Will Coffee Lake Use Lga 1151

The platform will feature the lga 1151 v2 socket so while it will have the same number of pins as the current lga 1151 socket it seems like intel is moving to ditch support of the coffee lake.
Will coffee lake use lga 1151. Buy intel core i9 9900k coffee lake 8 core 16 thread 3 6 ghz 5 0 ghz turbo lga 1151 300 series 95w bx806849900k desktop processor intel uhd graphics 630 with fast shipping and top rated customer service. Haven t seen this price elsewhere you can also save up to 25 if you bundle with other items found on the page. Despite it being a revision of the original socket it s physically the same and compatible with the first revision. Intel core i5 9600k coffee lake 3 7ghz six core lga 1151 boxed processor 169 99 at micro center 169 99 17 deal score.
Lga 1151 revision 2 supports coffee lake cpus and it s compatible with 8 th and 9th generation cpus that use the 300 series chipsets from intel including h310 b360 z370 and z390. The first revision which supports both intel s skylake and kaby lake cpus and the second revision which supports coffee lake cpus exclusively. Although desktop coffee lake processors use the same physical lga 1151 socket as skylake and kaby lake the pinout is electrically incompatible with these older processors and motherboards. The coffee lake 2 refers to the series meaning that this is the second series of coffee lake cpus.
Intel lga 1151 cpu pin configuration coffee lake vs kaby lake. 4 570 views 37 comments. Lga 1151 is designed as a replacement for the lga 1150 known as socket h3 lga 1151 has 1151 protruding pins to make contact with. Newegg shopping upgraded.
Lga 1151 also known as socket h4 is an intel microprocessor compatible socket which comes in two distinct versions. So one thing is clear intel was in fact telling the truth about electrical changes to the processors and socket in the 300 series. Coffee lake is used with the 300 series chipset and officially does not work with the 100 and 200 series chipset motherboards. The difference is between chipsets of different generations.