Global Leading Market Research Publisher QYResearch announces the release of its latest report “Qi2 Wireless Charging Chip – Global Market Share and Ranking, Overall Sales and Demand Forecast 2026-2032″. Based on current situation and impact historical analysis (2021-2025) and forecast calculations (2026-2032), this report provides a comprehensive analysis of the global Qi2 Wireless Charging Chip market, including market size, share, demand, industry development status, and forecasts for the next few years.
The global market for Qi2 Wireless Charging Chip was estimated to be worth US$ 39.06 million in 2025 and is projected to reach US$ 79.3 million, growing at a CAGR of 10.8% from 2026 to 2032. The latest Qi2 wireless charging standard from the WPC is optimized based on Apple’s MagSafe, utilizing the MPP (Magnetic Power Profile) protocol. It makes wireless charging more user-friendly in terms of alignment and usage, offering better compatibility and charging efficiency. The WPC has standardized and integrated authentication verification to enhance practicality and convenience, further promoting the widespread adoption of wireless charging. Qi2 certification requires products to include both EPP (Extended Power Profile) and MPP transmission areas, and they must incorporate authentication. Single BPP (Baseline Power Profile) wireless chargers cannot obtain Qi2 certification, and in multi-coil wireless chargers, while BPP can be included, there must be at least one EPP or MPP.
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- Market Growth Drivers: From Fumbling with Cables to Magnetic Alignment and Universal Compatibility
The Qi2 wireless charging chip market is propelled by several converging forces. Consumers increasingly recognize that first-generation Qi wireless charging creates frustration through finicky alignment, slow charging speeds, and device slippage during use. Qi2 wireless charging chips with Magnetic Power Profile eliminate these vulnerabilities by providing magnetic alignment that snaps devices into optimal position, enabling consistent charging at Extended Power Profile levels. Global wireless charging receiver shipments reached 1.1 billion units in 2025, with Qi2 compatible devices representing an emerging and rapidly growing segment.
Recent Industry Data (Last 6 Months, Q4 2025 to Q2 2026)
According to QYResearch tracking, global Qi2 wireless charging chip shipments grew 14.2 percent year-over-year in Q1 2026, with the above 5W to 15W segment representing 78 percent of volume. Magnetic Power Profile adoption reached 41 percent of new Qi2 certified devices, driven by smartphone integration. Authentication verification compliance became mandatory for Qi2 certification in December 2025, accelerating chip redesign cycles. The wearables segment including smartwatches and true wireless stereo earbuds cases grew at 16.7 percent CAGR, the fastest among applications. China-based chip designers including Hynetek, Chipsea, and Southchip captured 44 percent of the Qi2 wireless charging chip market, leveraging smartphone manufacturing concentration.
User Case Example: Smartphone OEM, China
A tier-one smartphone manufacturer transitioning its flagship and mid-range lines to Qi2 wireless charging chip integration deployed Magnetic Power Profile receivers across 28 million devices annually. Key outcomes after nine months included user complaint reduction for wireless charging alignment issues by 73 percent, as magnetic alignment eliminated overnight charging failures. Extended Power Profile support enabled 15W wireless charging, reducing full-charge time from 3.5 hours (Qi 5W) to 1.8 hours. Authentication verification integration enabled accessory ecosystem development, with 14 third-party Qi2 certified magnetic chargers launched within six months. The company reported a 22 percent increase in wireless charging feature usage among Qi2 device owners compared to previous Qi 1.3 generation devices.
Technical Challenges and Performance Parameters
Despite rapid adoption, several technical challenges persist in the Qi2 wireless charging chip landscape. Coil design complexity increases with Magnetic Power Profile requirements, as integrated magnets must not interfere with electromagnetic field coupling while maintaining alignment force. Thermal management at Extended Power Profile levels (15W) requires advanced materials and PCB layout techniques, adding 10 to 18 percent to bill-of-materials costs compared to Baseline Power Profile designs. Authentication verification implementation requires secure key storage and cryptographic processing, increasing chip area and power consumption. Foreign object detection sensitivity must be calibrated to prevent metal heating while avoiding false triggers from magnetic rings. Interoperability across the growing ecosystem of Qi2 wireless charging chips, transmitters, and receivers demands extensive testing investment.
Recent technical advancements addressing these challenges include integrated magnetic shielding materials reducing eddy current losses, adaptive frequency control improving efficiency above 80 percent at 15W, and dedicated cryptographic accelerators minimizing authentication power overhead.
Policy and Standardization Update (2025 to 2026)
The Wireless Power Consortium announced updated Qi2 certification requirements effective January 2026, mandating Magnetic Power Profile support for all new smartphone charger certifications and phasing out Baseline Power Profile-only approvals. The European Union’s Radio Equipment Directive, amended December 2025, added wireless charging interoperability requirements aligned with Qi2 standards. China’s Telecommunications Administration issued recommended specifications for magnetic wireless charging in February 2026, accelerating domestic Qi2 wireless charging chip adoption.
- Industry Deep Dive: MPP versus EPP versus BPP Divergent Requirements
A critical analytical layer distinguishes between three primary power profiles within the Qi2 wireless charging chip market.
