Topic

Data Center Power

Artwork for Stanford MS&E435 Economics of the AI Supercycle | Spring 2026 | Infrastructure, Capstone Case
Stanford MS&E 435

Stanford MS&E435 Economics of the AI Supercycle | Spring 2026 | Infrastructure, Capstone Case

OpenAI’s compute lead is becoming an industrial-scale infrastructure problem spanning chips, power, cooling, land, and supply-chain coordination. The episode argues that agentic AI is shifting workloads toward inference, latency, and heterogeneous hardware, while long-term value may move from infra toward platforms and apps.

Artwork for Stanford CS153 Frontier Systems | The Discipline of Delivering Value per Gigawatt
Stanford CS153 Frontier Systems

Stanford CS153 Frontier Systems | The Discipline of Delivering Value per Gigawatt

Amin Vahdat argues that frontier AI infrastructure should be judged by value delivered per gigawatt, not by raw capacity or capex alone. He explains how Google is scaling TPUs, networking, and data centers around reliability, system balance, and long-lead power constraints.