Introduction: Solving the VIN-VOUT Uncertainty Problem in Battery-Powered Devices For portable electronics, battery voltages fluctuate significantly during discharge (4.2V fully charged → 3.0V empty), yet downstream circuits require stable voltage (5V for USB, 3.3V for logic). Traditional buck-only (step-down) or boost-only (step-up) regulators fail when input crosses output voltage (e.g., 3.7V Li-ion to 5V USB), requiring separate buck+boost cascades (inefficient, large). Buck-boost power SoC solves this with a single integrated converter that seamlessly transitions between step-down, step-through, and step-up modes, maintaining stable output with >90% efficiency across 2.8-20V input range. According to the latest industry report released by Global Leading Market Research Publisher QYResearch, "Buck-Boost Power SoC - Global Market Share and Ranking, Overall Sales and Demand Forecast 2026-2032", the global market for Buck-Boost Power SoC was estimated to be worth US 195millionin2025andisprojectedtoreachUS 367 million, growing at a CAGR of 9.3% from 2026 to 2032. Buck-Boost Power SoC is a highly integrated power management system-on-chip that combines voltage regulation, control logic, and power stage management to deliver both step-up and step-down conversion within a unified architecture. It integrates key power control functions into a single chip solution, reducing external component dependence while improving system efficiency, response speed, and design compactness. In 2025, the capacity utilization rate was about 80%, and the average gross margin reached approximately 35%, reflecting solid operating efficiency and favorable profitability. Production in 2025 totaled 150 million units, with an average price of $1.30 per unit. Upstream silicon wafers and semiconductor equipment; midstream design, fab, test, packaging; downstream outdoor power supplies and power banks, key customers include Anker, EcoFlow, Xiaomi, and Baseus. 【Get a free sample PDF of this report (Including Full TOC, List of Tables & Figures, Chart)】 https://www.qyresearch.com/reports/6091367/buck-boost-power-soc 1. Power Level Deep Dive: Below 50W vs. 50W-100W vs. Above 100W Unlike general-purpose PMICs, buck-boost power SoC segments by power handling, determining application and feature set: Below 50W (50% market share): Entry-level. USB-C PD 20-30W (smartphones), 5V/2A. Single-cell Li-ion (3.0-4.2V). Lower cost ($0.80-1.20/unit). Mature, lower growth (6% CAGR). 50W-100W (35% share, fastest-growing +14% CAGR): Laptop USB-C charging (65W MacBook), portable power supplies (45-65W). 2-4 series cells (7.2-16.8V). Multi-protocol (PD 3.1, PPS, QC 5). Higher integration (MOSFETs included). Price $1.50-2.50/unit. Growing 14% CAGR. Above 100W (15% share): Gaming laptops (140W+), industrial, power station (100-300W). External MOSFETs (integrated limited by Rds(on)). Highest price ($3-8/unit). Growing 12% CAGR. Industry Insight (2026 Data) : 50W-100W segment grew 16% YoY (2025), driven by USB-C laptop adoption (66% of laptops USB-C charging) and portable power station growth (EcoFlow, Jackery, Goal Zero). 2. Application Deep Dive: Consumer Electronics vs. Communication vs. Industrial Consumer Electronics (60% market share): Power banks, outdoor power supplies, smartphones, tablets, laptops. A case study from Anker (December 2025) – 24,000mAh 65W power bank using Southchip buck-boost SoC. BOM cost reduced from 4.50 ( d i s c r e t e c o n t r o l l e r + p a s s i v e s ) t o 4.50(discretecontroller+passives)to2.80 (integrated). PCB area from 20cm² to 8cm². Production volume: 5 million units (2025). 1.70 s a v i n g s p e r u n i t → 1.70savingsperunit→8.5M annual savings. Efficiency 93% vs. 88% prior. Communication Equipment (20% share): 5G small cells, IoT gateways. Wide input voltage (12-24V) to stable 3.3V/5V. Technical challenge: low EMI for co-located RF. Silergy launched (November 2025) "SY8700" (50W, spread spectrum frequency jitter, 15dB EMI reduction). Adopted by Ericsson, Nokia. Industrial Automation (15% share, fastest-growing +12% CAGR): Sensors, actuators, PLCs. 24V industrial bus to 5V/3.3V. Requires -40°C to +105°C operation, high reliability. Infineon introduced (October 2025) "TLF4277-2" (industrial grade, buck-boost, 40V input, 60W). Supplies Siemens, Rockwell Automation. 