$AXTI.

@blackpanthercapMay 26, 2026 · 3:16 PM

Everyone is chasing $SIVE or looking for the next $AEHR or $AXTI. I think I found it… Not one. But two. Both sitting at the exact chokepoint. This is maybe my favourite trade ideas the market hasn’t priced yet: CONSTRAINT 1: HBM inspection AI chips are not a single piece of silicon. A modern $NVDA GPU is a stack. A logic die at the bottom. Four to eight HBM memory dies bonded on top. Each memory die connected to the next through thousands of through-silicon vias, copper pillars drilled through the chip itself. Then that entire memory stack gets attached to the logic die through thousands more micro-pillar interconnects. Each pillar is smaller than a human hair. One defective pillar. One. That’s all it takes to kill a $40,000 AI GPU package. No buffer. No workaround. The whole unit is scrap. And here’s the constraint that makes this critical right now: HBM supply is sold out through at least 2027. No significant new capacity comes online until late 2027. There is no spare capacity. Every die that gets made needs to reach a GPU. A defect found late in the process isn’t a minor setback, it’s a $40,000 unit written off with nothing to replace it. So the industry doesn’t sample-inspect HBM stacks. It performs 100% INSPECTION. Every device. Every pillar. Every generation. As HBM advances from HBM3e to HBM4, the die gets larger, the micro-pillar density increases, and the inspection requirement becomes more complex, not less. There is one company with qualified equipment for this job at a leading US memory manufacturer. $COHU - Cohu Inc. Their Neon platform performs full 6-sided optical inspection of every HBM device using proprietary AI-trained software, defect recognition trained specifically on each customer’s device architecture. You can’t buy a competitor’s system and retrain it in a quarter. The switching cost is measured in years. The numbers: → $488M cash. No dilution risk. → Orders up 163% year-over-year Q1 2026 → $750M pipeline. 5 customers in active qualification. → HBM revenue guidance raised from $15M to $80–100M in a single year The market is pricing this as a test equipment cycle recovery. The correct frame: the only qualified inspection bottleneck in the HBM supply chain. Test equipment multiple: 3–4x EV/Revenue. AI infrastructure bottleneck multiple: 7–10x. CONSTRAINT 2: Silicon photonics fabrication Copper wires are hitting their physical limit inside AI data centers. Moving data between GPUs at the speeds AI training requires generates heat, signal loss, and power draw that copper interconnects can no longer handle efficiently. The industry’s answer is silicon photonics, lasers built directly onto chips, transmitting data as light instead of electrons. Co-packaged optics (CPO) embeds those lasers directly into AI switches. Forecast penetration: from near-zero today to 35% of all optical networking by 2030. Every one of those lasers is grown using a process called molecular beam epitaxy; MBE. A process that deposits semiconductor materials one atomic layer at a time, under ultra-high vacuum, with tolerances measured in atoms. The problem: the entire industry’s MBE infrastructure was built for 150mm and 200mm wafers. Silicon photonics runs on 300mm production lines, the same wafer size used in leading-edge logic fabs. There was no MBE system compatible with 300mm production lines. Until $ALRIB built one. Meet ROSIE; Riber Oxide on Silicon Epitaxy is the first MBE platform engineered specifically for 300mm silicon photonics production lines. No other equipment company makes this. The first two systems were ordered in 2025. ROSIE 2 the dual-chamber production version, goes into manufacturing in 2026. This is Year 0 of the ramp. Analyst consensus price target: €6. Current price: €15+. The gap exists because analysts are modeling Riber as a €40M scientific instruments company. Not one single sell-side model contains ROSIE as a separate revenue line. Silicon photonics is a $17B market by 2035. Riber’s current revenue: €40M. Market cap: €320M (~$340M USD). If ROSIE becomes the production standard for 300mm silicon photonics the way MOCVD became the standard for LED manufacturing, the revenue trajectory and the multiple both re-rate from here. Two constraints. Two chokepoints. One sits between every HBM die and every AI GPU that ships. The other is the only equipment that can grow the lasers replacing copper in AI infrastructure. Both are being priced on the wrong metrics. The market finds them eventually. This is not financial advice. Do your own due diligence. For full disclosure I haven’t taken a position myself, yet. They are both on my watchlist. I'm considering adding one of them to mmy short-term portfolio. $ALRIB looks like the most asymmetrical setup. A potential ten-bagger. $COHU the more safe-play. 3-5X. A potential $OUST look a like setup. @ParadisLabs any thoughts? I can’t call out @aleabitoreddit since I’m blocked, apparently. I'm also curious on other great investors perspective here: @moninvestor @Kaizen_Investor and @daniel_koss -BP

