Wireless Charging IC Market Size, Share, Growth, And Industry Analysis, By Type (Transmitter ICs and Receiver ICs), By Application (Smartphones and Tablets, Wearable Electronic Devices, Medical Devices, Automobile Devices and Others), Regional Insights and Forecast From 2026 To 2035

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WIRELESS CHARGING IC MARKET OVERVIEW

The global wireless charging ic market size is anticipated to be worth USD 9.28 billion in 2026 and is expected to reach USD 13.43 billion by 2035 at a CAGR of 20.3% during the forecast from 2026 to 2035.

The global wireless charging IC market is expanding rapidly, driven by surging unit shipments of wireless power transmitters (Tx) and receivers (Rx). According to Omdia, total wireless power unit shipments are projected to increase from 661 million units in 2019 to 2.2 billion units by 2024. Receiver ICs account for a dominant portion of IC content, with some market research estimating over 60% share of shipments for receiver-type chips. Meanwhile, transmitter ICs are scaling quickly as wireless charging infrastructure (charging pads, vehicle consoles, smart furniture) proliferates. The Wireless Charging IC Market Report underscores that the growth is underpinned by embedded wireless power solutions across consumer, automotive, and industrial applications.

Focusing on the U.S. market, wireless charging IC penetration is particularly strong in premium consumer electronics. In the U.S., over 64% of premium smartphones include wireless charging capability, according to Global Growth Insights. Transmitter ICs for in-cabins, public pads, and smart home bases are increasing in number, and U.S.-based IC manufacturers are heavily investing in advanced wireless power IC design. The U.S. plays a crucial role in the global Wireless Charging IC Market Size as both a high-adoption region for device-level ICs and a hub for infrastructure-level IC development.

KEY FINDINGS

LATEST TRENDS

Creation of New Wireless IC to Cater to the Low to Medium Power Range Market

In the current Wireless Charging IC Market, several prominent trends are shaping investor and OEM strategies. First, the adoption of the Qi2 / Magnetic Power Profile (MPP) standard is accelerating: the new Qi2.2 standard supports up to 25 W of output power, which is significantly higher than the earlier Qi2 ceiling, and has been certified for eight products in 2025. This is motivating IC vendors to design more powerful receiver ICs and transmitter controllers.

Second, global unit shipments of wireless power Tx + Rx are expanding rapidly. According to the Omdia forecast, combined shipments of transmitters and receivers are expected to reach 2.2 billion units by 2024, up from 661 million units in 2019. This growth in volume is helping scale economies across IC manufacturing, driving down per-unit IC costs and encouraging new entrants.

Third, Asia-Pacific continues to dominate in shipments, accounting for nearly 39.5% of global value share according to some market research. Major manufacturing hubs in China, South Korea, and Japan are supporting both transmitter and receiver IC adoption, especially as Qi2 certification pipelines expand.

Finally, automotive wireless charging is emerging strongly. Increasingly, automakers are integrating in-cabin charging pads that rely on transmitter ICs, and that drives demand for automotive-grade wireless charging ICs. This trend is reshaping the Wireless Charging IC Market Growth profile, since transmitters in vehicles represent a high-volume, high-value node for IC suppliers.

• According to the Wireless Power Consortium (WPC), more than 8,000 Qi-certified wireless charging devices are available in the market as of 2023, driving the adoption of advanced charging ICs.

• According to the International Telecommunication Union (ITU), global smartphone users crossed 5.4 billion in 2022, with a growing share adopting devices integrated with wireless charging ICs.

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WIRELESS CHARGING IC MARKET SEGMENTATION

By Type

According to type, the market can be segmented into Transmitter ICs and Receiver ICs

• Transmitter ICs: Transmitter ICs in the Wireless Charging IC Market are fundamental to infrastructure nodes such as charging pads, vehicle consoles, and smart furniture. These ICs are responsible for generating and managing the magnetic field, negotiating with the receiver, and ensuring safety functions such as foreign-object detection and power regulation. According to market data, transmitter ICs accounted for a significant share of infrastructure-level growth. For instance, Omdia projects transmitter + receiver shipment growth to 2.2 billion units by 2024, with transmitter volumes scaling rapidly.