Magnetic Power Profile represents the defining feature of Qi2, enabling magnetic alignment between transmitter and receiver. Power delivery up to 15W, same as Extended Power Profile, but with added magnetic positioning. Key requirements include integrated Hall sensors or magnetic field detection, alignment verification for user feedback, and mechanical integration with device magnets. This profile is mandatory for Qi2 certification and is the fastest-growing segment at 14.8 percent CAGR. Representative chip vendors include Hynetek, Infineon, Chipsea, and Southchip.
Extended Power Profile delivers up to 15W without magnetic alignment requirements. Key requirements include foreign object detection for safety, efficiency above 80 percent at full power, and compatibility with standard Qi transmitters. This profile represents approximately 45 percent of Qi2 wireless charging chip volume, with stable growth at 9.2 percent CAGR. Representative chip vendors include Weltrend, iSmartWare, and MERCHIP.
Baseline Power Profile delivers up to 5W and cannot achieve Qi2 certification alone but may coexist with EPP or MPP in multi-coil designs. This segment is declining at negative 3.1 percent CAGR as consumer expectations shift to higher power. Representative chip vendors include Leadtrend, Jadard, and Unicmicro.
Exclusive Observation from QYResearch Industry Analysis
The Qi2 wireless charging chip market is experiencing a fundamental shift from proprietary magnetic solutions to standardized Magnetic Power Profile. Apple’s MagSafe, previously a brand-differentiated feature, has become the baseline for Qi2 certification through technology contribution to the Wireless Power Consortium. In 2025 to 2026, approximately 37 percent of Android smartphone models launched with Qi2 wireless charging chip support, up from 8 percent in 2024, indicating that magnetic wireless charging is transitioning from Apple exclusive to industry standard.
Furthermore, the distinction between wireless charging transmitter chips and receiver chips is creating specialized market segments. Receiver-side Qi2 wireless charging chips require integration with battery management systems and thermal monitoring, while transmitter-side chips prioritize coil driving capability and foreign object detection sensitivity. Vertically integrated chip vendors offering both receiver and transmitter solutions are gaining share, as they enable single-vendor qualification for device OEMs producing both phones and chargers. Early adopting OEMs report 23 percent faster certification timelines when using matched chipset pairs.
A second emerging trend is Qi2 adoption in non-smartphone applications. While smartphones represent 68 percent of Qi2 wireless charging chip volume, wearables including smartwatches and true wireless stereo earbud cases are growing at 16.7 percent CAGR. The magnetic alignment feature is particularly valuable for small-form-factor devices where positioning precision significantly impacts charging efficiency. Additionally, the automotive sector is adopting Qi2 wireless charging chips for in-vehicle charging pads, where magnetic alignment prevents device movement during vehicle operation. Automotive applications represent a nascent but high-value segment with longer design cycles but higher ASP and volume potential.
- Market Segmentation Data
The Qi2 Wireless Charging Chip market is segmented as below.
By Key Players: Hynetek, Infineon, Chipsea, Injonic, iSmartWare, Weltrend, Southchip, MERCHIP, Leadtrend, Jadard, Unicmicro
Segment by Power Range:
- Less than or equal to 5W: Baseline Power Profile, declining segment at negative 3.1 percent CAGR
- Above 5W to 15W: Largest segment at 78 percent of chip volume, includes both MPP and EPP profiles
- Others including above 15W: Emerging segment for tablet and laptop applications
Segment by Application:
- Smartphone: Largest segment at 68 percent of chip volume, primary driver for Qi2 adoption
- Wearables: Fastest-growing at 16.7 percent CAGR, including smartwatches and earbud cases
- Others: Automotive, tablets, medical devices, 6 percent
Regional Insights from Exclusive QYResearch Data:
China dominates with 56 percent of global Qi2 wireless charging chip consumption, driven by smartphone and accessory manufacturing concentration. North America follows with 19 percent, led by premium smartphone adoption. Europe accounts for 14 percent, with accelerating adoption due to interoperability requirements.
- Strategic Outlook for Stakeholders 2026 to 2032
The Qi2 wireless charging chip market has substantial growth potential, with significant opportunities for vendors that differentiate through Magnetic Power Profile integration, authentication security, and multi-protocol support.
For chip manufacturers: Invest in Magnetic Power Profile capabilities with integrated magnetic sensing and alignment verification. Qi2 certification is now mandatory for premium smartphone design wins. Develop Qi2 wireless charging chip solutions with integrated authentication verification to reduce external component count. Expand reference designs targeting wearables where magnetic alignment provides significant user experience advantage. Pursue automotive qualification for in-vehicle charging applications representing higher ASP and longer product lifecycles.
For device OEMs: Transition wireless charging portfolios to Qi2 wireless charging chips to support Magnetic Power Profile and meet updated WPC certification requirements. For smartphones, prioritize Extended Power Profile 15W charging to differentiate from 5W Baseline Power Profile competitors. Require chip vendors to demonstrate Qi2 certification and provide interoperability test reports across major transmitter brands.
For investors: Watch for consolidation in the Qi2 wireless charging chip market as WPC certification requirements raise barriers to entry. China-based vendors with smartphone design wins are attractive acquisition targets for Western power management semiconductor companies. Wearable-focused Qi2 wireless charging chip startups represent high-growth venture opportunities, particularly those addressing true wireless stereo earbud case integration where magnetic alignment provides unique value.
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