인텔 코어 i7 마이크로프로세서 목록

다음은 인텔 코어 i7 브랜드의 마이크로프로세서 목록이다.
# 데스크톱 프로세서

## 네할렘 마이크로아키텍처 (1세대)

### "Bloomfield" (45 nm)
head part2=AT80601000741AA part2=AT80601000897AA part2=AT80601000921AA part2=AT80601002112AA part2=AT80601002727AA part2=AT80601000918AA part2=AT80601002274AA end
### "Lynnfield" (45 nm)
head section=Standard power part2=BX80605I7860 part2=BX80605I7870 part2=BX80605I7875K part2=BX80605I7880 section=Low power part2=BX80605I7860S part2=BV80605004494AB end
## 웨스트미어 마이크로아키텍처 (1세대)

### "Gulftown" (32 nm)
head part2=BX80613I7970 part2=BX80613I7980 part2=BX80613I7980X part2=BX80613I7990X end
## 샌디브리지 마이크로아키텍처 (2세대)

### "샌디브리지" (32 nm)
head section=Standard power part3=BXC80623I72600 part3=BXC80623I72600K part3=BXC80623I72700K section=Low power part2=BX80623I72600S end
### "Sandy Bridge-E" (32 nm)
head part3= part3= part3= part3= end
## 아이비브리지 마이크로아키텍처 (3세대)

### "Ivy Bridge" (22 nm)
head section=Standard power part3=BXC80637I73770 part3=BXC80637I73770K section= low power part2=BX80637I73770S section=Ultra-low power part2=BX80637I73770T end
### "아이비브리지 (마이크로아키텍처)" (22 nm)
head part3= part3= part3= end
## 하스웰 마이크로아키텍처 (4세대)

### "Haswell-DT" (quad-core, 22 nm)
head section=Standard power part3=BXC80646I74770 part4=BXC80646I74770K part3=BXC80646I74771 part3=BXC80646I74790 price=$339 section=Low power part2=BX80646I74770S part2=BX80646I74790S section=Ultra-low power part1=CM8064601466200 part1=CM8064601465902 part1=CM8064601561714 part1=CM8064601561513 section=Ultra-low power, embedded part1=CM8064601538900 end
### "Haswell-H" (MCP, quad-core, 22 nm)
head part1=CL8064701508001 end
### "하스웰 (마이크로아키텍처)" (22 nm)
head part2=BX80648I75820K part2=BX80648I75930K part2=BX80648I75960X end
## 브로드웰 마이크로아키텍처 (5세대)

### "Broadwell-H" (quad-core, 14 nm)
head part2=BX80658I75775C part1=FH8065802483601 end
### "Broadwell-E" (14 nm)
head part3=CM8067102056201 part3=CM8067102056100 part3=CM8067102056010 part2=CM8067102055800 end
## 스카이레이크 마이크로아키텍처 (6세대)

### "Skylake-S" (quad-core, 14 nm)
head section=Standard power part3=BXC80662I76700 part3=BXC80662I76700K section=Low power part2=CM8066201920202 section=Low power, embedded part1=CM8066201937801 end
### "Skylake-H" (quad-core, 14 nm)
head part2=JQ8066201926803 end
### "Skylake-X" (14 nm)
head part3=CD8067303287002 part3=CD8067303611000 end
## 카비레이크 마이크로아키텍처 (7세대)

### "Kaby Lake-S" (14 nm)
head section=Standard power part3=CM8067702868314 part3=CM8067702868535 section=Low power part3=CM8067702868416 end
### "Kaby Lake-X" (14 nm)
head part3=CM8067702868631 end
## 커피레이크 마이크로아키텍처 (8/9세대)
==== "Coffee Lake-S" (14 nm) Coffee Lake-Saccessdate=8 October 2017==== head section=Standard power part3=BXC80684I78700 part3=BXC80684I78700K end
## 코멧레이크 마이크로아키텍처 (10세대)

### "Comet Lake-S" (14 nm) Comet Lake-S
head section=Standard power part3=BXC8070110700 part3=BXC8070110700F part3=BXC8070110700K part3=BXC8070110700KF section=Standard power, embedded part3= section=Low power part3= section=Low power, embedded part3= end
# 모바일 프로세서

