Samsung Exynos Chips Enter BMW Supply Chain
According to insiders, global semiconductor giant Samsung Electronics has officially entered the supply chain of German luxury car manufacturer BMW, providing cutting-edge automotive-grade processors for its new electric vehicles. This development is seen as a major breakthrough for Samsung in expanding its automotive parts business portfolio, particularly in the lucrative smart automotive semiconductor market. As a core part of BMW's "Software Defined Vehicle" (SDV) initiative, Samsung Electronics will be a key semiconductor partner.
According to the latest disclosed information, Samsung Electronics has started supplying the Exynos Auto V720 chip for BMW's new iX3 pure electric vehicle. This chip integrates a high-performance CPU and GPU, designed to provide passengers with a smooth, immersive in-car experience. This collaboration not only proves Samsung's strength in high-performance computing but also marks the recognition of its automotive-grade chips by top international luxury car companies after Audi (2019) and Volkswagen (2021).
Driving a New Era: The Intelligent Revolution of the iX3 and 7 Series Electric Vehicles
The new iX3 is not simply an electrification of a traditional model but is the first medium-sized pure electric sports utility vehicle (SUV) built on BMW's acclaimed "Neue Klasse" (New Class architecture) platform. This model was officially unveiled in September 2025 and is planned to be launched in Asian markets such as Korea in the second half of 2026. By equipping Exynos Auto series processors, BMW's new iX3 will have a more powerful infotainment system capable of handling complex navigation data and high-quality multimedia content in real-time.
In addition to the iX3, Samsung's chip strategy is also targeting the higher-end market segments. Reportedly, Samsung plans to supply the upcoming next-generation BMW 7 Series electric vehicle models with the more powerful Exynos Auto V920 processor. As Samsung's third-generation automotive processor, the V920 uses an advanced 5nm process, with CPU processing performance increased by about 1.7 times, and features the Xclipse GPU developed in collaboration with AMD, capable of driving up to six high-resolution displays simultaneously.
Smart Driving Future: The Computational Power Contest of In-Car Infotainment Systems
Samsung's Exynos Auto series processors play the role of a "brain" in in-car infotainment (IVI) systems. As the automotive industry accelerates its transition to software-driven models, the demand for graphic rendering capabilities, AI perception abilities, and audio processing power in automotive systems is experiencing explosive growth. Samsung's chip solutions not only support the concurrent input of up to 12 cameras but also feature a "safety island" design that complies with ASIL-B automotive safety integrity level, ensuring real-time management and fault monitoring of critical driving data while delivering high-performance entertainment.
The deep cooperation between Samsung and BMW signifies a shift in the automotive industry's competition from traditional "horsepower" to "computational power." For Samsung Electronics, successfully entering BMW's supply chain will create significant benchmark effects, helping it to capture more market share in the global competition with chip giants like Qualcomm and Nvidia. As these BMW electric vehicles equipped with "Samsung chips" hit the roads in 2026, global drivers will experience a more intelligent and interactive new space for mobile travel.