@aleabitoredditMay 23, 2026 · 1:52 AM

5 months ago. I gave a PT of $150 with $AXTI. Over 10x that current values from a $500M MC. It’s now a $9.2B MC and $140. $10 away. New $SIVE longs are starting to realize what’s it’s like to be in AXT. And that I’m pretty good at guessing intrinsic valuations of companies. https://t.co/HXAoKmXmaV

@aleabitoredditMay 18, 2026 · 5:25 AM

Next year… I’m expecting there to be many articles about FAU + component bottlenecks. Especially as the new CPO architecture led by $NVDA + $TSM starts to scale. Then a lot of these names like FOCI (~$2.8B MC) or Nextronics (~$246M MC) that I’m mentioning today will be in the center of it. Despite many of these “commodity” labels… (just look at transformers/NAND) And I’ll do a “Did you listen anon post” like $AXTI. We’ll see if this is right.

@aleabitoredditMay 17, 2026 · 11:39 PM

I literally called out a national vulnerability in the AI supply chain. Then went long on the quasi-monopoly in $AXTI. While everyone was doubting me. Guess what anon: it’s on the White House shortage list and one of the major talking points of US-China trade talks 6M later. https://t.co/mVX0vJ5EuD

@aleabitoredditMay 8, 2026 · 5:55 PM

I’m just going to leave this here with $AXTI. 100% of the comments were negative when I posted at ~$13. And I got banned later after it went up 10 times. https://t.co/6FrSXod6s8

@aleabitoredditMay 3, 2026 · 4:12 AM

Last year I called out $LITE, $COHR, $AAOI, $AXTI, and Innolight before the supercycle... This year: Found $SOI, which was the SiPH substrate = $AXTI. Then $SIVE, which was the CPO = $LITE. Might have found the CPO equivalent of $AAOI. Curious if anyone can guess?

@aleabitoredditApr 30, 2026 · 10:54 PM

Retail short sellers should really not touch $AXTI. I keep seeing people misunderstand $AXTI as only "InP Substrate" with Sumitomo, over and over but just never made a comment. This is wrong. They are literally 40%+ of the InP supply chain, which is why institutions are funding them. They hold MANY chokepoints, not just InP Substrates. As seen with the Gulf, removing ~20% of a supply is catastrophic, but do that with 3-4 other chokepoints. -> All the raw materials (indium, gallium, germanium). Vital and $AXTI (captive, JinMei) are the duopoly alongside Chinese companies. With Western 5N and others only holding a small fractional share. Since China (Vital, AXT) controls majority. -> pBN Crucible chokepoints: $AXTI is a another massive chokepoint (BoYu). there's a few other players like ShinEtsu/Morgan/etc, but this is another bottleneck in refinery layers. InP substrates: $AXT / Sumitomo are duopoly here, with JX, $COHR holding just a tiny percentage. There's many other processes (eg. Red Phosphorus) here too (eg. Nippon Chemical/Rasa) in the middle. This is a materials problem. $COHR can't just make InP substrates without all the upstream materials + refineries that $AXT controls. If $LITE CEO can't sleep at night because of InP substrates, $5B valuations mean nothing to the Western hyperscaler buildout stay online. Japan is actively getting export controlled on upstream materials, while AXT holds them all captive. So TLDR: It's not just "InP Substrates" that i see a lot of short sellers conflating. It's all the indium, gallium -> refinery processing -> pBN Crucible that goes into the final duopoly InP substrate creation process they share with Sumitomo. if Vital and multiple chokepoints upstream stops shipping, downstream to the Western InP substate makers. AXTI becomes a mini-monopoly. The valuation comes from owning the entire supply chain, not just "InP substrate creation" that even institutional analysts dont understand.

