Onsemi Plans to Invest $8 Million in Wide Bandgap Materials Research Center at Stony Brook University


LongbridgeAI
07-18 23:35
2 sources
Summary
onsemi plans to invest $8 million to establish a wide-bandgap materials research center at Stony Brook University, as part of a $20 million collaboration aimed at making New York a hub for power semiconductor innovation. The center will focus on silicon carbide and other materials critical for energy efficiency in AI and electrification, and is expected to be operational by early 2027. The initiative includes developing educational programs in semiconductor technology, enhancing economic development and national security, and fostering skilled talent in the field.SemiConductor
Impact Analysis
First-Order Effects:
- Growth Opportunities: Establishing this research center positions onsemi to become a leader in wide-bandgap materials, potentially enhancing its product offerings in power semiconductors, particularly in the growing fields of AI and electrification.SemiConductor
- Operational Efficiencies: The focus on silicon carbide (SiC) and other advanced materials could lead to more energy-efficient product lines, appealing to eco-conscious and technologically advanced markets.SemiConductor
Second-Order Effects:
- Industry Impact: As New York is emphasized as a hub for innovation through this collaboration, other semiconductor firms may follow suit, possibly leading to increased regional competition or collaboration opportunities.SemiConductor
Investment Opportunities:
- Strategic Positioning: Investors might view this as a positive strategic move towards future-proofing onsemi’s technology and market position, potentially increasing long-term shareholder value even though the market value has decreased by 8% year-to-date compared to the PHLX Semiconductor Index which rose by 14%.Benzinga
- Risks: The research center’s benefits depend on successful execution and integration of technological advancements into onsemi’s commercial products, which could face delays or challenges.SemiConductor
Event Track

