Intel Core Ultra 9 285K Test/review vs. Core i9 14900K Image © PCMasters.deIntel Core Ultra 9 285K Test/review vs. Core i9 14900K (Image © PCMasters.de)

The new processor series uses a modular design with either one or two compute chips. The architecture includes Coyote Cove P-cores and Arctic Wolf E-cores. In addition, four LPE cores are integrated into the I/O chip. Depending on how many compute chips Intel uses in a single package, the total number of cores varies significantly. Versions with a single compute chip will have a maximum of 28 cores. In high-end configurations, variants with two compute chips will increase the total number to 52 cores.

Projected Timeline for Market Launch in 2027

These CPUs will not be released simultaneously. Intel intends to first bring the single-chip versions to market, followed by the more complex dual-chip models.

According to the published roadmaps, the schedule is as follows:

  • The 28-core DS version is expected in the first quarter of 2027, specifically between late January and March.
  • The overclocking-focused K models are scheduled for the beginning of the second quarter and are expected to be released in March or April.
  • Versions with 8 and 16 cores are set to hit the market between late March and May 2027.
  • The flagship 52-core (DS) model has the latest release date and is expected to launch between late May and September 2027.

Production Shifts and the 18A Node

The gap between the entry-level chips and the 52-core powerhouse is likely due to changes in manufacturing. Intel recently revised its plans and intends to shift the majority of its computing module production back to the 18A node.

As the company ramps up mass production for its own needs, it must maintain sufficient inventory of compute modules to meet demand. Since the flagship model requires twice as many compute modules as the 28-core design, production capacity must first catch up before these units can be shipped in large quantities.