Rising manufacturing costs at upstream foundries and back-end packaging and testing are pushing power management IC (PMIC) makers toward price increases, with global implications for device makers and automotive and data-center operators as firms weigh whether to accept higher PMIC prices or shift strategies amid ongoing worldwide capacity constraints and node migration pressures.

India's semiconductor and electronics sectors are accelerating across multiple fronts, from AI-driven power-chip development and domestic EV battery technology to smartphone manufacturing and semiconductor supply-chain expansion. Industry executives and analysts say the shift reflects India's broader effort to move beyond assembly into higher-value chip design, power electronics, and localized tec

Pan Jit's growing confidence in AI and automotive demand is set to shape the global supply of power semiconductors, as data-center power management needs intensify and automotive orders shift away from Nexperia, signaling tighter capacity, potential price adjustments, and new cooling technologies that could carry strategic implications for manufacturers and buyers worldwide in the years ahead.

India's semiconductor and electronics sectors are accelerating across multiple fronts, from AI-driven power-chip development and domestic EV battery technology to...The article requires paid subscription.Subscribe Now

Hua Hong Semiconductor is accelerating its growth strategy through significant capacity expansion and the development of specialty technologies to meet rising global demand. During its latest earnings call on May 14, the company highlighted robust financial performance driven by emerging applications in artificial intelligence and power management.

April results from Taiwan's power electronics sector underscored how deeply artificial intelligence infrastructure is reshaping demand for energy systems, with strong growth across data center power management, backup batteries, and advanced cooling solutions.