OpenAI 与英伟达扩大计算机会，到 2030 年计算规模或达 6000 亿美元

OpenAI 与英伟达扩大计算机会，到 2030 年计算规模或达 6000 亿美元

2026-08-17 20:56

ChainThink 消息，8 月 17 日，据英伟达新闻稿，OpenAI 将在 PORTS-Pike 建设并运营一座人工智能工厂，采用英伟达全栈 DSX AI 工厂平台，覆盖 GPU、CPU、网络和基础设施软件。

初步部署预计提供 4.25 吉瓦 AI 工厂产能。

英伟达称，PORTS-Pike 部署的每代 NVIDIA AI 工厂系统约对应 150 万块 NVIDIA GPU，约代表 1500 亿至 2000 亿美元收入。

该站点支持多次升级周期，英伟达也可能将 PORTS-Pike 安排从初始 4.25 吉瓦扩展，以确保剩余 3.75 吉瓦容量。

OpenAI 承诺将在 2030 年前大规模部署 NVIDIA AI 基础设施。英伟达表示，OpenAI 现有和计划中的承诺约占 12 吉瓦 NVIDIA 计算规模；

若 PORTS-Pike 协议扩展，整体机会或增至约 16 吉瓦，对应到 2030 年约 6000 亿美元 NVIDIA 计算规模。

Disclaimer: Contains third-party opinions, does not constitute financial advice

Recommended Reading

NVIDIA attracts $85 billion in investor demand during massive bond issuance

06-16
NVIDIA attracts $85 billion in investor demand during massive bond issuance

Ethereum surges over 10% in 24 hours, currently priced at $1,841.31

06-16
Ethereum surges over 10% in 24 hours, currently priced at $1,841.31

Amazon announces a multi-billion dollar investment in Missouri to build a data center campus, expected to create over 400 long-term positions

06-16
Amazon announces a multi-billion dollar investment in Missouri to build a data center campus, expected to create over 400 long-term positions

Binance Platform's SpaceX Perpetual Contract Trading Volume Surpasses $9 Billion, Capturing Over 60% Market Share

06-16
Binance Platform's SpaceX Perpetual Contract Trading Volume Surpasses $9 Billion, Capturing Over 60% Market Share

Binance platform XLM/USDT short-term spike down to $0.17, now recovered to $0.225

06-16
Binance platform XLM/USDT short-term spike down to $0.17, now recovered to $0.225

Trump: The Strait of Hormuz has been fully reopened as of Friday, and all agreements have been signed

06-16
Trump: The Strait of Hormuz has been fully reopened as of Friday, and all agreements have been signed

SlowMist: Aztec Connect Contract Hacked for $2.19 Million Due to ZK-Rollup L1/L2 State Boundary Vulnerability

06-15
SlowMist: Aztec Connect Contract Hacked for $2.19 Million Due to ZK-Rollup L1/L2 State Boundary Vulnerability