Big image: 2025 is formed to be a pivotal year for the Intel Return Strategy. With the presence of a new executive in The Helm, the company places its devices from the next generation as a Litmus test for its return to the forefront of the semiconductor manufacturing. With the arrival of the Intel production map to a critical turn, how to respond to potential customers are still not confirmed.
Kevin Opocli, First Vice President and Director -General of Intel Foundry Services, confirmed that risk production has started for the upcoming 18A semiconductor node. This announcement, which he made at the Intel’s Vision conference, may be assured of investors and customers who have developed the next generation of laptop and server processors to a decisive stage.
Risk productionIt is a standard term in the industry, indicating the stage in which manufacturers improve the production process for new chips. Opocli explained that Intel is currently frequented by the production of hundreds of 18a chips at one time to thousands.
See also: How to design central processing units, Part 3:
Chip
Although Intel has not yet called any external customers committed to building trade chips on 18A, the company aims to reach the size and mass production in time to launch the Lake Panther CPU later this year. With the start of the 28A design finals to design tapes in the first half of 2025, Panther Lake is expected to make significant improvements in AI’s performance on Note Ultra 200V Core processors from Intel.
The new CEO of Intel, LIP-BU Tan recently confirmed that Nova Lake and Clearwateer Forest are scheduled to be launched in 2026. Nova Lake will merge the Silicon from TSMC, an Intel Missable competitor, while it will bring Clearwater Forest 18A to the server market.
https://www.youtube.com/watch?
With 18A, Intel is racing to Outpace TSMC to bring SUB-3NM technologies to the market-specifically GAA gate transistors (GAA) specifically and deliver rear power. These innovations improve performance by reducing energy leakage and enabling a higher transistor density. Do not plan TSMC to offer GAA and deliver rear power even for the first time in the N2 and A16 contract next year. N2 is expected to enter early production soon and enhance mass production later this year.
Intel’s Manufacturing has been delayed behind TSMC and Samsung for several years. After a series of disappointing circles that led to the departure of former CEO Pat Gilgringer, the 18A knot is seen as a decisive opportunity to restore confidence in the Intel Museum.
According to what was reported, NVIDIA and Broadcom are exploring 18A for future products, although they are still in early testing phase with Intel chips. Meanwhile, Apple is expected to be the first to adopt the N2 node for TSMC, probably for the first time in the A20 processor for iPhone 18 Pro in late 2026. AMD, Broadcom, Amazon AWS and Intel N2 are also expected.
According to what NVIDIA and Broadcom are interested in using 18A for future products, but the two companies are likely to perform early tests with Intel chips. Meanwhile, the Apple first corresponds to the N2 of TSMC, which is likely to show the iPhone 18 Pro processor in late 2026. It is also expected to employ AMD, Broadcom, Amazon Aws and Intel N2.