Microsoft and Google Pursue Extended DRAM Agreements with SK Hynix

Try Our Free Tools!
Master the web with Free Tools that work as hard as you do. From Text Analysis to Website Management, we empower your digital journey with expert guidance and free, powerful tools.

Major Tech Giants Forge New DRAM Supply Agreements Amidst Shortage

Microsoft and Google are currently in the midst of negotiations with SK Hynix to establish three-year supply agreements for DRAM.

These contracts are notable for their inclusion of price floor guarantees alongside upfront deposits ranging from 10 to 30 percent of the total value.

This shift in procurement strategy signifies a pivotal moment for leading technology firms, as they increasingly regard DRAM as a strategic reserve amid a global deficit, further intensified by escalating investments in AI infrastructure.

In tandem with these negotiations, SK Hynix and Microsoft are in the final stages of finalizing a long-term contract for DDR5 memory set to commence in 2026.

This deal, valued in the tens of trillions of Korean won, encompasses vital components, including price floor provisions designed to counteract potential declines in DRAM prices, as well as stipulations for prepayments.

Concurrently, SK Hynix is also pursuing contracts with Google, focusing on high-bandwidth memory and general server DRAM.

Samsung Electronics is reportedly seeking analogous agreements and is currently engaged in discussions with both Microsoft and Google, with potential prepayments from Microsoft exceeding $10 billion.

Furthermore, Micron Technology has already advanced significantly in this arena, having inked its inaugural five-year Strategic Customer Agreement, which it publicly disclosed during its fiscal second-quarter earnings call for 2026.

This pivot towards long-term contracts diverges markedly from previous strategies, where key manufacturers like Samsung and SK Hynix tended to exploit rising prices by shunning multi-year commitments.

The ongoing DRAM deficiency has radically altered market dynamics, with prices ascending by 90 to 95 percent from the prior quarter in Q1 2026, and an additional 30 percent increase secured for Q2.

Analysts predict that the surging demand for AI infrastructure, projected to reach an astounding $650 billion in spending for 2026—a staggering 80 percent surge from the preceding year—serves as a primary catalyst for these price fluctuations.

Memory producers are increasingly orienting their focus toward high-margin AI products, inadvertently creating a state of structural undersupply within the traditional DRAM market.

Anticipated new fabrication capacities are not expected to materialize until late 2027, prompting caution among experts regarding an ongoing global chip wafer shortage that may extend through 2030.

In just one year, Google transforms AI challenges into leadership

Transitioning from quarterly procurement strategies to multi-year agreements could potentially disadvantage smaller customers, leaving them vulnerable to longer lead times and elevated costs as more substantial buyers secure their supply through considerable upfront payments.

Source link: Dataconomy.com.

Disclosure: This article is for general information only and is based on publicly available sources. We aim for accuracy but can't guarantee it. The views expressed are the author's and may not reflect those of the publication. Some content was created with help from AI and reviewed by a human for clarity and accuracy. We value transparency and encourage readers to verify important details. This article may include affiliate links. If you buy something through them, we may earn a small commission — at no extra cost to you. All information is carefully selected and reviewed to ensure it's helpful and trustworthy.

Reported By

Souvik Banerjee

I’m Souvik Banerjee from Kolkata, India. As a Marketing Manager at RS Web Solutions (RSWEBSOLS), I specialize in digital marketing, SEO, programming, web development, and eCommerce strategies. I also write tutorials and tech articles that help professionals better understand web technologies.
Share the Love
Related News Worth Reading