@TuttleCapi
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Income Blast https://nitter.cf/t.co/zdNne0Bqo4 Digital Credit https://nitter.cf/t.co/psKDH4CuBf Thematic & 2X https://nitter.cf/t.co/vqY98mban5 No DM's please.
Riverside, CT
Joined March 2025
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Pinned Tweet
The AI race isn't just about compute—it's about moving data faster with less power. As
optical technologies become increasingly important across AI, telecom, defense, and
industrial systems, photonics is stepping into the spotlight. $FOTO
Learn More: fotoetf.com/
Distributor: Foreside Fund Service
🤖 Made with AI
Bullish — $LITE $AAOI $SIVE $IQE $AXTI
Citi, after investor meetings:
“CPO is emerging as a major part of the next value-upgrade bottlenecks in AI infrastructure.”
The next scarce layer is not another GPU. It’s light: lasers and fiber, packed onto the switch.
GPUs don’t scale if the photons don’t.
Get positioned before it is too late.
We are long and bullish. NFA.
Tuttle Capital retweeted
Take 5 minutes to read this article from a non-investor account I’ve followed for a while. You’ll understand why you should open a $RKLB position if you haven’t already. Your future self will thank you in 5 years.
Tuttle Capital retweeted
50 legendary internet rabbit holes you can spend hours exploring👇
1. zoom.earth — Watch the world via live satellite imagery
2. flightradar24.com — See every plane currently in the sky
3. marinetraffic.com — Track all ships at sea in real time
4. windy.com — Live map of winds and storms
5. lightningmaps.org — Watch lightning strikes hitting Earth in real time
6. earthquake.usgs.gov — Live list of recent earthquakes
7. submarinecablemap.com — Ocean cables carrying the internet
8. globalforestwatch.org — Watch forests disappear from space
9. worldometers.info — The world's statistics, second by second
10. internetlivestats.com — Current number of tweets and searches being posted
11. thetruesize.com — Compare the true sizes of countries
12. oldmapsonline.org — Maps from centuries ago
13. davidrumsey.com — Archive of 150,000 historical maps
14. openstreetmap.org — World map drawn by volunteers
15. window-swap.com — Look out the window of a random person around the world
16. virtualvacation.us — Virtual walks through cities
17. mapcrunch.com — Teleport to a random spot on Earth
18. atlasobscura.com — Catalog of the world's strangest places
19. neal.fun — Interactive knowledge experiences
20. htwins.net/scale2 — Scale journey from atom to universe (Updated HTML5 link)
21. eyes.nasa.gov — Explore the solar system in 3D
22. stellarium-web.org — Real sky map in your browser
23. apod.nasa.gov — NASA's astronomy picture of the day
24. images.nasa.gov — NASA's entire visual archive, free
25. pudding.cool — Visual articles told through data
26. ourworldindata.org — The state of the world with real data
27. gapminder.org — What we mistakenly think we know about the world
28. informationisbeautiful.net — Visualizing complex data
29. data.worldbank.org — World Bank's open data
30. data.tuik.gov.tr — Turkey's official statistics database
31. archive.org — Archive of millions of books, films, and software
32. gutenberg.org — 70,000 free books whose copyrights have expired
33. openlibrary.org — Record of every book in the world
34. loc.gov — U.S. Library of Congress digital archive
35. europeana.eu — Europe's cultural heritage archive
36. dp.la — America's digital library collection
37. artsandculture.google.com — Tour museums from home
38. rijksmuseum.nl — Download artworks in high resolution
39. wikiart.org — Archive of 250,000 artworks
40. publicdomainreview.org — Forgotten visual treasures of history
41. openculture.com — Free archive of culture and education
42. metmuseum.org — Met Museum's open collection
43. musicmap.info — Family tree of music genres
44. radiooooo.com — Pick a country and decade to listen to that era
45. listen.hatnote.com — Turn Wikipedia edits into audio
46. wikipedia.org — Random knowledge well
47. timeanddate.com — Time, sunrises, and sky events
48. sciencedaily.com — Live stream of science news
49. arxiv.org — Free preprints of scientific papers
50. observablehq.com — Visualize data with live code
Save this. You’ll definitely need some of these later. 🔖
Follow @Amelia_With_Ai for more useful websites, AI tools & tech resources.
Tuttle Capital retweeted
WHERE THE MONEY IN QUANTUM ACTUALLY LIES.
A truly beneficial article for any private or public market investor focused or interested in Quantum.
