The industry is in the early stages of SDV adoption, but its growth is momentous. Manufacturers are embracing SDV architectures, which will soon change the driving experience for consumers and the automotive industry.

Dual channel, eFuse high-side switch controlled through a serial peripheral interface. The device integrates wire protection and real time diagnostics for a range of automotive faults, as well as an industry leading low IQ mode for always on loads.

This automotive Ethernet PHY provides secure 100Mbps, full duplex communication over single twisted-pair cable and clocking capability for audio over Ethernet with integrated time=sensitive networking.

This SoC provides high-performance compute for traditional and deep learning algorithms at industry-leading performance/power ratios with systems integrated to enable scalability, safety, security, and lower costs for advanced vision applications.

DS90UH983-Q1 supports SuperFrame, 2 MST and daisy-chain to enable 4 displays from DP input and transmits FPD-Link IV over low-cost coax or STP cables. The device supports 4K video and 30-bit color over FPD-Link™ IV or HDCP v1.4 over FPD-Link III.

Software-defined vehicles are creating opportunities for automotive manufacturers to decrease the time and cost involved in developing new vehicles and functions and to continue improving the driver experience throughout the vehicle’s lifetime.

The goal of moving from domain to zone architecture is a fully software-defined vehicle that combines standardized components for sensors, actuators, zonal modules and data links. With this goal, diverse ideas in different fields are combining.