OpenAI has recently reached an important strategic partnership with U.S. semiconductor giant Broadcom, planning to jointly design and mass-produce self-developed artificial intelligence chips. This news was first disclosed by the Financial Times on September 5, revealing that OpenAI aims to reduce its reliance on NVIDIA through this collaboration.

According to Broadcom's CEO Hock Tan, the company revealed in a recent earnings call that it has successfully secured its fourth major client for a custom AI chip business, with an order value of up to $1 billion. Although the client's identity was not explicitly mentioned during the call, informed sources confirmed that this major client is indeed OpenAI. This large order not only demonstrates OpenAI's ambition in the chip industry but also highlights Broadcom's strong demand in the AI market.

This collaboration follows the actions of tech giants such as Google, Amazon, and Meta. These companies are actively developing their own specialized chips to meet the growing demand for AI workloads. OpenAI's self-developed chip initiative will give it greater flexibility and autonomy in the competition, avoiding over-reliance on a single supplier and thereby improving operational efficiency.

Broadcom's stock price rose by 4.5% in after-hours trading due to this news, reflecting the market's positive expectations for this major order. This also indicates that Broadcom's prospects in the AI chip market are very optimistic, and it may attract more partners in the future.

With the rapid development of AI technology, having self-developed chips will become an essential weapon for major tech companies to remain competitive. OpenAI's move is not only an enhancement of its own technological capabilities but also a significant addition to the entire AI industry ecosystem.

The collaboration between OpenAI and Broadcom will bring new development opportunities for both parties, drive the advancement of artificial intelligence technology, and have a profound impact on the market landscape.