Microchip Technology Inc. (Nasdaq: MCHP) has entered into a strategic partnership with Taiwan-based Delta Electronics Inc., a global leader in power and energy management systems, to accelerate the deployment of next-generation silicon carbide (SiC) technologies for high-efficiency power applications.
The collaboration combines Microchip’s mSiC product line—including MOSFETs, diodes, and gate drivers—with Delta’s expertise in smart, energy-saving power solutions, aiming to deliver innovative systems that meet the surging global demand for sustainable, high-performance power electronics.
With the electrification of industries and the rapid expansion of AI-driven workloads, the need for compact, efficient, and high-reliability power management solutions has intensified. The agreement aligns both companies’ strengths: Microchip brings over two decades of SiC technology development and deep IP in power semiconductors, while Delta leverages its leadership in high-efficiency power systems for sectors including AI, mobility, automation, and infrastructure.
“SiC is increasingly important in sustainable power solutions because of its wide-bandgap properties, which enable smaller and more efficient designs for high-voltage, high-power applications at a lower system cost,” said Clayton Pillion, Vice President of Microchip’s High-Power Solutions Business Unit. “We look forward to forging an impactful path with Delta Electronics on innovating SiC solutions to meet the rising demand of the electrification of everything.”
Under the agreement, Delta will incorporate Microchip’s mSiC components into its future designs, validating the technology for real-world applications. In return, Microchip will provide advanced design support, including technical training, early access to R&D insights, and priority access to new product samples.
The partnership is expected to expedite Delta’s time to market with next-gen energy-saving products, particularly for applications demanding high-efficiency power delivery under stringent size and cost constraints. The deal also reflects a broader industry trend: a pivot away from traditional silicon toward wide-bandgap materials like SiC that can better meet the performance demands of emerging electric and AI-powered systems.