@aleabitoredditApr 28, 2026 · 8:42 PM

This is true. A few of bank analysts got passive aggressive when I called out $SOI back at $40 and it rose 125% since then. Same with $SIVE and it’s risen a few hundred percent (and keeps going up) But these same institutions are the one buying afterward on $IQE to $AXTI. Usually institutions have silent accumulation periods blocks over months to not raise the price + accumulate the float off retail. Then tell retail investors after it’s risen a lot and they own 5% of the company. But if markets price that in a lot faster, institutions are forced to buy a lot higher. Which is basically frontrunning institutions on supercycle names.

@aleabitoredditApr 24, 2026 · 9:30 PM

Did you listen anon? The fact that $SIVE is up 600%+. But still can 10x from here in a year... once ~ $AAPL, $JBL, and $MRVL require mass production of their lasers in 2027. Is incredible. Probably my most legendary thesis post since $AXTI. https://t.co/8rOZNdV9bX

@aleabitoredditApr 19, 2026 · 4:12 AM

@crux_capital_ It’s supply chain mapping off confirmed agreements. $GOOGL won’t go out and randomly say in a press releases their upstream substrate provider is $AXTI. I use words like likely in my statements above even though it’s near certain for the first production cycles

@aleabitoredditApr 16, 2026 · 3:14 PM

It’s just that the world wanted me to reach 1000% unrealized gains on $AXTI. My most legendary thesis to date. https://t.co/WR6Fq1Vyez

@aleabitoredditApr 16, 2026 · 7:49 AM

@Investmnt_Eagle I’m just sitting on a small 720% unrealized gain on $AXTI. Wanted 1000% so just holding personally. We’ll see how the shareholder vote turns out https://t.co/k5Fv95deSA

@blackpanthercapApr 14, 2026 · 4:06 PM

A material most investors have never heard of is quietly becoming the single most IMPORTANT chokepoint in the entire AI infrastructure stack. It’s called indium phosphide. And right now, demand for it is outpacing supply by 70%. Here’s why it matters: When hyperscalers build massive GPU clusters; thousands of chips spread across racks, rows, and entire buildings, those chips need to communicate with each other at extraordinary speeds. Continuously. At near-zero latency. Copper wire cannot do this at 800G and 1.6T speeds without generating so much heat the signal degrades before it arrives. The ONLY physical solution is light. And to generate that light, you need indium phosphide. InP is the material inside the laser components of every serious optical transceiver in production today. Silicon is brilliant at computation. It is terrible at producing laser light. Indium phosphide is the opposite, it converts electricity directly into coherent infrared light at exactly the wavelengths used in fiber-optic data centers. Remove it from the stack and the entire system stops. This is not a niche component. This is the nerve ending that makes the AI nervous system function. And the supply chain was never designed for what AI is demanding from it. A handful of companies control global InP substrate production. A meaningful share of that production touches China directly or indirectly, with advanced epitaxial processing concentrated in Taiwan. In February 2025, China introduced export licensing for InP-related materials. Epitaxial fabs hold weeks of inventory, not months. A few months of licensing friction halts production. Once lasers stop shipping, everything downstream stalls: transceivers, switches, AI clusters. Lumentum’s CEO said in early 2026 that despite a 12x increase in manufacturing capacity over 24 months, the company is “falling further and further behind demand.” Their InP laser production is now fully allocated for the next 32 months. Lead times that were measured in weeks two years ago are now measured in years. $AXTI, which controls 60–70% of global InP substrate production through its Beijing facility, reported an InP order backlog of over $60 million, more than double what it was six months earlier. They are tracking to double production capacity by end of 2026. It still won’t be enough. The SUPPLY-DEMAND gap on InP devices is projected at 70% for 2026. Here is the thing most investors miss: Silicon photonics does not replace indium phosphide. It depends on it. Every modern silicon photonics system bonds InP laser dies onto silicon chips using advanced packaging. As silicon photonics adoption grows and systems get denser and faster, total InP demand increases. The more efficient the architecture becomes, the more InP it needs. The companies MOST exposed to this chokepoint, as direct beneficiaries of scarcity pricing and multi-year backlog visibility, are $LITE, $COHR, $AAOI, and $AXTI. Each sits at a different layer of the same bottleneck. The market has partially re-rated the transceiver layer. It has not re-rated the substrate suppliers. That gap is where the asymmetry still exists. AI progress is no longer limited by algorithms or model architecture. It is limited by atoms. The investors who understand which atoms are the chokepoints, and who controls them, will find the real alpha in this cycle. The constraint is ALREADY downstream. -BP Not financial advice. Do your own due diligence

