HomeTech NewsIntel Set to Launch 22 New Processors at CES 2025: Arrow Lake,...

Intel Set to Launch 22 New Processors at CES 2025: Arrow Lake, Meteor Lake, and Raptor Lake Updates Expected

Intel is reportedly preparing to unveil 22 new processors at the CES 2025 technology exhibition, according to insider sources cited by Techspot. These new releases are expected to span several families, including Arrow Lake (H), Meteor Lake, and Raptor Lake H-Refresh, bringing exciting updates for mobile devices and high-performance computing.

Intel

Intel’s Core Ultra 200H (Arrow Lake) Processors

The new Core Ultra 200H processors, built with Lion Cove/Skymont cores, will offer several options for mobile users. Expected models include:

  • Core Ultra 9 285H
  • Core Ultra 7 265H
  • Core Ultra 7 255H
  • Core Ultra 5 235H
  • Core Ultra 5 225H

Intel

Raptor Lake H-Refresh Models

Intel is also set to launch several new processors in the Core 200U/H (Raptor Lake-H Refresh) family, featuring Gracemont E-cores and Raptor Cove P-cores. The expected lineup includes:

  • Intel Core 9 270H
  • Intel Core 7 250H
  • Intel Core 7 240H
  • Intel Core 5 220H
  • Intel Core 5 210H
  • Intel Core 7 250U
  • Intel Core 5 220U

Intel

Core Ultra 200U (Meteor Lake Refresh) Processors for Ultrabooks

For ultrabooks with low power consumption, Intel is expected to release the Core Ultra 200U (Meteor Lake Refresh) processors. The models are expected to include:

  • Core Ultra 7 265U
  • Core Ultra 7 255U
  • Core Ultra 5 235U
  • Core Ultra 5 225U

Intel

Arrow Lake Core Ultra 200HX Processors

Finally, Intel’s Core Ultra 200HX (Arrow Lake) family is anticipated to include the following high-performance chips:

  • Core Ultra 9 285HX
  • Core Ultra 9 275HX
  • Core Ultra 7 265HX
  • Core Ultra 7 255HX
  • Core Ultra 5 245HX
  • Core Ultra 5 235HX

While Intel has not yet announced the official release dates or pricing for these new processors, the company’s CES 2025 showcase is expected to bring significant innovations across various processor families, offering increased performance and energy efficiency for a wide range of devices.