.40% revenue share in 2025, fueled by supply-chain visibility mandates. TOPFLYtech’s freight-monitoring deployment for U.S. transport fleets underscores scale potential as enterprises prioritize condition-based monitoring to cut spoilage and CO₂ emissions. Advanced cold-chain trackers integrate humidity and shock sensors, feeding real-time data to compliance dashboards. 

Wearables and personal devices are rising at 27.90% CAGR, buoyed by health-monitoring rules that require seamless emergency connectivity. RedCap modules lower battery draw, encouraging OEMs to embed cellular links in smartwatches and medical wearables. eSIM and iSIM simplify activation, and 5G’s network slicing supports quality-of-service tiers indispensable for critical alerts. Adoption will vary by region, but premium consumer and enterprise segments provide a deep upgrade runway.

Geography Analysis

Asia Pacific secured 69.60% of 2025 revenue and is set to advance at 28.60% CAGR through 2031 on the back of national digital-transformation plans. China expects 4.1 billion licensed cellular connections by 2030, representing 70% of global totals. The cellular IoT market size attached to Chinese deployments alone is poised to dwarf every other region combined as 5G-Advanced coverage blankets additional provinces.

Regional manufacturing concentration cuts module costs but introduces dependency risk that Western regulators now scrutinize. India’s USD 5.76 billion Smart Cities Mission and Indonesia’s upcoming RedCap spectrum auctions add incremental volume outside China. Emerging markets across Southeast Asia adopt turnkey cloud-managed private-network packages that offset limited local telecom expertise, ensuring that connectivity gaps shrink quickly. North America positions itself as the premium application hub, with AT&T and T-Mobile focusing on low-latency industrial deployments. Europe places compliance and sustainability at the center of IoT spending, with Telefonica testing RedCap in Germany and Ericsson rolling out private 5G in French municipalities. The cellular IoT market share of Asia Pacific is unlikely to erode before 2030, but revenue mix will swing toward managed services in all three regions as device counts grow.

Regulatory Landscape

Cellular IoT rules are tightening around radio approvals, spectrum harmonization, and security-led device authorization, which increases compliance work for global SKUs. In the United States, the FCC set new measures that take effect in June 2026 to strengthen national security in telecommunications equipment authorization, including priority review paths for devices tested in Trusted Test Labs. As a result, OEMs and module suppliers are shifting toward localized test strategies and earlier certification planning.

Elsewhere, spectrum and technical requirements continue to evolve. Indonesia enforced KEPMEN KOMDIGI No. 569 Year 2025 in January 2026, adding Band 41 (2496-2690 MHz) for 4G LTE and 5G NR devices and affecting band support decisions for modules shipped into the market. In Europe, CEPT adopted Report 90 in June 2025 to define harmonized conditions in the 900 MHz band for new narrowband technologies beyond NB-IoT, while standards work feeding future certification baselines continues, including ETSI TS 138.291 v19.3.0 published in April 2026 for 5G NR Ambient IoT physical layer specifications.

Value Chain Analysis

The cellular IoT value chain spans silicon and RF components (chipsets, power management, memory), module design and manufacturing, device OEM integration, and certification and testing, followed by operator connectivity and recurring software and services such as connectivity management, device management, and security. Market dynamics are strongly shaped by high-volume module suppliers and their manufacturing ecosystems, where Quectel and Fibocom lead module revenue in this RD. Operators and connectivity-management specialists monetize fleet onboarding, provisioning (including eSIM/iSIM), and lifecycle operations.

Recent supply-chain moves also point to a shift from single-region sourcing toward localized production and more bundled delivery models. In India, Quectel expanded its partnership with Syrma SGS Technology in April 2026 to manufacture IoT antennas locally, and Optiemus Electronics began a manufacturing partnership with Quectel in June 2026 to produce wireless communication modules in Noida, indicating deeper regional assembly and component localization. On the downstream side, operators are packaging more of the deployment workflow: AT&T rolled out an industrial logistics and asset-tracking service in July 2026 that bundles sensor hardware (from Wiliot) with connectivity and field services. This reinforces services as a differentiation route alongside hardware price competition.

Market Opportunities and Future Outlook

Enterprise buyers are increasingly prioritizing end-to-end cellular IoT operations, which creates whitespace for managed connectivity, device lifecycle tooling, and security services that work across multiple carriers and technologies. Scale indicators in the ecosystem, including global cellular IoT connections at 4.7 billion in 2025 and module shipments at 612 million units, support this direction. Investment and consolidation around global IoT service platforms also point to demand for integrated offerings, such as Telenor and Verdane agreeing in May 2026 on a joint ownership structure for Telenor Connexion (valued at SEK 7.5 billion) with additional growth capital commitments. For vendors, the opportunity centers on simplifying global onboarding (eSIM/iSIM, unified dashboards) and packaging compliance and monitoring as recurring services as device fleets expand across jurisdictions.

Technology transitions are widening addressable segments where LTE economics and 5G capability overlap. RedCap momentum is moving beyond trials into broader operator activity, and industry tracking cites 42 operators in 27 countries investing in 5G RedCap as of April 2026. Industrial validation programs, including the Samsung and Hyundai factory trial, help translate URLLC and deterministic behavior into deployable designs for cameras, sensors, and AGVs. Non-terrestrial extensions add another layer of opportunity for logistics, agriculture, and remote monitoring, where a single module SKU can blend terrestrial and satellite coverage. In parallel, regulatory discussions such as satellite IoT and M2M authorization pathways in India highlight ongoing market-building work that solution providers can productize into global coverage offers.