high-bandwidth memory AI News & Updates
OpenAI Secures Massive Memory Chip Supply Deal with Samsung and SK Hynix for Stargate AI Infrastructure
OpenAI has signed agreements with Samsung Electronics and SK Hynix to produce high-bandwidth memory DRAM chips for its Stargate AI infrastructure project, scaling to 900,000 chips monthly—more than double current industry capacity. The deals are part of OpenAI's broader efforts to secure compute capacity, following recent agreements with Nvidia, Oracle, and SoftBank totaling hundreds of billions in investments. OpenAI also plans to build multiple AI data centers in South Korea with these partners.
Skynet Chance (+0.04%): Massive scaling of AI compute infrastructure increases capabilities for training more powerful models, which could amplify alignment challenges and control difficulties if safety measures don't scale proportionally. The sheer magnitude of resources being deployed ($500B+ project) suggests AI systems of unprecedented power and complexity.
Skynet Date (-1 days): The doubling of industry memory chip capacity and massive compute buildout significantly accelerates the timeline for deploying extremely powerful AI systems. Multiple concurrent infrastructure deals worth hundreds of billions compress what would normally take years into a much shorter timeframe.
AGI Progress (+0.04%): Securing unprecedented compute capacity through multiple deals (10+ gigawatts from Nvidia, $300B from Oracle, plus doubled memory chip production) removes major infrastructure bottlenecks for training frontier models. This represents substantial progress toward the computational requirements theoretically needed for AGI.
AGI Date (-1 days): The rapid accumulation of massive compute resources—including doubling industry memory capacity and securing gigawatts of AI training infrastructure—dramatically accelerates the pace toward AGI by eliminating resource constraints. The timeline compression from multiple concurrent billion-dollar deals suggests AGI development could occur significantly sooner than previously estimated.