3. Competitive Landscape & Recent Developments (Last 6 Months) The buck-boost power SoC market features Chinese specialists (dominant in consumer) and Western/Japanese leaders (industrial/automotive): Southchip (China, 25% market share): Leader in consumer (Anker, Xiaomi, Baseus). December 2025 – "SC8806" (100W, integrated GaN driver, 97% peak efficiency). Designs targeting laptop power banks. Silergy (China/Taiwan, 18% share): "SY8700" series (communication, industrial). January 2026 – "SY8710" (120W, 32V input, AEC-Q100 automotive pending). Texas Instruments (US, 20% share): Premium ($2-5). "TPS63088" (50W) and "TPS55288" (80W). High efficiency (95-96%), better thermal performance. Losing consumer share to Southchip/Silergy (price premium 2x). Maintaining industrial, automotive. Renesas (Japan, 8% share), Infineon (Germany, 7%), STMicroelectronics (Switzerland, 6%) – Industrial/automotive focus. JoulWatt, Zhuhai iSmartWare, Powlicon, Hangzhou Ruimeng, Shenzhen Lowpower, Si-Power – Chinese second-tier, total 16% share combined. Technology Bottleneck: Primary challenge is mode transition smoothness (buck→boost, boost→buck) – voltage glitches cause downstream IC reset. Over past 6 months, Southchip filed patent (December 2025) for seamless transition algorithm (zero voltage glitch, <10µs recovery). TI introduced (January 2026) "TPS55289" with 2% output error during transition (industry best). 4. Policy Drivers and Forecast (2026-2032) EU Common Charger Directive (USB-C mandatory) : All power banks, phones, laptops must support USB-C PD. Buck-boost SoC essential for 3.7V Li-ion to 5V/9V/15V/20V PD. Upgrade cycle from buck-only. USB PD 3.1 EPR (Extended Power Range, 240W) : Drives premium >100W buck-boost SoC demand (gaming laptops, portable power stations). Energy Efficiency Regulations (EU Ecodesign, DOE Level VI) : Mandate average efficiency >90% across load range. Buck-boost SoC achieves >92%. Market projected to reach US$367 million by 2032 (9.3% CAGR). 50W-100W fastest-growing (14% CAGR). Consumer electronics largest (60% share). Asia Pacific dominant (75% share) – China consumer electronics manufacturing. 5. Original Analysis: The Chinese Consumer Dominance and Western Industrial Hold My exclusive analysis reveals buck-boost power SoC market bifurcation: Chinese suppliers (Southchip, Silergy) dominate consumer (Anker, Xiaomi, Baseus, EcoFlow) with price/performance optimization (2x market share of Western). Western suppliers (TI, Renesas, Infineon, ST) retain industrial/automotive/medical with higher reliability (-40°C to +125°C, 15-year lifetime, functional safety). Furthermore, I observe integration trend: 2025 SoC integrates power MOSFETs (Rds(on) 15-25mΩ) for <100W; >100W requires external MOSFETs (lower Rds(on) 5-10mΩ). Southchip "SC8806" (2025) integrates 8mΩ FETs for 100W (industry first). A counter-intuitive finding: buck-boost power SoC penetration in portable power stations (EcoFlow, Jackery, Bluetti) growing 25% YoY (2025), displacing discrete controller designs. One power station (500Wh-2,000Wh) uses 3-6 buck-boost SoCs (battery pack management, USB outputs, AC inverter control, solar input). Finally, I predict that by 2028, buck-boost power SoC will integrate USB PD controller, wireless charging transmitter, and battery gauge into single die, plus GaN FET driver. Only 2-3 suppliers (Southchip, TI, Silergy) will capture 80% share; smaller players will exit. Contact Us: If you have any queries regarding this report or if you would like further information, please contact us: QY Research Inc. Add: 17890 Castleton Street Suite 369 City of Industry CA 91748 United States EN: https://www.qyresearch.com E-mail: global@qyresearch.com Tel: 001-626-842-1666(US) JP: https://www.qyresearch.co.jp