## 네할렘 마이크로아키텍처 (1세대)

### "Clarksfield" (45 nm)
head part2=BX80607I7720QM part2=BX80607I7740QM part1=BY80607002904AK part2=BX80607I7840QM part1=BY80607002529AF part1=BY80607002526AE end
## 웨스트미어 마이크로아키텍처 (1세대)

### "Arrandale" (MCP, 32 nm)
head section=Standard power part5=CN80617006930AA part3=CN80617006936AA section=Standard power, embedded step2=K0 section=Low power step2=K0 step2=K0 part1=CN80617004857AA section=Low power, embedded step2=K0 section=Ultra-low power step2=K0 step2=K0 part1=CN80617005187AB part1=CN80617004860AA section=Ultra-low power, embedded step2=K0 part1=CN80617006204AA end
## 샌디브리지 마이크로아키텍처 (2세대)

### "Sandy Bridge (dual-core)" (32 nm)
head section=Standard power part2=AV8062700839009 part2=AV8062700839107 section=Low power part1=AV8062700851111 part1=AV8062700850010 section=Low power, embedded part1=AV8062700849508 section=Ultra-low power part1=AV8062701040904 part1=AV8062701041105 part1=AV8062701040804 part1=AV8062701041005 section=Ultra-low power, embedded part1=AV8062700849607 end
### "Sandy Bridge (quad-core)" (32 nm)
head section=Standard power part1=FF8062700837005 part1=AV8062700837205 part1=FF8062701065500 part1=AV8062701065600 part2=AV8062700836011 part2=AV8062701065400 part2=AV8062700834912 part2=AV8062701065200 part1=FF8062700834406 part1=FF8062700834603 section=Standard power, embedded part1=FF8062700841002 part1=AV8062700843908 end
## 아이비브리지 마이크로아키텍처 (3세대)

### "Ivy Bridge (dual-core)" (22 nm)
head section=Standard power part2=AV8063801028803 part2=AV8063801109800 section=Low power, embedded part2=AV8063801116903 section=Ultra-low power part1=AV8063801057605 part1=AV8063801119700 part1=AV8063801057405 part1=AV8063801119903 part1=AV8063801378203 section=Ultra-low power, embedded part2=AV8063801149402 end
### "Ivy Bridge (quad-core)" (22 nm)
head section=Standard power part1=AW8063801013511 part1=AV8063801013612 part1=AW8063801106200 part1=AV8063801106500 part2=AV8063801013210 part3=AV8063801105300 part2=AV8063801012807 part3=AV8063801104100 part2=AW8063801009607 part1=AW8063801103501 section=Standard power, embedded part1=AW8063801118306 part1=AV8063801117503 section=Low power part2=AV8063801130704 part2=AV8063801152700 section=Low power, embedded part1=AV8063801149203 end
## 하스웰 마이크로아키텍처 (4세대)

### "Haswell-MB" (dual-core, 22 nm)
head part1=CW8064701486306 part1=CW8064701486301 end
### "Haswell-ULT" (SiP, dual-core, 22 nm)
head section=Standard power part2= part2= section=Low power part2= part2= part2= part2= part2= end
### "Haswell-ULX" (SiP, dual-core, 22 nm)
head part2= end
### "Haswell-MB" (quad-core, 22 nm)
head part3= part3= part3= part3= part3= part3= part3= part3= part3= part3= end
### "Haswell-H" (MCP, quad-core, 22 nm)
head section=Standard power part3= part3= part3= part3= part3= part3= part1=CL8064701510101 part1=CL8064701510601 part1=CL8064701956100 part1=CL8064701509800 part1=CL8064701510800 part1=CL8064701956200 part1=CL8064701509700 part1=CL8064701511001 part1=CL8064701956300 section=Standard power, embedded part3= part3= part3= part1=CL8064701528402 part1=CL8064701528404 section=Low power, embedded part1=CL8064701830100 end
## 브로드웰 마이크로아키텍처 (5세대)