We mapped every quantum company at or near $1B, every exit above it, and where the government's checks went. Twenty two companies, twelve exits, one massive pattern.
A company with 1,200 qubits and a government equity stake priced at $714M in June. A company with 108 qubits trades at $5B. Same technology, several times the price, depending on whether it's public or private. That gap explains every SPAC this year, and it closes in one of two directions.
Sixteen of the twenty two are building the whole machine, the two biggest government checks went to none of them. The next wave of unicorns come from somewhere else, and we lay it all out.
Full breakdown here: l1nq.com/kveu8gu
$IONQ $QNT $INFQ
Tuttle Capital retweeted
The market is living through a time mismatch.
People are still debating rates, breadth and old-cycle recession signals while AI agents, tokenization and machine-speed economics are changing the rules underneath them.
In my new video:
• Why there’s a bear market inside the bull market
• Why consumer agents are the next major AI inflection point
• Why AI + tokenization changes how we should think about growth, money and competition
• Why I want to be long speed and short friction
• And why I believe crypto has reached its App Store moment with AI consumer agents filling the Ghost Rails
The speed of intelligence is accelerating.
The speed of money now has to catch up.
New video 👇
youtu.be/LhuSxhCNa5g
$AXTI
THE INP SHORTAGE HASN'T PEAKED!
Chinese InP substrate makers hardened their price language over the summer. On July 16, Yunnan Germanium (SZSE: 002428) told investors InP wafer prices had "risen somewhat" and flagged "considerable uncertainty" ahead. By September 11, prices were "rising sharply," with volume and price climbing together, and the warning was gone.
More capacity is on the way. Yunnan Germanium is expanding from 150k wafers a year (2 to 4 inch) to 450k (4-inch equivalent) on an 18-month build that began in April, which points to full output around October 2027. In July it signed an InP order worth RMB 570M to 855M, about $85M to $127M, with an unnamed customer, delivering through the end of 2027. Guangzhi Technology (SZSE: 300489) has approval for a 40-ton-a-year InP wafer project and says it holds a 6-inch order from a leading global customer.
China gets that capacity first. Every InP export has needed its own license since February 4, 2025, and none of the truce-era suspension notices has covered it. Yunnan Germanium's overseas revenue was 1.45% of first-half sales. AXT also makes its substrates in Beijing and drew $30.8M of its $47.6M Q2 revenue from mainland China, but its sales to Europe rose to $9.2M from $1.6M a year earlier on the export licenses it holds. $LITE has a six-year capacity reservation with AXT, and $COHR prepaid $22.3M for AXT capacity from 2026 to 2028.
The buy side is tracking it closely. Three Chinese substrate makers hosted 70 institutional visits in September, and the questions turned to newcomers and oversupply. The "supply-demand gap exceeds 70%" line Bojie (SZSE: 002975) gave on September 22 was its answer to a fund asking whether all the new capacity would end in oversupply.
I read the three companies' September IR records on CNINFO against AXT's Q2 10-Q. So, until the new Chinese lines come up in the second half of 2027, the extra substrate available to laser makers outside China runs mainly through AXT's licensed exports and the two Japanese suppliers, JX Advanced Metals and Sumitomo Electric.
Outside China, the companies buying those wafers are saying the same thing. Coherent CEO Jim Anderson told investors on August 12 that InP capacity "continues to be our primary constraint." In a Six Five Summit conversation released September 17, he went wider: indium phosphide is "kind of a constraint across the industry right now." $AVGO says its InP, EML, CW and VCSEL fabs are already running at more than three times year-ago capacity, with substantially more to come over the next two years. The fixes all carry 2027 and 2028 dates. Lumentum's UK plant comes online in the second quarter of 2027 and Greensboro in mid-2028. JX Advanced Metals is spending up to ¥120 billion over four years for 7 to 10 times its fiscal 2025 substrate capacity, and Sumitomo Electric is reportedly aiming for 3.1 times its fiscal 2024 level by fiscal 2028.
And scale-up hasn't placed its InP order yet. Anderson made the point in the same conversation: the only part of the network still running on copper is scale-up inside the rack, and it moves to optics over the next few years. When it does, that demand lands in the same 2027 window as every expansion above.
Tuttle Capital retweeted
$AXTI
THE INP SHORTAGE HASN'T PEAKED!
Chinese InP substrate makers hardened their price language over the summer. On July 16, Yunnan Germanium (SZSE: 002428) told investors InP wafer prices had "risen somewhat" and flagged "considerable uncertainty" ahead. By September 11, prices were "rising sharply," with volume and price climbing together, and the warning was gone.
