Bosch is preparing to give its semiconductor operations a dedicated organizational home, creating a new division effective January 1, 2028. The German automotive supplier says the move will help it respond more directly to customers and pursue growth in markets extending beyond cars, including robotics and artificial intelligence infrastructure.
It has set a target of generating approximately $5.59 billion in semiconductor sales by 2030. The restructuring comes as vehicles increasingly depend on chips for power management, sensing, safety systems, and connectivity.
It also reflects Bosch’s intention to turn decades of semiconductor expertise and major manufacturing investments into a more focused business.
Bosch Separates Semiconductor Operations Into a Dedicated Division
Bosch plans to establish its new semiconductors division on January 1, 2028. The business currently sits within the company’s Mobility Electronics division, but the reorganization will give semiconductor development, manufacturing, and sales a dedicated structure.
The new unit will remain part of Bosch’s Mobility business sector. It is not a sale or spin-off of the semiconductor business, a distinction that matters because the company will continue to own and operate the activities within its wider corporate structure.
The change is part of a broader restructuring of Bosch Mobility announced in late October 2026. Under the new arrangement, Mobility Electronics will focus on electronic control units and power electronics for automotive applications, while the Semiconductors division will take responsibility for chips and sensors.
This separates two closely connected activities that have different customer needs, investment cycles, and market opportunities.
For automakers, semiconductor suppliers are no longer simply component vendors operating in the background. Modern vehicles use chips throughout their electrical and electronic architectures.
Microcontrollers process information from sensors and manage vehicle functions, power semiconductors regulate the flow of electricity in electric and hybrid vehicles, and specialized circuits support communications, driver-assistance features, and other electronic systems.
Software-defined vehicle architectures also increase the need for reliable chip supply. A shortage or design issue involving one critical semiconductor can affect production schedules, while advances in chip capability can influence future vehicle electronics.
Bosch’s new structure is intended to make the semiconductor business more responsive to this changing environment. Erik Rein, who is responsible for Bosch’s semiconductor business, said a dedicated unit would allow the company to tailor its services more closely to customers in automotive, consumer electronics, and other sectors.
The company also expects the new organization to make its semiconductor activities more visible within the group.
Bosch Sets $5.59 Billion Semiconductor Sales Target for 2030
Bosch’s main financial goal for the reorganization is to reach approximately $5.59 billion in semiconductor sales by 2030. The company aims to expand its presence in established automotive and consumer markets while pursuing new opportunities in robotics and other emerging technology sectors.
The target reflects the company’s belief that its semiconductor capabilities can serve a wider customer base than traditional vehicle manufacturing alone.
Bosch focuses on three core semiconductor technologies, including microelectromechanical systems (MEMS) sensors, silicon carbide chips, and application-specific integrated circuits (ASICs).
MEMS devices combine tiny mechanical structures with electronic circuits. Automotive sensors based on this technology can measure motion, acceleration, rotation, and pressure, supporting systems such as airbag control, stability functions, navigation, and driver assistance. Bosch also supplies sensors for consumer and industrial applications.
Silicon carbide, or SiC, is a semiconductor material particularly useful in power electronics. Compared with conventional silicon devices, SiC components can operate efficiently at higher voltages and temperatures and can reduce energy losses in suitable applications.
In electric vehicles, they are relevant to systems such as traction inverters and charging equipment, where efficient conversion and control of electrical power can affect performance, thermal requirements, and driving range.
ASICs are designed for specific functions rather than general-purpose computing. They allow hardware to be tailored to particular electronic-system requirements, and Bosch says its experience integrating chips into complete vehicle systems is a competitive strength.
The company also sees opportunities in robotics. Bosch says its chips already support efficient control of humanoid robots, while high-precision sensors could enable more capable machines and other smart systems.
Demand from artificial-intelligence data centers is another potential growth area across the semiconductor industry, although Bosch’s announcement does not provide a separate revenue target for robotics or data-center products.
A dedicated division could help Bosch pursue these markets with clearer priorities and a structure better suited to external customers. The company says it will increasingly make manufacturing capacity available to outside partners and systematically expand its foundry business.
Foundry services involve manufacturing semiconductor products designed by other companies, giving Bosch a way to generate business from its production capabilities in addition to selling its own chips.
Global Manufacturing Investments Support Bosch’s Expansion Plans
Bosch’s semiconductor strategy is backed by a network of approximately 40 sites worldwide involved in research, development, and manufacturing.
In recent years, Bosch has invested approximately $3.35 billion in its wafer fabrication facilities in Dresden and Reutlingen, Germany. These plants manufacture semiconductor technologies for automotive and other industrial applications.
In the United States, Bosch is investing approximately $2 billion to equip its Roseville, California, facility to manufacture specialized silicon carbide chips.
The project is significant for the North American automotive supply chain because SiC components are increasingly relevant to electric-vehicle power electronics. Local production capacity can also give Bosch another manufacturing base closer to customers and partners in the region.
The company’s expansion is not limited to wafer fabrication. Bosch plans to further expand its semiconductor test center in Penang, Malaysia, by the middle of the 2030s.
Testing is an important stage in semiconductor manufacturing because chips must be evaluated for performance, reliability, and compliance with demanding operating requirements.
Automotive components in particular must function across wide temperature ranges and withstand years of use in environments involving vibration, electrical loads, and changing conditions.
Bosch also holds a 10% stake in European Semiconductor Manufacturing Company, or ESMC, a joint venture in Dresden. The project adds to the region’s semiconductor manufacturing ecosystem and gives Bosch a connection to a broader chip-production initiative.
Together, these investments show that the new division will be supported by existing manufacturing assets, planned capacity, and partnerships rather than starting as a separate operation from scratch.
For automakers, closer alignment between chip development and customer requirements may help coordinate product road maps.
Expanded foundry services could also give external chip designers access to manufacturing capacity. However, the reorganization alone does not guarantee shorter lead times, lower prices, or immunity from supply disruptions.
The automotive chip market remains competitive and capital-intensive. Semiconductor manufacturing requires expensive equipment, technical expertise, and long development cycles.
Bosch will have to balance investment in its established automotive products with growth opportunities in robotics, consumer electronics, and other markets. Its target of approximately $5.59 billion in semiconductor sales by 2030 will depend on customer demand, manufacturing efficiency, and how quickly new applications reach commercial production.
The January 2028 reorganization is therefore an organizational step in a longer semiconductor strategy. Bosch is not leaving automotive electronics; it is giving chips and sensors a dedicated business structure while keeping the new division inside its Mobility sector.
With major investments in Germany and California, plans for Malaysia and a broader push into external manufacturing, the company is positioning its semiconductor operations for a wider role in the technology supply chain. The results will become clearer as the new division takes shape and Bosch works toward its 2030 sales target.
