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Corporate Score 85 Bullish

Applied Materials Secures Major AI Memory Chip Deals with Micron and SK Hynix

Mar 10, 2026 20:08 UTC
AMAT, MU, SKHYF, NVDA, TSM
Short term

Applied Materials has entered strategic partnerships with Micron Technology and SK Hynix to accelerate production of advanced memory chips for artificial intelligence workloads. The agreements, expected to drive multi-billion-dollar equipment investments, underscore growing demand for high-performance memory infrastructure in the AI era.

  • Applied Materials secures multi-year agreements with Micron and SK Hynix for AI-optimized memory chip production
  • Initial HBM output expansion targets a 60% increase by 2027, supporting AI infrastructure needs
  • Over $1.8 billion in new equipment orders expected for Applied Materials through 2026–2028
  • Critical reliance on EUV lithography and 3D-stacking technologies from TSM and Applied Materials
  • Strong alignment with Nvidia’s Blackwell GPU roadmap and increasing demand for high-bandwidth memory
  • Positive impact on semiconductor capex expectations and equipment vendor sentiment

Applied Materials Inc. (AMAT) has announced binding supply agreements with Micron Technology (MU) and SK Hynix (SKHYF) to co-develop and manufacture next-generation memory chips tailored for AI data centers. The collaboration will focus on high-bandwidth memory (HBM) and stacked die architectures, with initial production ramping in late 2026. The partnerships involve long-term commitments for Applied Materials' advanced lithography and deposition systems, including its Extreme Ultraviolet (EUV) platforms, which are critical for manufacturing chips at the 2nm and sub-2nm nodes. The deals represent a significant shift in the semiconductor supply chain, as major memory producers are aligning with equipment leaders to secure capacity amid surging AI-driven demand. Together, Micron and SK Hynix are projected to increase their HBM output by over 60% by 2027, supporting the growing need for memory bandwidth in high-end AI accelerators. This expansion is expected to generate more than $1.8 billion in new equipment orders for Applied Materials over the next three years, with additional investments in cleanroom infrastructure and process optimization. The partnerships also strengthen the broader ecosystem supporting Nvidia’s (NVDA) AI chip dominance, as HBM is essential for powering next-generation GPUs like the Blackwell series. Additionally, the agreements signal increased reliance on Taiwan Semiconductor Manufacturing Company (TSM) for advanced packaging, where TSM’s 3D-stacking expertise is critical for integrating HBM with AI processors. The momentum is boosting investor confidence in the semiconductor capital expenditure cycle, with analysts revising 2026 equipment spending forecasts upward by 12%.

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