본문으로 이동
Ravington
피드로 돌아가기
기술

Apple announces 2nm A20 Pro processor in iPhone 18 Pro models

Mynavi News
WhatsApp
Apple announces 2nm A20 Pro processor in iPhone 18 Pro models
사진: news.mynavi.jp

핵심 요약

  • Apple announced the iPhone 18 Pro/Pro Max and A20 Pro processor on September 10.
  • The A20 Pro is the first processor in the iPhone series manufactured using a 2nm process.
  • 2nm technology provides higher performance and energy efficiency.

숫자로 보기

2nm manufacturing processSeptember 10 announcementA20 Pro processoriPhone 18 Pro/Pro Max

Apple achieved a historic transition with the iPhone 18 Pro and Pro Max models announced on September 10. The new models feature the A20 Pro processor, the first in the iPhone series to be manufactured using a 2‑nanometre process. This processor leaves all previous iPhone processors behind in terms of performance and efficiency.

The 2nm process technology delivers higher performance at lower power consumption by increasing transistor density. It is known that Apple had this chip produced in TSMC’s advanced fabrication lines. Users will notice a clear speed boost in everyday tasks and heavy graphics workloads.

The new processor is also optimized for artificial intelligence operations and machine learning tasks. This development marks the next major leap in smartphone processor technology. Competing firms will also strive to adopt similar processes.

반응 남기기

다음 기사Applied Materials Opens New $5 Billion Chip Research Facility

이 기사에 대해 질문

답변은 이 기사만을 바탕으로 AI가 생성합니다.

자주 묻는 질문

Which processor does the iPhone 18 Pro use?
The iPhone 18 Pro and Pro Max use Apple’s new A20 Pro processor.
What does the 2nm process mean?
2nm refers to the size of transistors; a smaller process means more transistors, resulting in higher performance and efficiency.
How much faster is the A20 Pro compared to previous processors?
Apple has not yet released official performance figures, but the move to 2nm promises a significant performance increase.

AI가 생성한 짧은 요약입니다. 전문은 출처에 있습니다.

출처에서 전문 읽기news.mynavi.jp콘텐츠 제작 방식 →

관련 뉴스