Power-Efficient VLSI Design at the Heart of the EV Revolution
semiconductor-digest.com Jun 3, 2026

Power-Efficient VLSI Design at the Heart of the EV Revolution

AI-summarised brief · reviewed before publication

Electric vehicles have surpassed 20% global sales in 2026, marking a significant shift in the automotive industry. The semiconductor content per vehicle has tripled compared to conventional combustion cars, with premium EVs embedding over $1,200 in silicon for power management, motor control, and advanced driver assistance. Every one of these chips is a VLSI engineering problem, with low-power design becoming a frontline priority to optimize efficiency and meet reliability standards. The challenge is complex, requiring simultaneous consideration of power optimization, reliability, and safety requirements.

💡 Why It Matters

  • · The rise of electric vehicles has created a semiconductor market projected to reach $68 billion by 2030, with every milliwatt of efficiency counting in the quest for range and performance.
  • · The stakes are high, with 3-5% of a battery pack's stored energy potentially lost to inefficient silicon, equivalent to 3-5 kilometers of claimed range evaporating within the electronics.