
According to Micron Technology, the company has signed a long-term supply agreement with Ford Motor Company to secure a stable supply of advanced memory and storage solutions for Ford's next-generation vehicle production.
The agreement follows a similar long-term supply deal that Micron recently signed with General Motors, reflecting the company's continued investment in expanding automotive semiconductor production in the United States. As part of this strategy, Micron is increasing advanced DRAM manufacturing capacity at its Virginia facility to better support growing demand from automotive customers.
DRAM (Dynamic Random Access Memory) is a critical component in servers that power cloud computing, databases, and artificial intelligence (AI) workloads. The rapid expansion of AI infrastructure has significantly increased demand for memory devices across multiple industries.
According to a report from S&P Global Mobility, DRAM prices have risen by approximately 70% since December last year, driven by strong demand for memory chips fueled by accelerating investment in AI data centers.
The automotive industry is also experiencing a sharp increase in memory and storage requirements. As advanced driver-assistance systems (ADAS), intelligent cockpit platforms, and high-performance infotainment systems become standard features in modern vehicles, memory chips have become essential components for automotive electronics. This growing demand has intensified competition among automakers for reliable semiconductor supplies.
"As vehicles become smarter and increasingly reliant on data-intensive applications, the importance of advanced memory and storage technologies continues to grow. This makes collaboration and long-term supply agreements more critical than ever," said Sanjay Mehrotra, CEO of Micron Technology.
The long-term agreements with Ford and General Motors are among 16 customer supply agreements announced by Micron during its third-quarter results, highlighting the company's strategy to strengthen long-term partnerships and support the expanding demand for automotive memory and storage technologies.