@aleabitoredditApr 14, 2026 · 4:17 AM

A Guide by Serenity: How to Cripple the Western Hyperscaler buildout with just $170m. Just take over Nippon Chemical (4092) with $169m! For InP substrates, you need: Indium and High Purity Phosphorus. Thought $AXTI was a bottleneck? NCI is the bottleneck of the bottleneck. NCI is actually the leader of the high purity red phosphorus chokepoint holding 26-27% of the market share (Rasa has less share, then the rest is China). And they export to $AXTI, Sumitomo, JX that need it to make InP substrates. 
So… if you have $160m to spend to acquire NCI (plus Rasa as smaller capacity), you can remove the leading Western world’s production of 6N/7N red phosphorus needed to make InP substrates! And without InP substrates: no photonics. Fun fact: China’s tech companies would get pretty disrupted with it too by NCI. For $AXTI, the mapping/reliance is actually pretty interesting: - AXT's Tongmei outlined its structural reliance on importing high-purity precursor materials from Japan on their STAR Market listing 
- WITS data showing ~$460/kg high-purity phosphorus flowing from Japan into China So they secretly do depend on NCI. 
China does have capacity like Wylton Chemical, Qin Xi New Materials, Jinding Electronics, and Chuxiong Chuanzhi, Guizhou Wylton Jinglin Electronic Materials as well. However, they’re all smaller players so can’t make up for high purity red phosphorus capacity provided by NCI for InP substrate production at scale. $LITE CEO already said inp substrates keeps him up at night. So now with NCI, you can give the guy permanent insomnia? For just $169M. So here's what the supply chain looks like: -> DGC phosphate rock mine and ships it to NCI -> NCI refines Yellow Phosphorus into High Purity Red Phosphorus -> Sumitomo / JX / AXT melt the Red Phosphorus with Indium to grow InP Substrates -> $COHR / $LITE fab InP substrates into Lasers -> Innolight/Fabrinet package them into 800G/1.6T transceivers -> $NVDA / $GOOGL use them for ASIC/GPU clusters. 
And basically, the entire West depends on NCI to make InP substrates for photonics. I hold some very small positions, just for fun. However, Japan is not well known for price hiking. So you’d probably run into regulatory problems eg. FEFTA if you bought the company and hiked prices 15000% (like government seizing back the company once they realize)… Maybe 30-50% hikes is possible to compress fwd p/e? But very likely wont end up like $AXTI. 
 Regardless, this company is a massive, massive national security risk priced at ~$160m. As for fundamentals, they’re trading at .54 book value and a forward P/E of 11.4 so it’s probably undervalued anyway. TLDR: -> Is it the next $AXTI? No. -> Is it an unknown structural bottleneck + critical vulnerability of the Western hyperscaler buildout with photonics? Yes. -> Is there still room for re-rating? Just reverting to Book Value of 1 is immediate 80-85% upside. Maybe more if you give it multiples past 11 fwd p/e. Regardless, it’s fun to find a major point of failure in the hyperscaler supply chains for $169m.

@aleabitoredditApr 2, 2026 · 12:45 PM

Okay chat. I'm curious what your thoughts are on the next 1350%+ 1Y return $SNDK or 2918% 1Y return $AXTI. If you have to choose 1 very high conviction, hyperbolic growth stock... What would it be and why?

@aleabitoredditMar 31, 2026 · 10:16 AM

@innovavest Idk. All the retail and news "labelled meme stocks" for my picks ended up becoming billion dollar companies like $AXTI. $SIVE is next, have high confidence.

