SEMICONDUCTOR REFERENCE

반도체 컬렉션 탐색

제품·소자·공정·제조 장비의 사양과 원문 출처를 찾아보세요.

사양 조건 검색 문법

cores·threads·clock·boost·l2·l3·tdp·memory·year에 =, >=, <=, >, < 조건을 사용합니다. 기본 단위: GHz, MB, W, GB. 미확인·상충 값은 수치 조건에 포함하지 않습니다.

기업

세부 유형 · 용도

대상 유형

제품군

공정명

아키텍처

이미지

13 개 기록정렬

cpu

Source values retain units and entity scope. Open the citation on the record for conditions. Missing fields are unresearched; conflicting observations remain visible.
Compare	Entity	CPU organization	Clock / peak	Cache	Process label	Die area
	Intel Core i5 7400Intel · product model · 2017	4Cores	3 GHzBase clock	1 MBL2 cacheConflicting observations	14 nmProcess	unresearched
	Intel Core i5 7400TIntel · product model · 2017	4Cores	2.4 GHzBase clock	1 MBL2 cacheConflicting observations	14 nmProcess	unresearched
	Intel Core i5 7400T OEM/TrayIntel · product model · 2017	4Cores	2.4 GHzBase clock	1 MBL2 cache	14 nmProcess	unresearched
	Intel Core i5 7500Intel · product model · 2017	4Cores	3.4 GHzBase clock	1 MBL2 cacheConflicting observations	14 nmProcess	unresearched
	Intel Core i5 7500 OEM/TrayIntel · product model · 2017	4Cores	3.4 GHzBase clock	1 MBL2 cache	14 nmProcess	unresearched
	Intel Core i5 7500TIntel · product model · 2017	4Cores	2.7 GHzBase clock	1 MBL2 cacheConflicting observations	14 nmProcess	unresearched
	Intel Core i5 7600Intel · product model · 2017	4Cores	3.5 GHzBase clock	1 MBL2 cacheConflicting observations	14 nmProcess	unresearched
	Intel Core i5 7600 OEM/TrayIntel · product model · 2017	4Cores	3.5 GHzBase clock	1 MBL2 cache	14 nmProcess	unresearched
	Intel Core i5 7600KIntel · product model · 2017	4Cores	3.8 GHzBase clock	1 MBL2 cacheConflicting observations	14 nmProcess	unresearched
	Intel Core i5 7600TIntel · product model · 2017	4Cores	2.8 GHzBase clock	1 MBL2 cacheConflicting observations	14 nmProcess	unresearched
	Intel Core i5 7600T OEM/TrayIntel · product model · 2017	4Cores	2.8 GHzBase clock	1 MBL2 cache	14 nmProcess	unresearched
	Intel Core i5 7640XIntel · product model · 2017	4Cores	4 GHzBase clock	1 MBL2 cacheConflicting observations	14 nmProcess	unresearched