Intel says 10-nanometer server chips coming in first quarter
Intel’s 10-nanometer production is more than three years late, giving rivals including Advanced Micro Devices Inc. a chance to grab market share. Intel is considering outsourcing some production.
Intel Corp. said a server chip built with its best production technique will be available in large volumes in the first quarter, an attempt to convince customers that its manufacturing operations are recovering from long delays. The third generation of Xeon Scalable processors, codenamed Ice Lake, is undergoing a “volume ramp” on Intel’s 10-nanometer production, the company said Monday.
Advances in semiconductor manufacturing are measured in nanometers, or billionths of a meter, with smaller and smaller transistors crammed onto silicon wafers with each new iteration. This is a key way chipmakers create faster, more efficient and cheaper products.
More From This Section
“Today marks a significant milestone for Intel as we continue to accelerate the delivery of our 10 nanometer products and maintain an urgent focus on execution to deliver a predictable cadence of leadership products,” said Navin Shenoy, executive vice president and general manager Intel’s Data Platforms Group.
Intel’s data center business is its most profitable unit. Xeon chips are the heart of giant server farms run by cloud providers such as Amazon.com Inc. and Google. They’re the biggest buyers of these semiconductors, which can cost as much as a small car. However, these customers have begun designing their own data center chips and often have Taiwan Semiconductor Manufacturing Co. make the components. TSMC is ahead of Intel in production technology.
Intel executives have promised more regular updates to its Xeon roadmap with products that offer leading performance. New models will have improved security, more computing cores and be better suited to dealing with artificial intelligence workloads, Intel said on Monday. Separately, the world’s largest chipmaker unveiled four new processors for devices ranging from education-targeted laptops to gaming PCs.
By Ian King