Intel CFO Confirms 14A Process Will Cost More But Deliver Major Efficiency Gains

Intel’s next-generation 14A chip fabrication process, slated to succeed the current 18A node, is set to bring significant leaps in power efficiency and performance—though at a higher production cost. According to Intel’s Chief Financial Officer, the new process will be more expensive due to the adoption of High-NA EUV lithography, yet it promises to deliver up to 15–20% better performance-per-watt and reduce power consumption by 25–35% compared to 18A.

What Makes 14A More Expensive?

The 14A process introduces the most advanced High-NA EUV (Extreme Ultraviolet) machines, which can etch features on silicon at incredible resolutions. These machines, each costing hundreds of millions of dollars, enable denser, more power-efficient transistors but push up fabrication costs. Intel’s move aims to jump ahead in the race for semiconductor performance, focusing on future applications requiring ultra-low power and high speed.

Efficiency and Performance Benefits

Despite the steeper manufacturing expenses, Intel forecasts substantial gains in chip efficiency. The 14A node is expected to offer 15–20% better performance-per-watt versus 18A, or a reduction of overall power consumption by as much as 25–35%. These improvements are critical for data centers, AI workloads, and next-generation mobile devices, potentially shifting industry standards and positioning Intel at the forefront of advanced fabrication technology.

Industry Impact and Road Ahead

Intel’s innovation-driven roadmap means customers—including third parties—will gain access to higher-performing, more energy-efficient chips beginning with the debut of the 14A process. Although 14A chips will cost more to produce, the expected gains in speed and energy use make them attractive for demanding computing tasks that can justify the higher cost.

With 14A scheduled to enter risk production in 2027, the industry is watching closely to see whether Intel’s investment will pay off through technological leadership and market competitiveness.