· 方法论

光子学正处于新超级周期

涉及标的:

中文翻译

这件事非常微妙,我来解释为什么它不是“晚了”,只是对有些人来说已经晚了: 光子学是最新的超级周期(也许从 2025 年上半年到下半年就是起点)。 然后每个超级周期里都会有很多不同的架构变化: -> $LITE、$COHR、Innolight、$AXTI 这些名字引领了第一波 我之前那篇 thesis 把它们四个都列成了最大受益者(1 年涨幅都在 500%-1000%) -> $AAOI、$JBL 以及其他类似名字,会作为过渡桥梁受益巨大(例如 1.6T 可插拔) -> $SIVE、Celestial、Ayar、$POET 是未来几代,比如 CPO(我现在重点看的就是这个) -> VisEra、QD Laser、$ALMU 等等,若你把时间拉到 4 年后,很可能会是下一代(量子点、不同封装类型等) 当然,$LITE 什么都做,$AXTI 什么都能用。 但在每个小超级周期里,每次架构切换所对应的纯敞口是不一样的。 比如,量子点里 InP 还是会用,但占比会更少。或者 CPO 用 DFB 激光阵列而不是 EML。 $LITE 和 $COHR 也许还是会占 50%+。 所以你在“晚”的意义上确实有点靠后。 但对于新的架构世代,你其实又非常早。 我想做的,就是免费把普通散户往新金矿方向指一指。 在机构花 2 万美元买股票研究报告之前,先让大家知道这些。

英文原文

It's highly nuanced, and I'll explain why it's not late, but late to some: Photonics is the newest supercycle (maybe H1 into H2 2025 was the start). Then there's many different architectural changes in each supercycle: -> $LITE, $COHR, Innolight, $AXTI and these names led the first I did a thesis post on mentioning all four of them as the largest beneficiaries (all are up 500-1000% 1Y) -> $AAOI, $JBL and others types of names are benefit immensely as the transitional bridge (eg. 1.6T pluggable) -> $SIVE, Celestial, Ayar, $POET are others future gens eg. CPO (what I'm focusing on now) -> VisEra, QD Laser, $ALMU and others are likely going to be future gens (quantum dot, different packaging types, etc) if you fast forward 4 years. Of course, $LITE does everything. $AXTI will be used for everything. But the amount of pure play exposure for each architectural shift in each mini supercycle is different. For example, inp usage with quantum dot is still there, but less used. Or DFB laser arrays for CPO instead of EML. There's probably still 50%+ with $LITE and $COHR. And you're a little on the "late" side of things. But you're extremely early to new architecture generations. What I'm trying to do is point regular retail investors into the direction of new gold mines for free. Before institutions figure out sooner or later by paying $20k for equity research reports.

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