Intel Core i5-14600 24MB LGA1700 Desktop Processor CM8071504821018

Built for LGA1700 motherboards, Intel Core i5-14600 combines a 14-core Raptor Lake design and 24 MB cache in a desktop processor. The documented power figure is 65 W. The exact manufacturer reference is CM8071504821018.

Product overview

Motherboard compatibility depends on LGA1700 plus explicit support for this exact CPU model. Account for the documented 65 W figure when selecting the cooling solution and planning system power. The supply format is listed as Box set; the available data does not confirm the accessories or cooler included. MPN CM8071504821018 identifies the exact processor covered by these specifications.

Manufacturer code CM8071504821018 identifies this Intel Core i5-14600 desktop processor; its EAN is 8592978516802. The feed describes a 14-core configuration, Raptor Lake architecture and 24 MB cache. The processor uses LGA1700; motherboard selection should therefore be checked against that socket and the board's documented CPU support. The supplied product description records a 65 W power figure. Packaging is marked Box set. No component list is present, so a cooler or other accessory must not be assumed. The available frequency fields use different clock values, so no single base or boost frequency is asserted here.

Questions and answers

Will the Core i5-14600 fit my motherboard?

The processor uses LGA1700. The motherboard must list that socket and the exact processor model in its supported CPU documentation.

What is supplied with the boxed processor?

The supply format is listed as Box set, but the available data does not confirm which accessories or cooling hardware are included.

How can I identify this exact processor version?

Use manufacturer code CM8071504821018 with the full Intel Core i5-14600 name; the supplied format is listed as Box set and the EAN is 8592978516802.

UK delivery options and returns information are shown according to the store policies.

Please check your device or motherboard specification before ordering.