![Section31](https://meeco.kr/files/member_extra_info/profile_image/601/558/036/36558601.jpg?20230723094045)
미니 루머: 인텔 3 공정, 실측치는 실망스러워
- Section31
- 조회 수 1355
- 2024.04.21. 17:50
[Intel 3 details] In an underwhelming disclosure, the high-density library of Intel 3 comes in at 210nm height, compared to 272nm of 10nm (for Intel 4HP: 408->240nm). This means no 2x scaling (approx. 1.4-1.55x or up to 150MTr/mm2, compared to 320MT original target).
[Intel 3 세부 정보] 실망스러운 공개에서 Intel 3의 고밀도(HD)셀 라이브러리는 10nm HD셀 높이 272nm (Intel 4 고성능(HP)셀 라이브러리 : 셀 높이 408->240nm)에 비해 210nm 셀 높이로 제공됩니다. 이는 트랜지스터 밀도 2배 스케일링**이 없음을 의미합니다.
** 320MTr/mm² = 원래 목표 / 실제 예상치 = 약 1.4~1.55x 또는 최대 150MTr/mm²
![Section31](https://meeco.kr/files/member_extra_info/profile_image/601/558/036/36558601.jpg?20230723094045)
[Mobile]
Galaxy Note9 512GB
- 이후 플랜: UNKNOWN
[Tablet]
Galaxy Tab S6 Lite
- 이후 플랜: iPad Air 6? 또는 mini 7?
[Laptop]
Dell XPS 13 9370 (이전) → (Galaxy Book3 (with ARC))
→ MacBook Air 15 M2 (2023년식)
Galaxy Note9 512GB
- 이후 플랜: UNKNOWN
[Tablet]
Galaxy Tab S6 Lite
- 이후 플랜: iPad Air 6? 또는 mini 7?
[Laptop]
Dell XPS 13 9370 (이전) → (Galaxy Book3 (with ARC))
→ MacBook Air 15 M2 (2023년식)
댓글
23
1등 gamma
2등 범퀴
글쓴이
Section31
범퀴 님께
범퀴
Section31 님께
3등 톰슨가젤
퍼핑
Mate
best 흡혈귀왕
GalaxyBudsSeries
흡혈귀왕 님께
Oxc.suga
GalaxyBudsSeries 님께
범퀴
Oxc.suga 님께
포인트봇
범퀴 님께
Oxc.suga
범퀴 님께
범퀴
Oxc.suga 님께
Oxc.suga
범퀴 님께
범퀴
Oxc.suga 님께
GalaxyBudsSeries
Oxc.suga 님께
범퀴
GalaxyBudsSeries 님께
Eomjunsik
GalaxyBudsSeries 님께
GalaxyBudsSeries
Eomjunsik 님께
범퀴
흡혈귀왕 님께
베이어
1q2w3e4r!
베이어 님께
![gamma](https://meeco.kr/files/member_extra_info/profile_image/109/631/025/25631109.jpg?20191001203824)
2024.04.21. 18:12
![범퀴](https://meeco.kr/files/member_extra_info/profile_image/705/168/031/31168705.jpg?20220605162342)
2024.04.21. 18:28
![Section31](https://meeco.kr/files/member_extra_info/profile_image/601/558/036/36558601.jpg?20230723094045)
2024.04.21. 19:11
![범퀴](https://meeco.kr/files/member_extra_info/profile_image/705/168/031/31168705.jpg?20220605162342)
2024.04.21. 19:36
![톰슨가젤](https://meeco.kr/files/member_extra_info/profile_image/433/706/027/27706433.png?20200502234340)
2024.04.21. 19:34
![퍼핑](https://meeco.kr/files/member_extra_info/profile_image/059/564/030/30564059.jpg?20240723010802)
2024.04.21. 18:35
![Mate](https://meeco.kr/files/member_extra_info/profile_image/892/447/037/37447892.jpg?20240520192438)
2024.04.21. 18:38
![흡혈귀왕](https://meeco.kr/files/member_extra_info/profile_image/266/266.jpg?20191028102945)
2024.04.21. 19:48
2024.04.21. 19:54
![Oxc.suga](https://meeco.kr/files/member_extra_info/profile_image/936/318/035/35318936.png?20220912192208)
2024.04.21. 19:39
![범퀴](https://meeco.kr/files/member_extra_info/profile_image/705/168/031/31168705.jpg?20220605162342)
2024.04.21. 19:49
![포인트봇](https://meeco.kr/files/member_extra_info/profile_image/702/885/026/26885702.png?20230823194523)
2024.04.21. 19:45
![Oxc.suga](https://meeco.kr/files/member_extra_info/profile_image/936/318/035/35318936.png?20220912192208)
2024.04.21. 20:04
SF4(4LPP)로 착각했네요. 4G2가 4LPE/P일 것이고 6,7라인업은 4LPX로 5nm 수준입니다.
SF4 사용 포폴은 B2B가 대부분이군요. 소비자용 제품군에는 코빼기도 안보입니다.
synopsis/cadence/alphawave semi 정도가 표면적인 커스터머입니다.
![범퀴](https://meeco.kr/files/member_extra_info/profile_image/705/168/031/31168705.jpg?20220605162342)
2024.04.21. 20:06
![Oxc.suga](https://meeco.kr/files/member_extra_info/profile_image/936/318/035/35318936.png?20220912192208)
2024.04.21. 20:11
2024.04.21. 19:45
2024.04.21. 19:53
![범퀴](https://meeco.kr/files/member_extra_info/profile_image/705/168/031/31168705.jpg?20220605162342)
2024.04.21. 20:08
2024.04.21. 19:43
2024.04.21. 19:52
![범퀴](https://meeco.kr/files/member_extra_info/profile_image/705/168/031/31168705.jpg?20220605162342)
2024.04.21. 19:42
![베이어](https://meeco.kr/files/member_extra_info/profile_image/590/162/035/35162590.png?20220420011947)
2024.04.21. 21:09
![1q2w3e4r!](https://meeco.kr/files/member_extra_info/profile_image/302/015/025/25015302.png?20190613120451)
2024.04.21. 21:26
핀펫 한계까지 쥐어짠 밀도는 인텔이나 tsmc나 비슷하게 수렴하는거 같네요.