Global NB-IoT Modem Chip Market Strategic Research Report

Scope of the Report

The global NB-IoT Modem Chip market size is predicted to grow from US$ 472 million in 2025 to US$ 804 million in 2032; it is expected to grow at a CAGR of 8.0% from 2026 to 2032.

NB-IoT Modem Chip refers to a semiconductor device or chipset designed to implement 3GPP Narrowband Internet of Things radio access, baseband processing, protocol control and radio-frequency communication functions for low-power wide-area cellular devices. The market primarily covers standalone modem chipsets, RF-baseband integrated SoCs, modem SoCs with embedded application processors and semiconductor-grade system-in-package products. These devices typically support Cat-NB1 or Cat-NB2 operation over an approximately 180 kHz carrier and may operate through standalone, LTE guard-band or in-band network deployment. Key product parameters include supported frequency bands, 3GPP release, receiver sensitivity, transmit power, PSM and eDRX current consumption, memory resources, host interfaces, security capability, operating temperature and operator certification. More integrated products may incorporate power management, application MCUs, GNSS, secure elements, eSIM or iSIM functions and non-terrestrial network capability. NB-IoT Modem Chip products are mainly used in smart metering, smart-city sensing, fire and safety equipment, industrial monitoring, asset tracking, agriculture, environmental monitoring and other applications requiring low data rates, extended coverage, high connection density and multi-year battery operation. NB-IoT was standardized by 3GPP in Release 13 and has subsequently evolved through later releases, including support for NB-IoT over non-terrestrial networks in Release 17.

Key Findings

2025 global shipments were approximately 270 million units

The weighted average selling price was approximately US$1.70 per unit

China remained the largest production and application market

Single-mode products led unit shipments while smart metering remained the largest application

Market Trends

NB-IoT Modem Chip development is shifting from basic connectivity toward lower system power, higher functional integration and wider network adaptability. Single-mode products remain the principal volume platform for highly cost-sensitive and stationary devices, while LTE-M and NB-IoT dual-mode products, application-processor-integrated SoCs and semiconductor-grade SiPs are gaining importance in globally deployed equipment. Product upgrades increasingly combine modem, RF transceiver, power management, memory, security, positioning and application processing in a smaller package, reducing external component count and simplifying terminal design. Newer chipsets also place greater emphasis on secure boot, trusted execution, eSIM or iSIM support, edge processing and indoor or outdoor positioning. Release 17 non-terrestrial network capability is extending the technology roadmap beyond terrestrial coverage, particularly for logistics, agriculture, remote infrastructure and environmental monitoring. The longer-term direction is therefore not defined solely by lower chip prices, but by the ability to reduce total device cost, certification effort, power consumption and deployment complexity. 3GPP has incorporated NB-IoT and eMTC satellite access into the Release 17 framework, while current commercial semiconductor platforms increasingly combine terrestrial NB-IoT, LTE-M, GNSS, security and NTN functions.

Market Dynamics

Drivers

Demand is supported by continued digitization of utility infrastructure, large-scale smart-meter replacement, expansion of municipal sensing systems and the need to migrate low-data-rate devices from legacy 2G and 3G networks. NB-IoT offers licensed-spectrum operation, operator-managed security, extended indoor coverage and long battery life, making it suitable for devices that transmit small data packets over long operating cycles. The global network foundation is already extensive: GSMA recorded 140 commercial NB-IoT networks by November 2025, while active NB-IoT and LTE-M connections together reached one billion at the end of 2025. This installed base supports continued demand for replacement chips, new module designs and application-specific platforms. Semiconductor integration is also improving project economics by reducing memory, RF, power-management and external MCU requirements, allowing terminal manufacturers to lower bill-of-materials cost and shorten hardware development cycles.

Restraints

The market faces persistent average selling price pressure, particularly in high-volume single-mode products used in smart metering and basic sensing. Long product qualification cycles, operator certification requirements, patent licensing, regional band differences and fragmented network configurations raise development costs and delay customer adoption. Demand can also be affected by inventory movements between chipset suppliers, module manufacturers and device producers, creating a gap between semiconductor shipments and activated connections. Alternative cellular technologies impose additional pressure. LTE Cat.1 bis offers higher throughput and mobility for devices that can accept higher power consumption, while LTE-M remains more attractive in some international markets requiring mobility, voice or broader roaming support. 5G RedCap is expected to address higher-performance IoT applications over time. NB-IoT Modem Chip suppliers must therefore maintain a sufficiently low total device cost and clearly differentiated performance in deep coverage, low-frequency transmission and long battery life.

