The pace of electrification has spurred the automotive powertrain semiconductor market revenues where double-digit growth has been forecasted in many semiconductor device categories. This document is an analysis of the major powertrain electronics subsystems and their semiconductor components taking into account propulsion system design (ICE, electric, and hybrid), fuel type, prevailing emission standard, power of electric motor, battery type, and other engine characteristics to develop a forecast for semiconductor ICs that extends from 2016 to 2032.
The pace of electrification has spurred the automotive powertrain semiconductor market revenues where double-digit growth has been forecasted in many semiconductor device categories. This document is an analysis of the major powertrain electronics subsystems and their semiconductor components taking into account propulsion system design (ICE, electric, and hybrid), fuel type, prevailing emission standard, power of electric motor, battery type, and other engine characteristics to develop a forecast for semiconductor ICs that extends from 2016 to 2032.