What are the specifications of Nova Lake-S processors for the Dunlow platform?

Nova Lake-S processors for Dunlow will feature up to 28 cores, dual-channel DDR5 memory support, the LGA1954 socket, and a 95W TDP. They are optimized for budget servers and workstations.

How does the Dunlow platform differ from Intel's desktop solutions?

Unlike desktop Nova Lake-S processors with 52 cores and up to 474W TDP, the Dunlow platform targets modest workloads with 28 cores and 95W efficiency. It bridges the gap between desktop and high-end server chips.

Why is Intel launching 28-core processors for workstations?

The 28-core Nova Lake-S processors for Dunlow aim to fill the gap between high-performance desktop chips (up to 16 cores) and expensive server solutions with multi-channel memory, which are often unnecessary for tasks like web hosting or data storage.

← All news

Hardware

Intel Prepares 28-Core Nova Lake-S Processors for Dunlow Platform

July 9, 2026

Photo: Tom's Hardware

Quick answer

Intel is developing Nova Lake-S processors with up to 28 cores for the Dunlow platform, designed for budget servers and workstations.

Intel is actively developing the new Dunlow platform based on Nova Lake-S processors, which will succeed the current Catlow with Xeon 6300P chips. According to NBD database insights, the new platform will support up to 28 cores, dual-channel DDR5 memory, and the LGA1954 socket, with a 95W thermal design power (TDP). These processors target budget servers and workstations where extreme performance is not required.

Unlike desktop Nova Lake-S solutions with 52 cores (16 performance and 32 efficiency cores), the Dunlow platform offers a more balanced approach. Likely, chips for this platform will feature only performance cores, enabling them to compete with desktop systems in resource-intensive tasks without requiring costly multi-channel memory.

Experts suggest that the 28-core Nova Lake-S processors could address the growing demand for affordable server solutions. Many workloads, such as web hosting or data storage, do not require eight-channel memory, making dual-channel chips a more cost-effective choice. Additionally, these processors may bridge the gap between high-performance desktop chips and expensive server solutions, especially after the cancellation of the Xeon Diamond Rapids lineup.

Common questions

What are the specifications of Nova Lake-S processors for the Dunlow platform?: Nova Lake-S processors for Dunlow will feature up to 28 cores, dual-channel DDR5 memory support, the LGA1954 socket, and a 95W TDP. They are optimized for budget servers and workstations.
How does the Dunlow platform differ from Intel's desktop solutions?: Unlike desktop Nova Lake-S processors with 52 cores and up to 474W TDP, the Dunlow platform targets modest workloads with 28 cores and 95W efficiency. It bridges the gap between desktop and high-end server chips.
Why is Intel launching 28-core processors for workstations?: The 28-core Nova Lake-S processors for Dunlow aim to fill the gap between high-performance desktop chips (up to 16 cores) and expensive server solutions with multi-channel memory, which are often unnecessary for tasks like web hosting or data storage.

Dzen feed: /feed/dzen.xml · RSS: /feed.xml