📝잇다반도체 컬럼📝 두번째 쉼표……….🐦
잇다반도체의 제품 SOC Canvas를 좀 더 자세히 알려드리고 싶어 제품이 나오게 된 이야기들로 시작한 컬럼의 첫번째 주제였던 SOC Canvas 이야기가 8개의 컬럼으로 마무리가 되고, SOC Canvas의 첫째, Power Canvas에 대한 이야기가 10개의 컬럼으로 마무리가 되었습니다.👏
한번도 생각해보지 않았던,, 솔직히 말하자면 있는지조차 몰랐던 SOC Power System 세상에 대해 새롭게 알게 된 시간이었습니다. 일상생활에서 너무 쉽게 만났던 Power가 SOC 칩 안에서는 제대로 만나기가 쉽지 않다는 사실이 신선하기도 하고, 재밌기도 했던 것 같습니다. 🛩️🙃
지금까지 올라온 Power Canvas 이야기를 한자리에 모아봤습니다. (We brought together the Power Canvas stories that have been posted so far.)
먼저 Intro인 “Power Canvas 이야기” 부터 (Let’s start with the intro, “Power Canvas Story”)
SOC Power System 설계가 어려운 이유 5가지 중 (5 reasons why SOC Power System design is challenging)
첫번째 “power는 Physical한 현상을 다룹니다. (UPF)” ( The first ” Power deals with physical phenomena (UPF))
두번째 “power off 하면 데이터가 사라집니다.” (The second ” When the power is turned off, the data is lost)
세번째 “Power는 real time으로 끄고 켜야 하는데, CPU는 non-real time으로 명령을 내립니다.”
(The third ” Power should be turned off and on in real time, but CPU issues the command in non-real time”)
1. Power should be turned off and on in real time, but CPU issues the command in non-real time 1/3
Power should be turned off and on in real time, but CPU issues the command in non-real time (1/3)
2. Power should be turned off and on in real time, but CPU issues the command in non-real time 2/3
Power should be turned off and on in real time, but CPU issues the command in non-real time (2/3)
3.Power should be turned off and on in real time, but CPU issues the command in non-real time 3/3
Power should be turned off and on in real time, but CPU issues the command in non-real time (3/3)
네번째 “Subsystem의 power 제어에 대한 요구 사항은 생각보다 복잡합니다.” (The fourth ” The requirements for power control in subsystems are more complex than expected”
The requirements for power control in subsystems are more complex than expected
다섯번째 “가장 안정적으로 동작해야 합니다.” (The fifth ” It should run with the highest level of stability)
그리고, 5가지 어려움을 한꺼번에 해결한 잇다반도체의 솔루션! Power Canvas 이야기인 “Power 제어 시스템”
(The ITDA Semiconductor’s solution for the 5 difficulties at once ” Power Control System”)
끝날 때까지 끝난 게 아니었다… 진정한 SOC Power System 설계 이야기의 마지막! “모든 문제를 해결한 후에”
(It wasn’t over until it was over… The end of the true SOC Power System design story! “After we’ve sloved all the problems”)
한꺼번에 보고싶으시다면,, 잇다반도체 홈페이지의 블로그에서 확인하실 수 있습니다~
(If you want to see it all at once, you can check it out on the blog of ITDA Semiconductor’s website)
📝ITDA Semiconductor Column 📝 The second comma……..🐦
ITDA Semiconductor’s product SOC Canvas was the first topic of the column that started with stories about the product because I wanted to tell you more about SOC Canvas, and SOC Canvas’ first story, Power Canvas, ended with 10 columns.👏
It was a time to learn about the SOC Power System world that I’ve never thought about before, and frankly, I didn’t even know it existed. It was both refreshing and fun to know that the power that I met so easily in my daily life is not easy to meet properly in the SOC chip. 🛩️🙃
