Driver-assistance features feel like software, but they run on a specific, unglamorous piece of hardware: a system-on-chip. Mobileye, freshly public, used its first annual report to describe exactly that chip — which makes the filing a clean primer on what an ADAS SoC actually is and why a chip company sits at the center of the autonomy story.
In its Form 10-K for the year ended December 31, 2022, filed March 9, 2023, Mobileye describes co-developing "six generations of our automotive grade SOC, EyeQ®, with STMicroelectronics," and explains that the higher-end EyeQ5 is "a high-performance computing processor to enable fully autonomous driving vehicles," offered in two forms, EyeQ5 Mid and EyeQ5 High. The document is on sec.gov, surfaced through the EdgarBeast index.
Break down "system-on-chip." Instead of separate chips for processing, memory controllers and accelerators, an SoC integrates the major computing functions onto one piece of silicon. "Automotive grade" means it is built to survive a car's environment — heat, vibration, a long service life, and the reliability bar that safety-critical systems demand. This is not a phone chip repurposed; it is engineered for the vehicle.
What does it do? An ADAS SoC ingests data from cameras and other sensors, runs the perception models that detect lanes, vehicles and pedestrians, and feeds the decisions that drive lane-keeping, adaptive cruise and automatic emergency braking. As the chip gets more powerful — across EyeQ generations — it can run heavier models and support more advanced functions, climbing from assistance toward, in the filing's words, enabling "fully autonomous driving."
The co-development with STMicroelectronics is a detail worth holding. Designing the architecture and the algorithms is one company's expertise; manufacturing automotive-grade silicon at scale is another's. The EyeQ line is a partnership across that boundary, which is also why the chip's roadmap depends on more than one party executing — a structural fact about how this hardware reaches the road.
For a reader, the EyeQ chapter reframes ADAS as a silicon story. The feature you experience as smooth lane-centering is, underneath, a specialized processor running perception software within a strict power and reliability budget. Mobileye's 2022 10-K is a rare plain-language description of that hardware — the chip that quietly does the seeing and deciding behind the driver-assist badge.