CPU Shortage Drives Intel to Profit from Lower-Grade Chips

According to recent disclosures following its latest earnings release, Intel reported an unexpected increase in profit margins, partly driven by monetizing chips that might previously have been classified as scrap.

Industry analyst Ben Bajarin revealed on April 24 that, based on direct communication with Intel’s investor relations team, customers are actively purchasing CPUs that would traditionally be considered low-yield or below-target output. This shift has enabled Intel to generate incremental revenue from products that historically held limited commercial value.

Intel’s first-quarter results, announced on April 23, exceeded market expectations. The company reported revenue of $13.6 billion, surpassing the forecast of $12.36 billion. Non-GAAP gross margin reached 41%, significantly above the previously guided 34.5%, while earnings per share also came in far ahead of projections.

In semiconductor manufacturing, chip quality varies across a wafer. Dies located near the wafer’s edge typically exhibit higher defect rates and lower performance compared to those at the center. Rather than discarding such chips, Intel applies a process known as “binning,” reclassifying usable but lower-performing dies into lower-tier SKUs that can be sold at reduced prices. While some edge dies fail to meet even these thresholds under normal conditions, current market dynamics have shifted this balance.

Amid exceptionally strong demand, customers are now willing to accept a broader range of CPU performance grades. Intel has capitalized on this trend by selling lower-specification chips that might previously have been scrapped, effectively turning potential waste into revenue. As a result, the company’s margin expansion is less a function of improved manufacturing efficiency or reduced costs, and more a reflection of robust demand conditions that support the sale of lower-tier products.

This development underscores the broader state of the semiconductor market, where demand for compute capacity—particularly driven by artificial intelligence infrastructure—is accelerating at an unprecedented pace. Supply chains, not originally designed for such rapid scaling, are struggling to keep up, leading to sustained pressure on processor availability.

Demand for Intel’s Xeon processors, widely used in data center servers for AI workloads, remains strong with no immediate signs of easing. Key buyers include major OEMs such as Dell Technologies, HP Inc., and Lenovo, as well as hyperscale cloud providers including Microsoft, Google, and Amazon, all of which are expanding data center infrastructure to support growing computational demands.