Intel Releases 0.9 PDK for 14A Node, Final Version in Q1 2027
In late October, Intel released its process design kit (PDK) version 0.9 for the 14A node, marking a significant milestone for the Intel Foundry business. Intel's CEO, Lip-Bu Tan, referred to this version as the "holy…
In late October, Intel released its process design kit (PDK) version 0.9 for the 14A node, marking a significant milestone for the Intel Foundry business. Intel's CEO, Lip-Bu Tan, referred to this version as the "holy grail" because it allows customers to evaluate Intel's node and start trial designs that can easily transition into production with PDK version 1.0. The company expects PDK version 1.0 for the 14A node to be available in the first quarter of 2027, which is just months away. This indicates that final specifications and requirements are already being established, and Intel is conducting final fine-tuning of the node to include in the design kit.
Intel plans to begin risk production of the 14A node in the second half of 2027, with high-volume production anticipated in 2028. The company has processed tens of thousands of 14A wafers in pilot production runs and is now focusing on yield improvements and minor node adjustments before starting risk production next year. The 14A node is designed to offer a 15-20% performance improvement at the same power level compared to Intel's 18A, or it can be optimized for a 25-35% power reduction at the same performance level. This will be accompanied by up to a 30% improvement in chip density compared to Intel's 18A, though it is unclear if this refers to logic or SRAM scaling, as the latter has been challenging for the industry. Read full story
Intel plans to begin risk production of the 14A node in the second half of 2027, with high-volume production anticipated in 2028. The company has processed tens of thousands of 14A wafers in pilot production runs and is now focusing on yield improvements and minor node adjustments before starting risk production next year. The 14A node is designed to offer a 15-20% performance improvement at the same power level compared to Intel's 18A, or it can be optimized for a 25-35% power reduction at the same performance level. This will be accompanied by up to a 30% improvement in chip density compared to Intel's 18A, though it is unclear if this refers to logic or SRAM scaling, as the latter has been challenging for the industry. Read full story