Intel is taking firm steps to strengthen its position in chip manufacturing, confirming significant progress in its 18A and 14A process nodes.
Intel Confident in the Progress of 18A and 14A Nodes
The company expects to improve its profit margins thanks to higher yields from its 18A technology, which continues to advance steadily.
This progress is crucial for the launch of Panther Lake CPUs in early 2026. These processors will be built using Intel’s own silicon, marking a return to in-house manufacturing for its products.
Intel’s Vice President of Corporate Planning and Investor Relations, John Pitzer, stated that 18A yields have improved dramatically over the past seven to eight months.
At present, average yield improvements are around 7% per month, a rate considered the industry standard for new production ramp-ups. Achieving this steady and predictable pace allows Intel to scale up for mass manufacturing, significantly reducing per-unit costs by producing more usable chips per silicon wafer.
14A Node Shows Even Stronger Progress
While the 18A node is initially focused on internal products, Intel is in an even better position with its 14A development.
Pitzer highlighted that the 14A node is “significantly ahead” in performance and efficiency compared to where 18A was at a similar stage. This is because 14A already uses the second generation of Gate-All-Around FET (GAAFET) architecture and backside power delivery technology.
Moreover, 14A’s development benefits from a more mature and consistent process design kit (PDK), with growing interest from external clients. This is vital since the 14A node is seen as a key step for Intel’s ambition to become a major chip manufacturer for external partners.