@aleabitoredditMar 31, 2026 · 10:02 AM

Bruh wtf... Everyone was doubting me on $RPI, calling it a "Meme Stock"??? I literally projected 48-55% forward revenue growth and backed it up with fundamentals. While all the analysts were saying 14-17% and news outlets were saying "Meme Stock"?? And they updated $RPI to 58% projected Y/Y growth after earnings. Spot on and vindicated like $AXTI. Especially when I projected 3-4X industry growth estimates. Now $RPI is at ~19x-23.8x fwd p/e, with revenue acceleration due to OpenClaw.

@aleabitoredditMar 31, 2026 · 7:10 AM

Introducing the Strait of $AXTI: 20% of the world's total global oil supply passes through the Strait of Hormuz. It is the single most critical chokepoint in the global energy trade. Now... Double That with $LITE and $GOOGL instead of South Korea/Japan as recipients? Welcome to $AXTI. They control 40% of the InP supply chain. Both in the raw materials and processing. Two separate different bottlenecks (think of Iran producing oil, then shipping it through the Strait). So, if you 2x the chokepoint with the Hormuz oil bottleneck (but on AI industry level for photonics, instead of Country economies): You suddenly realize AXT's chokepoint (and China) on the photonics market. The current valuation is derived from strategic control. Then the main value comes when AXT exerts its control with price hikes: Since the AI buildout with photonics has no other choice at scale.

@aleabitoredditMar 28, 2026 · 1:10 AM

Great callout on $HIMX and now down -31.54% (accelerated by macro). This is a good lesson around chokepoints. They missed two things on this "Meme Stock": - Chokepoints can be designed out. - Chokepoint may not be material enough to translate into revenue like $AXTI. $AAOI on the other hand, has material TAM increase if you look at optical transciever projections that they've been bearish on. Largely disagreed with a large number of photonics picks (eg. calling for $POET at 7x the valuation over $SIVE the laser supplier). Or being bearish on $AAOI without looking at optionality + revenue ramp in a massive TAM. But we'll see who's right or wrong in a years time, most of the recent drop across the board was accelerated by macro (not whether a $SIVE or $HIMX thesis was wrong). But very interesting to see chip designers go the other way of plays mentioned by analysts.

@aleabitoredditMar 25, 2026 · 1:43 PM

TFW institutions realize how important $SIVE is in the CW/EML laser bottleneck. But have no positions… Sivers is up 220%+ so far, but I expect this to be my next personal 10x like $AXTI. https://t.co/DmqpkZ8Lqa

@aleabitoredditMar 25, 2026 · 4:22 AM

@HeLiuLeo How much is someone willing to pay for it? And when will there be more supply? If you're like memory companies where you're already printing $300B+ in operating income... There's probably a limit. If your starting point is $500m TAM and you price hike that up 20x, it's more do-able like $AXTI.

@aleabitoredditMar 24, 2026 · 4:01 PM

@StockStormX If you ran out of toilet paper after eating 20 Tacos from Taco Bell. Then someone was selling toilet paper for $20, even though it's worth $1. You would pay that $20, because there's no other option. Equivalent is with $AXTI.

@aleabitoredditMar 24, 2026 · 3:37 PM

So my 10x moonshot $AXTI ended up landing on the moon. If you felt like you missed the rocket: -> $SIVE is my personal favorite next 10x AXT moonshot at today's prices. -> $AAOI already up 4x since I've mentioned it, but I still think it can 4x again from these levels. If you want to play a bit safer: -> $VNP is the Western $AXTI -> $SOI is the $AXTI for silicon photonics/CPO, but it hasn't really ramped up yet. -> $IQE is more binary based on restructuring. -> $TSEM, $LITE, $COHR are the steadier compounders. I haven’t mentioned $VNP (5N Plus) much yet but it’s genuinely one of the most important companies in Western supply chains as the counterbalance to $AXTI. Basically it supplies: indium, germanium, gallium, tellurium, bismuth. Solar cells for LEO. Substrate feedstock for photonics. There's always more opportunities in the market!