Market Analysis

Increasing supplier base driving Chinese MCU growth

Increasing supplier base driving Chinese MCU growth

The global microcontroller (MCU) market has undergone significant shifts in recent years, largely influenced by supply chain disruptions caused by the pandemic, combined with foundry capacity shortages and stockpiling.

These factors led to a sharp increase in average selling prices (ASPs), rising from approximately $0.60 in 2020 to $0.93 by 2023. Despite the stabilisation of supply chains and the return of just-in-time ordering by late 2023, ASPs have not returned to pre-pandemic levels.

However, the entry of new suppliers, particularly from Mainland China, has created price competition, partially offsetting the previous price surge. Government-backed incentives in China have encouraged new entrants into the MCU market, igniting price wars that have helped temper ASP growth. Nonetheless, a full return to pre-pandemic prices remains unlikely. According to Tom Hackenberg, Principal Analyst, Computing & Software at Yole Group, advancements in MCU technology – such as the adoption of cutting-edge process nodes, the shift from lower-cost smartcard MCUs to more advanced secure MCUs, and increasing demand for high-reliability MCUs in specific sectors – have contributed to maintaining elevated prices. These factors have slowed the pace of any substantial price reductions.


In Yole Group’s ‘Status of the Microcontroller Industry 2024‘ report, the firm offers an in-depth analysis of the MCU market, providing critical data for businesses, institutions, and stakeholders. The report presents long-term forecasts and examines key technology trends and market dynamics, serving as a complement to Yole’s quarterly Microcontroller Market Monitor.

The report also explores the competitive landscape, highlighting the leading and mid-sized MCU suppliers catering to small and mid-sized OEMs. While gradual price declines are expected, with projections suggesting ASPs may decrease to around $0.88 in the coming years, the market remains influenced by factors such as global inflation and supplier-driven price competition. Yole anticipates that MCU prices will hover around $0.90 through 2029, influenced by both product substitution and inflationary pressures across industries.

Among the leading MCU manufacturers, companies like Infineon Technologies, Renesas, and NXP remain highly competitive, with only minor differences between them. NXP continues to hold a dominant position in the automotive MCU sector. As the COVID-19 pandemic transitions to an endemic phase, MCU suppliers have begun adjusting their global strategies. Despite the growing number of smaller suppliers, especially from Asia, the competitive landscape has remained relatively stable.

Chinese OEMs have made significant strides in the semiconductor market, with a particular focus on MCU development. This expansion is driven by increasing demand in sectors such as smart home systems, the automotive industry, and the integration of AI into various applications. Chinese firms are increasingly investing in in-house MCU development to improve supply chain control and foster self-sufficiency. Notable companies like BYD Semiconductor, China’s leading MCU manufacturer, have risen to prominence through substantial investments in this area.

The ‘Status of the Microcontroller Industry 2024′ report provides detailed insights into these market dynamics, offering valuable information for anyone involved in the evolving MCU market.

Managing Editor
Paige Hookway is the Managing Editor of Procurement Pro, where she brings over a decade of industry experience to shaping insightful, engaging, and forward-thinking content for the global electronics community. After graduating from the University of Greenwich with a 2:1 in English Literature, Paige blended her love of storytelling with a deep curiosity for technology – carving out a career that champions both innovation and the people behind it. Across her 10+ years in the sector, Paige has developed a strong reputation for uncovering emerging trends, translating complex concepts into accessible insights, and spotlighting the voices shaping the future of engineering. She is particularly passionate about encouraging the next generation of engineers and elevating women in tech narratives that inspire, empower, and drive meaningful change. When she’s not immersed in the latest engineering developments, Paige can be found wrapped up in a blanket with a cup of tea and a good book.