• Receiver ICs: Receiver ICs dominate the Wireless Charging IC Market at the device level. These ICs are embedded in smartphones, wearables, medical devices, and other consumer endpoints. Some reports estimate that receiver ICs make up more than 60% of all shipments in the IC market, reflecting their prevalence in end-user electronics. Receiver ICs are evolving to support higher power and faster charging newer Qi2-compatible receivers can handle up to 25 W and feature advanced alignment, thermal protection, and communication capabilities. In wearables, receiver ICs must be minimal in size and highly efficient; for example, modern designs achieve power conversion efficiencies over 80%. In addition, GaN-based packaging and advanced semiconductor architectures are enabling compact, thermally stable receiver ICs that suit both consumer and emerging industrial / medical device form factors.

By Application

Based on application, the market can be divided into Smartphones and Tablets, Wearable Electronics Devices, Medical Devices, Automobile Devices and Others.

• Smartphones & Tablets: The smartphone and tablet segment is the largest application area for wireless charging ICs. Market research indicates that approximately 54–58% of wireless charging IC demand comes from this segment. Over 63% of premium smartphones are reported to support wireless charging, highlighting strong embedded demand for receiver ICs. Further, the adoption of multi-coil wireless charging (e.g., Qi2) in smartphones is pushing IC makers to produce more advanced receiver ICs that support magnetic alignment. IC vendors are designing receiver controllers capable of delivering 15–25 W to meet the new standard's power ceiling.

• Wearable Electronic Devices: Wearable devices such as smartwatches and fitness trackers are a rapidly growing application for wireless charging ICs. Forecasts estimate over 530 million wearable units shipping in 2024, driving strong demand for ultra-small, energy-efficient receiver ICs. These ICs must be tiny, thermally optimized, and capable of handling low-power magnetic coupling. Wearable manufacturers emphasize convenience and reliability. More than 40% of premium smartwatches now include wireless charging as a core feature, per market observers. To support this, receiver ICs integrate features like coil switching, tight alignment tolerance, and sleep modes to conserve energy.

• Medical Devices: Medical applications are increasingly incorporating wireless charging ICs, especially in wearable health monitors, implanted sensors, and hospital devices. Around 29% of U.S. hospitals are reportedly adopting wireless charging-enabled medical electronics, according to industry projections. This application requires receiver ICs with enhanced safety features like foreign-object detection, over-temperature protection, and compliant communication protocols. Transmitter ICs are also being deployed in hospital charging stations and bedside pads. These ICs must conform to strict regulatory standards and offer high reliability. 

• Automobile Devices: Within automotive applications, wireless charging ICs are rapidly gaining traction. Transmitter ICs are embedded in vehicle consoles, dashboard pads, and rear-seat charging stations many automotive OEMs now offer wireless charging as standard or optional equipment in dozens of models globally. According to some market data, Asia-Pacific leads in in-vehicle wireless power adoption, but North America and Europe are also expanding. Receiver ICs also matter in this application they power passenger devices like tablets, phones, and portable gaming systems in vehicles. Automotive-grade receiver ICs are designed to tolerate wide temperature ranges (–40°C to +85°C), electrical noise, and vibration.

• Others: Beyond the core areas, “others” include industrial IoT, smart furniture, robotics, public infrastructure, and smart buildings. In these contexts, transmitter ICs are embedded into desks, chairs, conference-room tables, and public seating to provide wireless power to devices. According to forecasts, out of 2.2 billion combined transmitter + receiver unit shipments by 2024, a sizeable share will go into infrastructure deployments. Receiver ICs in this category power IoT sensors, drones, robots, and smart home devices, enabling maintenance-free or cable-free operation. 

MARKET DYNAMICS

Driving Factors

Surge in Consumer Electronics & Wireless Infrastructure

A central driver fueling the Wireless Charging IC Market is the explosive growth in consumer electronics requiring wireless power. More than 58% of consumer devices are now designed with wireless charging compatibility, per market research. This includes smartphones, tablets, wearables, and smart home gear. As consumers increasingly demand cable-free charging, OEMs are integrating receiver ICs into device designs. Simultaneously, infrastructure-level demand (transmitter pads in cars, offices, public spaces) is swelling with 2.2 billion unit shipments of Tx+Rx expected by 2024, per Omdia, the need for transmitter ICs is rising sharply. The proliferation of such infrastructure expands the addressable market for transmitter ICs.

