Nvidia Customers Notified About AI-Related Price Hikes
iTnews
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Details
- Date Published
- 23 Aug 2026
- Priority Score
- 2
- Australian
- Yes
- Created
- 24 Aug 2026, 02:01 am
Description
Above 15 percent.
Summary
Nvidia has reportedly notified major customers of a 15 percent price increase for servers containing its advanced AI chips, including the next-generation Vera Rubin and Grace Blackwell architectures. These cost increases, driven by surging memory chip expenses, reflect the high financial barriers to entry for developing and scaling frontier AI models. The hike impacts major infrastructure providers like Microsoft and Google, potentially slowing the rapid expansion of compute capacity essential for training massive-scale AI systems. This development highlights the concentration of power in the AI hardware supply chain, which is a critical factor for global governance and safety monitoring of high-end compute resources.
Body
Some of Nvidia's largest customers have been told prices of servers containing its AI chips will rise by more than 15 percent in many cases with memory chip costs soaring, Bloomberg News reported.
The price hikes will go into effect on systems shipped early next year and will impact systems including those with the flagship Vera Rubin and Grace Blackwell chips, the report added, citing people familiar with the process.
The increases will depend on Nvidia's chip generation and memory configurations, they said.
Reuters couldn't immediately verify the report.
Nvidia did not immediately respond to a request for comments outside regular business hours.
Companies that build servers under contract for large data centre operators such as Microsoft, Google and Oracle have recently informed their customers of the upcoming increases, the report added.
Nvidia, whose chips underpin much of the AI infrastructure buildout, is set to report second-quarter results on August 26.
The company has become a proxy for the broader AI ecosystem spanning chip makers and companies financing the rapid expansion of data centre capacity.