Opportunities

The strongest opportunities are concentrated in application-specific integration, emerging-market infrastructure and terrestrial–satellite connectivity. Smart water, gas and electricity meters continue to offer substantial replacement and new-installation demand, while fire alarms, environmental sensors and municipal infrastructure create opportunities for optimized single-mode SoCs. In internationally deployed equipment, suppliers can capture higher semiconductor value by integrating dual-mode connectivity, GNSS, security, application processing and global band support. Release 17 NB-IoT NTN creates an additional pathway for connecting assets and sensors beyond terrestrial network coverage, including agricultural equipment, logistics assets, pipelines, remote energy infrastructure and environmental monitoring stations. Opportunities also exist in markets where 2G and 3G retirement requires redesign of low-data-rate devices, provided that chipset and module suppliers can achieve local operator certification and stable long-term supply. The expansion of NB-IoT from a standalone communication function toward an integrated low-power computing and connectivity platform can support higher value per device even as basic modem prices remain under pressure.

Challenges

The principal challenge is maintaining sustainable semiconductor economics in a market characterized by long development cycles, substantial protocol and RF engineering requirements and strong price competition. A commercially successful NB-IoT Modem Chip requires baseband expertise, RF integration, protocol-stack maturity, operator interoperability, certification resources and access to stable wafer and packaging capacity. Smaller suppliers may achieve technical validation but still encounter difficulty obtaining sufficient shipment scale to recover research, mask, software-maintenance and certification costs. The coexistence of single-mode, dual-mode, multi-mode and NTN products also increases portfolio complexity and can fragment engineering investment. Corporate acquisitions, intellectual-property transfers and business divestments may strengthen technology platforms but can create uncertainty over product continuity and customer support. Suppliers must additionally manage long industrial product lifecycles, regional security requirements and customer expectations for multi-year availability. These factors favor companies with either significant shipment volume in cost-sensitive applications or differentiated platforms capable of commanding higher value through integration, certification and global deployment support.

Industry Chain Analysis

The upstream NB-IoT Modem Chip industry chain comprises cellular communication intellectual property, processor and security IP, EDA tools, semiconductor materials, wafer fabrication, RF components, memory and outsourced packaging and testing. Most specialist suppliers operate under a fabless model and depend on external foundries and assembly partners, while integrated device manufacturers may combine internal manufacturing with outsourced capacity. Upstream cost is influenced by process technology, die area, embedded memory, RF integration, package complexity, testing requirements and production volume. Although advanced process nodes are not always essential, power efficiency, RF performance and cost control require close coordination among architecture, process and packaging design.

The midstream segment consists of modem chipset, integrated SoC and semiconductor-grade SiP developers. Value creation is concentrated in protocol-stack maturity, baseband and RF integration, low-power architecture, security, band coverage, certification and software tools. Downstream participants integrate these products into communication modules, smart meters, trackers, industrial sensors and other connected devices before deployment through utilities, operators, equipment manufacturers and system integrators. Semiconductor suppliers with higher integration can capture more value by replacing external MCUs, memory, power-management devices or positioning chips, but they also carry greater development and certification costs. In high-volume single-mode products, profitability depends primarily on die cost, yield, packaging efficiency and shipment scale; in global dual-mode and SiP products, certification coverage, software support and functional integration have a greater influence on pricing.

Segment Insights

By cellular mode, single-mode NB-IoT products account for the majority of unit shipments because they offer the lowest communication cost for stationary, low-throughput and battery-powered devices. Their market position is particularly strong in smart meters, safety sensors and municipal monitoring equipment. LTE-M and NB-IoT dual-mode products represent a smaller volume segment but generally carry higher semiconductor value because they provide broader operator compatibility, mobility support and international deployment flexibility. Multi-mode products supporting NB-IoT together with 2G or broader LTE categories serve applications requiring migration flexibility or more complex communication behavior.

By product type, integrated modem SoCs form the mainstream architecture, as integration of RF, baseband, memory and power management reduces external bill of materials and device size. SoCs with application processing and semiconductor-grade SiPs represent a higher-value development direction, especially where customers require positioning, security, edge processing or simplified certification. By application, smart metering remains the largest demand category, supported by large device populations, long replacement cycles and standardized low-data-rate communication requirements. Asset tracking, industrial monitoring and NTN-enabled remote sensing provide stronger opportunities for higher-value dual-mode and integrated products rather than basic single-mode chips.