• According to the U.S. Department of Energy (DOE), electric vehicle (EV) sales in the U.S. exceeded 1.4 million units in 2023, creating strong demand for wireless charging ICs in automotive applications.

• According to the European Automobile Manufacturers’ Association (ACEA), over 3.1 million electric cars were registered in Europe in 2022, boosting integration of wireless charging ICs for contactless EV charging solutions.

RESTRAINING FACTORS

Concentration of Key IC Suppliers & Pricing Pressure

A significant restraint for the Wireless Charging IC Market is the heavy concentration of market share among a few leading IC manufacturers. For example, in the transmitter IC segment, approximately 65% of the market is held by top players such as Texas Instruments, NXP, STMicroelectronics, and Analog Devices. This high concentration limits pricing flexibility for smaller or emerging IC vendors and can create supply chain bottlenecks. Furthermore, the high complexity and certification cost of Qi2 / MPP-compliant ICs pose another hurdle. High-power ICs (e.g., supporting 25 W) require rigorous testing for thermal management, electromagnetic compliance, and foreign-object detection.

• According to the U.S. Federal Communications Commission (FCC), wireless charging systems face electromagnetic interference (EMI) compliance challenges, which can increase certification timelines by up to 12 months.

• According to the OECD report on electronics supply chains, semiconductor shortages in 2021–2022 caused production delays, reducing global chip output by nearly 11%, directly impacting wireless charging IC availability.

Automotive and Industrial Wireless Power Adoption

Opportunity

There is a sizable opportunity for Wireless Charging IC Market expansion in automotive and industrial applications. The proliferation of in-vehicle wireless charging pads (console, armrest, rear seats) is driving demand for transmitter ICs that meet automotive reliability standards. As automakers launch more EVs and connected cars, the potential IC content per vehicle increases: many new vehicle models already include one or more wireless charging pad nodes. Beyond automotive, industrial IoT devices, robotics, smart furniture, and smart buildings represent untapped potential.

The expected 2.2 billion Tx + Rx shipments by 2024 include a growing share of non-consumer nodes such as workplace desks, public seating, and industrial workstations. IC vendors that tailor low-cost, robust, high-efficiency transmitter controllers for these infrastructure deployments can tap this expanding market. In addition, offering modular ICs for smart desks and public furniture can open new wireless power ecosystems, fueling Wireless Charging IC Market Opportunities.

Efficiency, Thermal Management, and Standard Fragmentation

Challenge

One of the key technical challenges for the Wireless Charging IC Market is achieving high efficiency while managing heat. High-power ICs especially those supporting 25 W or more need sophisticated thermal regulation. Without efficient heat dissipation, ICs can suffer performance degradation or fail certification. The requirement to integrate foreign object detection and power regulation adds further complexity. Another challenge is standard fragmentation and evolution. While Qi2 / MPP is gaining adoption, there are still legacy Qi devices, and alternative standards (resonant, RF) exist.

IC manufacturers must design chips capable of multi-standard interoperability or risk locking into a narrow segment. The pace of standard updates (e.g., Qi2.2) also forces vendors to frequently refresh their IC designs, increasing R&D burden.

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WIRELESS CHARGING IC MARKET REGIONAL INSIGHTS

Growing Demand for Electric Vehicles is Driving the Regional Market Growth

• North America

In North America, the Wireless Charging IC Market is highly active both on the device side and infrastructure side. The region hosts major players such as Texas Instruments, Qualcomm, Broadcom, and ADI, driving innovation and IC adoption. According to market research, more than 64% of premium smartphones in the U.S. support wireless charging. The transmitter IC market is also strong in corporate offices, smart homes, and automotive systems: luxury vehicle OEMs are integrating wireless charging pads in more than 20 new vehicle models, creating consistent demand for transmitter ICs.

