The company also plans to scale up its 14A process in 2027, incorporating high-NA-EUV machines from ASML for more precise and smaller transistor production. Although the specific start date for the 14A process was not initially detailed, Intel has now confirmed it for 2026, with an improved version, 14A-E, expected in 2027. Intel's move towards 1nm-class technology reflects its dedication to pushing the boundaries of chip manufacturing. The use of 'A' in naming conventions indicates a focus on increasing transistor density significantly. While specifics of the 10A/1nm node are yet to be shared, Intel promises notable improvements in power efficiency and performance over previous generations.

The company's roadmap highlights a transition to EUV technology and the phasing out of older manufacturing processes. Intel is also expanding its capacity and incorporating advanced packaging techniques to meet the growing demand, particularly for AI accelerators. The use of AI and robotics aims to enhance production efficiency, with Intel aspiring towards fully automated, AI-driven facilities featuring collaborative robots.

Intel's strategy includes a network of geographically diverse production sites and advanced automation to ensure efficient global manufacturing operations. These expansion efforts demonstrate Intel's commitment to addressing future technology demands and sustaining its leadership in semiconductor innovation.