Downstream Market Opportunities

Smart metering remains the most important downstream opportunity because water, gas and electricity meters combine long field life, low reporting frequency, deep indoor installation and large deployment volumes. Future demand will increasingly come from replacement cycles, utility digitalization and migration from older cellular networks rather than only first-time connectivity. Smart-city safety devices and environmental sensors offer additional scale for low-cost single-mode chips, while industrial monitoring and asset tracking support greater value per device through positioning, security and application processing. Remote agriculture, logistics and energy infrastructure are emerging opportunities for NB-IoT NTN, particularly where terrestrial cellular coverage is intermittent or unavailable. Suppliers that provide stable long-term availability, local certification, reference designs and integrated software can improve their position in these applications because downstream customers generally prioritize battery life, deployment reliability and lifecycle cost over peak data speed.

Regional Insights

China is the largest production and application market for NB-IoT Modem Chip products, supported by a dense domestic ecosystem covering chip design, wafer and packaging services, communication modules, smart-meter manufacturing, operators and municipal IoT projects. The region has the strongest position in high-volume single-mode devices and therefore exerts significant influence on global unit pricing. North America, Europe, Israel and Japan account for a smaller share of unit shipments but have a stronger presence in globally certified LTE-M and NB-IoT dual-mode platforms, highly integrated SoCs, SiPs, positioning and security functions. These products typically address industrial, tracking and multinational deployments where broader band support and software ecosystems are more important than minimum chip price.

India represents an important emerging opportunity, led by smart-meter programs, infrastructure digitalization and local electronics development, although chipset supply remains substantially dependent on international semiconductor platforms. Southeast Asia plays a growing role in packaging, module production and connected-device manufacturing but has limited independent NB-IoT modem IP. Future regional competition will therefore remain differentiated: China will lead cost-sensitive volume applications, while international suppliers will concentrate on global certification, high integration, dual-mode connectivity and NTN-enabled use cases.

Competitive Landscape Analysis

The competitive landscape consists of 16 confirmed core corporate groups and independent suppliers, with a clear separation between high-volume single-mode vendors and globally oriented integrated-platform companies. Chinese suppliers such as Huawei, UNISOC, XINYI, Eigencomm, ASR and other specialist developers compete primarily through cost optimization, local network adaptation, module partnerships and access to large smart-meter and municipal projects. International companies including Qualcomm, Sony, MediaTek, Nordic, Sequans and GCT place greater emphasis on multi-region certification, LTE-M and NB-IoT coexistence, global frequency support, integrated positioning, security and application processing. Semiconductor-grade SiP suppliers further differentiate through reduced terminal size and simplified RF design.

Competition is not determined by company size alone. Specialist suppliers can hold meaningful positions in narrow applications through power consumption, chip cost or software optimization, while larger semiconductor groups benefit from stronger intellectual-property portfolios, certification resources and broader customer support. Technology acquisitions and cellular-business transfers indicate continued consolidation, as long development cycles and declining basic-chip prices make independent scale increasingly important. Future competitive advantage will depend on maintaining low total device cost in single-mode applications while extending product value through dual-mode connectivity, security, positioning, embedded processing and NTN capability. The market is therefore likely to remain concentrated, with distinct volume and premium-platform segments rather than converging toward a single uniform product structure.

This report presents a comprehensive overview of the global NB-IoT Modem Chip market, covering market size and forecast, segmentation by product type and application, competitive landscape, leading players and regional and country-level outlook.

Segment by Type

• Standalone Modem Chipset
• Integrated Modem SoC
• Modem SoC with Application MCU
• Semiconductor-Grade SiP

Segment by Cellular Mode Support

• Single-Mode NB-IoT
• LTE-M / NB-IoT Dual-Mode
• 2G / NB-IoT Multi-Mode
• Broadband LTE / NB-IoT Multi-Mode
• Other

Segment by Power Consumption Class

• Ultra-Low-Power Battery Class
• Low-Power General Class
• Performance-Oriented Class
• Other

Segment by 3GPP Release Generation

• Release 13 Generation
• Release 14 Generation
• Release 15–16 Generation
• Release 17 and Later Generation

Segment by Application

• Smart Metering
• Smart City Sensing
• Industrial Monitoring
• Asset Tracking
• Agriculture and Environmental Monitoring
• Smart Home and Safety Devices
• Other Applications

Who Can Use This Report?

This report is written for decision-makers who need a clear, data-backed view of the global NB-IoT Modem Chip market:

• Manufacturers, suppliers and solution providers benchmarking their position and planning product, capacity and go-to-market strategy
• Distributors, channel partners and end users in Smart Metering, Smart City Sensing, Industrial Monitoring evaluating demand and sourcing options
• Investors, financial analysts and consultants assessing growth opportunities, competitive dynamics and M&A potential
• Government agencies, industry associations and research institutions tracking industry developments and policy impact