• Europe

In Europe, the Wireless Charging IC Market is robust and growing. European consumer electronics makers and automotive OEMs are increasingly integrating wireless power ICs. With over 3,500 Qi-certified devices globally (over 70% of wireless devices), Europe represents a strong share of the wireless power ecosystem. European automakers are also incorporating in-vehicle wireless charging as an option in EVs and premium ICE models, boosting demand for transmitter ICs. Transmitter IC shipments for vehicle consoles and smart home systems are growing, especially in Germany, France, and the UK.

• Asia-Pacific

Asia-Pacific dominates the Wireless Charging IC Market in terms of volume and value share. Market reports show that this region accounts for approximately 39.48% of the global value share in 2024. Manufacturing hubs in China, Taiwan, South Korea, and Japan are critical, supplying both handset OEMs and IC makers. The region is also at the forefront of Qi2 certification and multi-coil transmitter adoption. In Asia-Pacific, consumer electronics demand remains the primary driver: smartphone penetration rates are high, and many flagship models now include Qi2-compatible receiver ICs supporting up to 25 W. Additionally, infrastructure deployment in public places, smart homes, and automotive cabins is accelerating. 

• Middle East & Africa

The Middle East & Africa (MEA) region is emerging as a potential growth frontier for the Wireless Charging IC Market. While currently representing a smaller portion compared to other regions, adoption is increasing in high-growth cities in the UAE, Saudi Arabia, and South Africa. Infrastructure deployments such as wireless charging pads in hospitality, retail, and smart office environments are underway. The increasing rollout of premium consumer electronics and luxury automobiles is driving demand for both transmitter and receiver ICs. In MEA, transmitter IC adoption is being fueled by hospitality chains and corporate real estate firms installing wireless power stations in lobbies and meeting rooms.

KEY INDUSTRY PLAYERS

Key Players Focus on Forming Alliances and Partnerships to Gain a Competitive Advantage

To diversify their product portfolios and access new markets, several wireless charging IC industry participants are forming alliances and partnerships with other businesses. By these alliances, they can gain access to new markets, technology, and routes of distribution, which can help them increase their market share. To bring new and inventive items to the market, industry companies are also making significant investments in research and development. These new goods are made to be more effective, quicker, and interoperable with a wider variety of devices, all of which can help them gain a larger market share.

List of Top Wireless Charging IC Companies

• IDT (U.S.)
• Texas Instruments ( U.S.)
• NXP/Freescale (Netherlands)
• ADI/Linear Tech (U.S.)
• Qualcomm (U.S.)
• Broadcom (U.S.)
• STMicroelectronics (Switzerland)
• On Semiconductor (U.S.)

Top Two Companies by Market Share

• Texas Instruments: holds approximately 16% share in power IC space and is a major player in wireless charging transmitter and receiver ICs.
• NXP / Freescale: among the top in wireless charging ICs, contributing significant share in transmitter ICs.

INVESTMENT ANALYSIS AND OPPORTUNITIES

Investments in the Wireless Charging IC Market present significant opportunity given the large and growing volume of Tx and Rx shipments. According to Omdia, 2.2 billion transmitter + receiver units are projected by 2024, up from 661 million in 2019, reflecting a huge scale-up. This surge underlines both IC demand and infrastructure build-out. Investors or IC manufacturers who can offer high-efficiency, low-cost transmitter and receiver IC solutions stand to benefit from long-term demand in consumer, automotive, and industrial segments.

In the infrastructure space, there's room to finance modular transmitter IC platforms for smart furniture, public pads, coworking offices, and hospitality applications. As urbanization and smart-building initiatives expand, the need for transmitter ICs is expanding beyond consumer products into architectural furniture. There is also opportunity in automotive wireless charging with more EVs shipping, investor-backed IC firms can capitalize on the design-win cycle with automakers integrating multi-coil pads.

On the receiver side, investment opportunities lie in designing ultra-efficient, GaN-enabled, or multi-standard receiver ICs. IC firms that can develop receiver chips compliant with Qi2 / MPP (25 W) will likely capture a premium in high-end mobile devices and accessories. In addition, medical and IoT device manufacturers present a growing market investments in safety-certified, compact receiver ICs for healthcare, drones, and smart sensors can unlock long-term volume growth.

