Core Component Costs Soar, Qualcomm Pushes Budget PC Chips to Capture Market

Qualcomm has introduced its first Snapdragon Compute Platform chip designed for entry-level computers, targeting low-cost notebooks priced around $300.

Acer, HP, and Lenovo will be among the first to adopt the chip, with initial devices expected to start shipping in the second half of 2026. Qualcomm's move aims to respond to strong customer demand for new alternatives, extending its energy-efficient design experience from the smartphone sector to the low-cost computer market.

The ongoing massive construction of global artificial intelligence data centers has consumed a significant amount of manufacturing capacity, leading to tight supply and soaring prices for memory chips and central processing units. Personal computer manufacturers have been forced to adjust their product roadmaps, reduce memory capacities, or focus on high-end models. Market analysts predict that global PC shipments may experience a double-digit decline this year due to component shortages.

Kedar Kondap, Senior Vice President and General Manager of Qualcomm's Computing and Gaming Business, stated that due to evolving consumer demands, the entry-level chip still integrates a neural processing unit to possess artificial intelligence capabilities. In the meantime, Apple is making a foray into the affordable notebook market with the MacBook Neo, which starts at $599. Several high-ranking executives in the computer industry have told Nikkei Asia that, against the backdrop of industry-wide cost increases, Apple's low-price strategy will help it expand its market share.

Data from market research firm Counterpoint shows that the Arm architecture chips, led by Apple and Qualcomm, are expected to grow their share in the personal computer market from 12% to 17% this year, with the remaining 83% controlled by Intel and AMD's x-86 architecture chips. Counterpoint's Senior Analyst Minsoo Kang stated that 2026 will be a significant turning point for Arm architecture in both personal computers and data centers.