### "Broadwell-H" (MCP, quad-core, 14 nm)
head section=Standard power part3= part3= part3= part3= section=Standard power, embedded part3= part3= end
### "Broadwell-U" (dual-core, 14 nm)
head section=Standard power part1=FH8065802063512 section=Low power part1=FH8065801620004 part1=FH8065802063310 part1=FH8065801618304 part1=FH8065801974816 end
## 스카이레이크 마이크로아키텍처 (6세대)

### "Skylake-H" (MCP, quad-core, 14 nm)
head section=Standard power part3= part3= part3= part3= part3= part3= part3= section=Standard power, embedded part1=CL8066201939103 section=Low power, embedded part1=CL8066202302204 end
### "Skylake-U" (dual-core, 14 nm)
head section=Standard power part1= section=Low power part1=FJ8066201930408 part1= part1=FJ8066201924950 part1=FJ8066202499212 part1=FJ8066202499207 end
## 카비레이크 마이크로아키텍처 (7세대)

### "Kaby Lake-H" (quad-core, 14 nm)
head section=Standard power part1=CL8067702870109 part1=CL8067702869911 part1=CL8067702870009 part1=CL8067702869821 section=Standard power, embedded part3= end
### "Kaby Lake-U" (dual-core, 14 nm)
head section=Standard power part1=FJ8067702739740 section=Low power part2= part1=FH8067703037007 part1=FJ8067702739628 part1=FH8067703036924 end
### "Kaby Lake-Y" (dual-core, 14 nm)
head part3= end
### "Kaby Lake Refresh" (quad-core, 14 nm)
head part1=FJ8067703281816 part1=FJ8067703281718 end
### "Kaby Lake-G" (quad-core, 14 nm)
head part1=FH8067703417515 part1=FH8067703417418 part1=FH8067703419113 part1=FH8067703417615 end
### "Amber Lake-Y" (dual-core, 14 nm)
head part1=HE8067702739858 end
## 커피레이크 마이크로아키텍처 (8/9세대)

### "Coffee Lake-U" (quad-core, 14 nm)
head section=Standard power part1=FH8068403419332 part1=FH8068404163006 section=Low power part1=FH8068404166107 end
### "Coffee Lake-H" (hexa-core, 14 nm)
head section=Standard power part1=CL8068403359524 part1=CL8068403359725 part2=CL8068404069418 part1=CL8068404069421 part1=CL8068404069311 section=Standard power, embedded part1=CL8068404164800 section=Low power, embedded part1=CL8068404165200 end
### "Coffee Lake-B" (hexa-core, 14 nm)
head part3= end
### "Whiskey Lake-U" (quad-core, 14 nm)
head section=Ultra-low power part2=CL8068404064409 part1=CL8068404064305 section=Ultra-low power, embedded part1=CL8068404148003 end
## 코멧레이크 마이크로아키텍처 (10세대)

### "Comet Lake-H" (14 nm)
head part1=CL8070104399315 part1=CL8070104399211 part1=CL8070104399111 end
### "Comet Lake-U" (14 nm)
head part1=FJ8070104303905 part2=FJ8070104499900 part1=FJ8070104276914 part2=FJ8070104499800 end
### "Comet Lake-Y" (quad-core, 14 nm)
head part1=FJ8068404190220 end
## 써니 코브 마이크로아키텍처 (10세대)

### "Ice Lake-U" (quad-core, 10 nm)
head section=Low power part1= part1=FJ8068904334602 section=Ultra-low power part1=FJ8068904310403 end
### "Ice Lake-Y" (quad-core, 10 nm)
head part1= end
## 윌로 코브 마이크로아키텍처 (11세대)

### "Tiger Lake-UP3" (10 nm SuperFin)
head part2=FH8069004530104 part1=FH8069004529803 end
### "Tiger Lake-UP4" (10 nm SuperFin)
head part1= end
# 내용주
refs= Max turbo bins for 6, 5, 4, 3, 2, 1 active cores respectively (depending on the number of CPU cores in the processor). Additional frequency = turbo bins * Base clock (133 MHz for Nehalem processors). Max turbo bins for 8, 7, 6, 5, 4, 3, 2, 1 active cores respectively (depending on the number of CPU cores in the processor). Additional frequency = turbo bins * Base clock (100 MHz for Sandy Bridge, Ivy Bridge, Haswell, Broadwell, and Skylake processors).