Intel has achieved significant advancement with its 14A manufacturing process while already engaging external partners during the definition phase, according to company Vice President John Pitzer at a recent technology conference. The chipmaker reports superior development metrics compared to its 18A node at similar stages, incorporating second-generation gate-all-around transistor architecture and enhanced backside power delivery technology.
Pitzer outlined collaboration details with NVIDIA involving custom Xeon processors for data centers utilizing NVLink Fusion interconnect systems. The partnership extends to client computing, where Intel plans to integrate discrete NVIDIA RTX graphics tiles into premium notebook system-on-chip designs, with potential expansion into mainstream segments.
Supply constraints affecting legacy 10-nanometer and 7-nanometer production will drive price increases for Alder Lake and Raptor Lake processors, while Arrow Lake and Lunar Lake products receive corresponding discounts to maintain market coverage until Panther Lake chips using 18A technology arrive for premium positioning.
Pitzer outlined collaboration details with NVIDIA involving custom Xeon processors for data centers utilizing NVLink Fusion interconnect systems. The partnership extends to client computing, where Intel plans to integrate discrete NVIDIA RTX graphics tiles into premium notebook system-on-chip designs, with potential expansion into mainstream segments.
Supply constraints affecting legacy 10-nanometer and 7-nanometer production will drive price increases for Alder Lake and Raptor Lake processors, while Arrow Lake and Lunar Lake products receive corresponding discounts to maintain market coverage until Panther Lake chips using 18A technology arrive for premium positioning.