NEW PRODUCT DEVELOPMENT

In the Wireless Charging IC Market, there is rapid innovation on both transmitter and receiver sides. One major trend is development of Qi2.2-compliant ICs companies are introducing transmitter controllers that support the new 25 W power ceiling, magnetic alignment, and more efficient power negotiation. This is pushing the performance envelope beyond legacy Qi standards and enabling faster, more stable charging.

Receiver ICs are also evolving to support multi-coil and high-power designs. IC manufacturers are embedding digital communication, thermal protection, over-current and over-temperature safeguards, and foreign-object detection into single chips. These integrated receiver ICs maintain efficiencies above 80%, and their compact packaging makes them suited for smartphones, wearables, and IoT devices.

Simultaneously, new transmitter ICs are being developed to support multi-coil and high-voltage (e.g., 48 V) designs, ideal for vehicle dashboards and multi-device charging pads. This enables transmitters to drive dual or triple coils in a single pad without excessive PCB area. IC developers are also investing in chipset combinations that support GaN or wide-bandgap transistors, improving efficiency and thermal performance in high-power wireless power systems.

Another area of innovation is intelligent power management next-generation ICs integrate smart power allocation, coil switching, and power-sharing features. These allow a single pad to dynamically manage power distribution between multiple devices, optimize for alignment, and reduce energy losses. As these capabilities mature, they expand the value proposition of wireless charging ICs for both infrastructure builders and device OEMs.

FIVE RECENT DEVELOPMENTS (2023–2025)

• Qi2.2 Certification Surge: By mid-2025, eight new Qi2.2-certified products (power banks, car mounts, 3-in-1 stands) were announced, supporting up to 25 W power output driving demand for high-power transmitter and receiver ICs.
• Samsung Qi2.2 IC Launch: In 2025, Samsung reportedly developed and released a new wireless charging IC (S2MIW06) supporting up to 50 W power transfer under the Qi2.2 standard, signaling its ambitions in high-power wireless systems.
• STMicroelectronics 50 W Combo Solution: In 2024, STMicroelectronics launched a 50 W capable wireless charging transmitter + receiver IC combo targeting applications beyond smartphones including medical devices and industrial equipment.
• Omdia Shipment Forecast Revision: Omdia updated its forecast showing that combined transmitter and receiver unit shipments will grow from 661 million in 2019 to 2.2 billion by 2024, highlighting rapid market scale-up.
• Efficiency Breakthrough in Metasurface Design: Academic researchers demonstrated a Qi-standard metasurface for free-positioning and multi-device wireless power transfer, improving efficiency by up to 4.6x and coverage from ~5×5 cm to ~10×10 cm.

REPORT COVERAGE OF WIRELESS CHARGING IC MARKET

This Wireless Charging IC Market Report provides an in-depth market research report covering technology segmentation, application analysis, and regional breakdowns. The report spans historical data (2019–2024) and provides a forecast window (2025–2034), capturing unit shipment trends, IC architecture developments, and adoption by key verticals.

In terms of technology coverage, the report includes segmentation by IC type transmitter ICs versus receiver ICs and also delves into power rating profiles and semiconductor materials (e.g., silicon, GaN). The application breakdown covers major categories smartphones & tablets, wearable devices, medical devices, automotive, and “other” use cases like IoT and smart infrastructure. These segments are analyzed in terms of IC content per end device, adoption rate, and growth drivers.

On the regional front, the report maps the wireless charging IC landscape across North America, Europe, Asia-Pacific, and Middle East & Africa. For each region, it details unit shipment trends, leading IC players, infrastructure deployment density, and regulatory factors. The competitive landscape section profiles top IC companies, including IDT, Texas Instruments, NXP, ADI, Qualcomm, Broadcom, STMicroelectronics, and On Semiconductor, analyzing their product portfolios, IC roadmaps, and competitive positioning.

Furthermore, the report explores market dynamics, including key drivers (such as consumer electronics demand and infrastructure growth), restraints (cost, certification complexity), opportunities (automotive, industrial adoption), and challenges (thermal management, standard fragmentation). The investment analysis chapter highlights capital opportunities in IC development, modular transmitter platforms, and multi-standard receivers. Finally, the innovation section outlines new product development trends from multi-coil ICs and Qi2.2 compliance to high-efficiency metasurface designs and tracks recent developments (2023–2025) and technology roadmaps for the Wireless Charging IC Market.