
The software defined car is coming, but it will require a new hardware foundation. Ethernet is central to this effort as it will unlock the barriers to bringing high level of computing to vehicles. The effort also comes at a time when the relationship between automakers and technology companies is changing

Semiconductors are the silent engines powering everything from in-vehicle infotainment systems to complex sensors and algorithms required for autonomous driving. Join us to learn more about opportunities and challenges and how semiconductor technology is transforming the automotive sector.
The proliferation of artificial intelligence and the drive towards electrification have led to an unprecedented surge in energy needs. Generating additional electricity might appear to be the straightforward answer, yet the true resolution resides in improving efficiency and power innovation.
Residing in the lowest layer of the hardware stack and integrating all security functions within a single SoC or module, the Axiado TCU effectively acts as a “last line of defense,” even when all other network functions have been compromised. The TCU detects and stops ongoing attacks and recovers the system from an attack with AI intelligence.
AI starts with silicon. To achieve the potential of AI, we need to develop an accelerated infrastructure that delivers the performance, bandwidth, and efficiency required. It’s also radically different from a chip perspective, requiring dramatic increases in performance and new classes of devices. Marvell is in a unique position to deliver on this vision through its product portfolio and critical expertise across digital, analog, and other technologies.