Broadcom’s Ascent in AI Chips: Challenging Nvidia’s Dominance

For the past three and a half years, Nvidia has been the leading force in the artificial intelligence (AI) chip market, a position solidified by the parallel computing power of its graphics processing units (GPUs). However, a significant challenger is emerging: Broadcom. Analysts predict Broadcom will become as important as Nvidia in the AI chip market by the finish of the decade.

Broadcom’s Strategy: Application-Specific Integrated Circuits (ASICs)

Unlike Nvidia’s general-purpose GPUs, Broadcom specializes in custom processors known as application-specific integrated circuits (ASICs). ASICs are designed for specific tasks, resulting in greater speed, power efficiency, and a smaller size compared to general-purpose chips. This focus is proving increasingly valuable in the rapidly evolving AI landscape.

Rapid Revenue Growth in AI

ASICs are gaining traction in AI data centers, and Broadcom currently leads this space. Counterpoint Research anticipates Broadcom will control 60% of the ASIC market by next year. This market share is driving substantial revenue growth for the company.

Broadcom’s fiscal 2026 first-quarter results (for the three months ended February 1) revealed a 29% increase in overall revenue, reaching $19.3 billion. Notably, AI revenue surged by 106% year-over-year to $8.4 billion, now accounting for 43% of the company’s total revenue – a significant increase from the 27% share recorded in the same period last year.

Looking ahead, Broadcom anticipates further acceleration in AI revenue this quarter, projecting $10.7 billion. The company estimates it could achieve over $100 billion in AI chip revenue in 2027, as stated by CEO Hock Tan during the latest earnings call.

Today, in fact, we have line of sight to achieve AI revenue from chips, just chips, in excess of $100 billion in 2027. We have likewise secured the supply chain required to achieve this.

This projection represents a fivefold increase over Broadcom’s AI revenue in fiscal 2025. Bloomberg estimates that Broadcom could control 60% to 80% of the custom ASIC market, fueled by partnerships with major players like Google, OpenAI, Anthropic, and Meta Platforms.

The Growing Importance of Custom AI Processors

Bloomberg expects AI-focused ASICs to represent 19% of the $600 billion AI chip market by 2033. However, Broadcom’s revenue forecasts suggest the shift towards custom AI processors is happening even faster, driven by their cost and performance advantages.

Key Partnerships and Deployments

Broadcom’s growth is being propelled by large-scale deployments of its custom AI processors by hyperscalers and AI companies. Anthropic is on track to deploy 1 gigawatt (GW) of Broadcom’s custom processors in 2026, with plans for over 3 GW the following year. OpenAI is expected to purchase 1 GW of Broadcom’s custom chips next year. Meta Platforms is also expected to scale to multiple gigawatts in 2027 and beyond. For comparison, Nvidia has a 10 GW deal with OpenAI and a 1 GW deal with Anthropic.

Broadcom’s Growth Rate vs. Nvidia

Broadcom’s AI revenue is currently growing at a faster pace than Nvidia’s. Broadcom’s AI revenue increased by 106% year-over-year in the most recent quarter, reaching $8.4 billion. Nvidia’s data center revenue in its most recent quarter increased by 75% to $62.3 billion.

While Nvidia currently holds a larger overall data center revenue base (almost $250 billion annually), Broadcom’s faster growth rate and optimistic outlook suggest it is rapidly closing the gap. Broadcom’s $100 billion AI revenue estimate for next year translates to a potential quarterly revenue rate of $25 billion.

Future Outlook

The custom AI processor market is projected to grow at a 27% annual rate through 2033. If Broadcom maintains a 35% annual growth rate in AI revenue through 2030, its annual revenue from this segment could reach $246 billion, rivaling Nvidia’s current position. Broadcom’s market capitalization of $1.5 trillion is currently less than a third of Nvidia’s, indicating significant potential for further growth.