Press release, 28 December 2025
MediaTek and Japanese automotive tech leader Denso have announced a major collaboration to co-develop custom automotive System-on-Chip (SoC) solutions designed to power next-generation advanced driver-assistance systems (ADAS) and cockpit computing platforms. The partnership combines Denso’s decades-long expertise in automotive safety and vehicle integration with MediaTek’s semiconductor design strengths — creating a scalable, high-performance chip platform tailored to the stringent needs of modern vehicles.
With the automotive industry accelerating toward smarter and more automated driving, demand for powerful, efficient, and safety-certified SoCs is surging. MediaTek and Denso’s joint solution aims to meet that demand by providing an automotive-grade chip that can handle real-time data from multiple sensors such as cameras, radar and lidar — a critical capability for advanced driver-assistance and situational awareness. According to the companies, the custom SoC will be engineered to meet ISO 26262 functional safety standards, offering performance levels aligned with ASIL-B and ASIL-D requirements — essential for safety-critical applications in ADAS and cockpit computing.
At the heart of the joint platform is a focus on high efficiency, powerful artificial intelligence compute, and fast time-to-market development. MediaTek brings its heterogeneous computing architecture, featuring dedicated AI and neural processing accelerators alongside advanced image signal processing (ISP) technology. This hardware backbone supports multi-sensor fusion — meaning that data from cameras, radar and lidar can be intelligently combined for richer vehicle perception and safer decision-making. Denso contributes its deep automotive engineering know-how, including rigorous testing, safety compliance, and systems integration expertise that are crucial for real-world automotive deployment.
Beyond performance, the collaboration emphasizes speed and ease of adoption for vehicle makers and Tier-1 suppliers. By leveraging a portfolio of pre-validated IP blocks, reference designs, safety documentation and development toolchains aligned with industry standards such as AUTOSAR and ISO 26262, the companies say that partners can accelerate development timelines and reduce integration risk — a key advantage in an era where automotive manufacturers are racing to introduce more capable ADAS features.
“This collaboration brings two industry leaders together to address the most demanding needs of global automotive manufacturers and integrators,” said Dr. Mike Chang, Corporate Vice President and General Manager of MediaTek’s Automotive Business. “By exceeding benchmarks in safety, energy efficiency, and AI-driven perception, we aim to advance the future of assisted driving and further push the boundaries of intelligent mobility.”
The custom SoC platform will support essential automotive networking protocols — including CAN FD, LIN and time-sensitive networking (TSN) — and is expected to be AEC-Q100 qualified for reliable performance under the harsh conditions of the automotive environment. These capabilities position the solution to serve not only advanced driver-assistance functions but also cockpit systems that require high-speed processing and robust functional safety assurances.
Market analysts see this type of collaboration as a response to the broader industry shift toward software-defined vehicles, where centralized compute platforms replace multiple discrete controllers and sensors, simplifying design and boosting performance. By investing in custom silicon optimized for AI and sensor fusion, automotive OEMs can deliver richer functionality — from enhanced adaptive cruise control and lane-keeping assist to more sophisticated autonomous driving features — while maintaining power efficiency and safety.
As vehicle makers increasingly adopt these technologies, partnerships like MediaTek and Denso’s may play an important role in addressing the global semiconductor shortage and the rising complexity of automotive electronics. By combining the strengths of a global semiconductor innovator with a leading automotive systems integrator, this collaboration aims to accelerate the rollout of next-generation ADAS while setting a new standard for automotive compute performance.
