AMD Posts Record $13.4 B Quarterly Revenue as Data‑Center Segment Drives Largest Quarter Ever

AMD announced on Tuesday that its third‑quarter 2026 results constitute the "largest and most profitable quarter in our history," with record quarterly revenue of $13.4 billion. Chief Executive Lisa Su highlighted that the data‑center segment, which generated $8.5 billion in revenue, was the primary engine of growth, and the company now projects a new high of $17 billion for the next quarter. The earnings call revealed that data‑center sales accounted for roughly 63 % of AMD's net quarterly revenue, and Chief Financial Officer Jean Hu added that the firm expects this segment to exceed 80 % of total revenue by 2027. The surge is driven by the rollout of AMD's EPYC processors for artificial‑intelligence (AI) workloads, which have captured a growing share of hyperscale cloud and enterprise installations. Conversely, AMD's traditional gaming business slipped 40 % year‑over‑year to $773 million, reflecting broader component shortages. Prices for DRAM and other parts have risen sharply as AI‑focused data centers hoard inventory, a trend that industry peers such as Intel and SK Hynix predict will persist until at least 2030. Su acknowledged the pricing pressure, noting that higher component costs are dampening consumer‑grade system sales and prompting a cautious outlook for 2027. Analysts see AMD's pivot toward data‑center revenue as a strategic realignment that could reshape the semiconductor landscape. By leveraging its high‑performance compute portfolio, AMD is positioning itself as a formidable rival to Intel in the server market, while also expanding its influence in emerging AI accelerators. Looking ahead, the company plans to navigate a "down year" for consumer products by focusing investment on next‑generation data‑center architectures and expanding its ecosystem partnerships. The challenge will be to sustain the rapid revenue growth while mitigating supply‑chain volatility that continues to affect the broader tech sector.