virtual-insanity
← 뒤로

https://x.com/PhotonCap/status/202644681

seedling literature 2025-01-20

https://x.com/PhotonCap/status/2026446810672492692?s=20

출처: https://x.com/PhotonCap/status/2026446810672492692?s=20


원문 발췌

$AEHR

This is a brilliant piece of analysis that accurately captures how AI infrastructure is shifting from 'GPU stacking' to overcoming physical bottlenecks.

From my perspective on the test equipment names in the "Optics and Silicon Photonics field", the emphasis on Aehr Test Systems $AEHR besides $FORM is particularly spot-on because as we transition from copper to optical interconnects (CPO), wafer-level reliability becomes a mandatory insurance policy for high-value AI clusters.

Since optical components like laser diodes are highly sensitive to thermal stress, AEHR’s role as a 'reliability gate' is essential for ensuring the yields required for next-gen 1.6T networking.

Ultimately, the winners of this cycle will be those who can mass-produce reliable optical interconnects at scale, not just those with the fastest designs.

관련 노트

  • [[260305_analysis_헤르미_CPO_채택이_오늘_아침_브로드컴_발표에서_늦춰진다는데_이에대한]]
  • [[260305_analysis_좋은_답변_고마워요_그렇다면_광통신이_더욱_활성화되면_전력_소모량은]]
  • [[260305_analysis_아뇨아뇨_죄송할건_없어요_오히려_더_흥미롭습니다]]
  • [[260227_analysis_P_사이클이든_q_사이클이든_가장_큰_수혜는_소부장중_유통사라고_말씀드렸]]
  • [[260223_analysis_도미노_피자DPZ_2025년_4분기_실적_요약_매출액_15억3600]]
  • [[260227_analysis_20260227_165118_기업명_에스에이엠티시가총액_5_2]]
  • [[250624_analysis_바이코_4Q25_실적_정리_800V_DC_아키텍처용_수직전력전달_23]]
  • [[250624_analysis_바이코_4Q25_실적_정리_800V_DC_아키텍처용_수직전력전달_53]]
  • [[250624_analysis_바이코_4Q25_실적_정리_800V_DC_아키텍처용_수직전력전달_29]]
  • [[250624_analysis_바이코_4Q25_실적_정리_800V_DC_아키텍처용_수직전력전달_2]]
  • [[250120_x_PhotonCap-Photon-Capital]]
  • [[260517_hypothesis_S40_콘텐츠]] -- AI 서버 시장 동향