More capacity is on the way. Yunnan Germanium is expanding from 150k wafers a year (2 to 4 inch) to 450k (4-inch equivalent) on an 18-month build that began in April, which points to full output around October 2027. In July it signed an InP order worth RMB 570M to 855M, about $85M to $127M, with an unnamed customer, delivering through the end of 2027. Guangzhi Technology (SZSE: 300489) has approval for a 40-ton-a-year InP wafer project and says it holds a 6-inch order from a leading global customer.
China gets that capacity first. Every InP export has needed its own license since February 4, 2025, and none of the truce-era suspension notices has covered it. Yunnan Germanium's overseas revenue was 1.45% of first-half sales. AXT also makes its substrates in Beijing and drew $30.8M of its $47.6M Q2 revenue from mainland China, but its sales to Europe rose to $9.2M from $1.6M a year earlier on the export licenses it holds. $LITE has a six-year capacity reservation with AXT, and $COHR prepaid $22.3M for AXT capacity from 2026 to 2028.
The buy side is tracking it closely. Three Chinese substrate makers hosted 70 institutional visits in September, and the questions turned to newcomers and oversupply. The "supply-demand gap exceeds 70%" line Bojie (SZSE: 002975) gave on September 22 was its answer to a fund asking whether all the new capacity would end in oversupply.
I read the three companies' September IR records on CNINFO against AXT's Q2 10-Q. So, until the new Chinese lines come up in the second half of 2027, the extra substrate available to laser makers outside China runs mainly through AXT's licensed exports and the two Japanese suppliers, JX Advanced Metals and Sumitomo Electric.
Outside China, the companies buying those wafers are saying the same thing. Coherent CEO Jim Anderson told investors on August 12 that InP capacity "continues to be our primary constraint." In a Six Five Summit conversation released September 17, he went wider: indium phosphide is "kind of a constraint across the industry right now." $AVGO says its InP, EML, CW and VCSEL fabs are already running at more than three times year-ago capacity, with substantially more to come over the next two years. The fixes all carry 2027 and 2028 dates. Lumentum's UK plant comes online in the second quarter of 2027 and Greensboro in mid-2028. JX Advanced Metals is spending up to ¥120 billion over four years for 7 to 10 times its fiscal 2025 substrate capacity, and Sumitomo Electric is reportedly aiming for 3.1 times its fiscal 2024 level by fiscal 2028.
And scale-up hasn't placed its InP order yet. Anderson made the point in the same conversation: the only part of the network still running on copper is scale-up inside the rack, and it moves to optics over the next few years. When it does, that demand lands in the same 2027 window as every expansion above.
Tuttle Capital retweeted
We are literally watching the complete traditional financial stack being rebuilt and redefined in the public markets. 🌐
Tuttle Capital retweeted
If digital credit, capital, and equity find their way into American retirement portfolios, it’ll be a quick journey to the moon.
Here’s a product idea: build the best-performing target-date fund in the industry by adding Bitcoin and digital credit exposure to the glide path.
Target-date is a $5T category, and US retirement assets total $50T.
The first manager to do this well will capture significant share and generate billions in fees over time.
@Strive @Bitwise @BlackRock @Fidelity
Tuttle Capital retweeted
Goldman Sachs expects the market for AI rack battery backup units (BBUs) to grow from $2.2 billion in 2025 to $50.2 billion in 2030, helped by wider adoption. In its base case, it sees average BBU adoption across Nvidia-based servers rising from 38% to 95% over that period.
BBUs help smooth out swings in GPU power demand. Panasonic Holdings says it currently holds 70% to 80% of the BBU market. Its NCA batteries offer high energy density, an advantage when rack space is tight.
But Goldman says power sidecars could ease those space constraints, making LFP batteries more attractive because of their lower cost and longer cycle life.
Thank $FOTO
$LITE $COHR $AAOI $SIVE $CRDO
Scale-Up CPO pushed to 2029, what happens now?
Jefferies just took AI transceivers to ~180M units in CY27 (90M 800G + 80M+ 1.6T) and 245M in CY28.
Scale-up CPO? Material volume pushed to CY29.
As I see it that’s two extra years of front-panel demand before CPO even starts eating share.
The market keeps pricing these names like the pluggable cycle is ending.
Jefferies just said the opposite.
—> $LITE owns the EML bottleneck. Every extra 1.6T module still needs 200G/lane lasers. That’s not optional.
—> $COHR is InP + CW + modules with demand still running ahead of supply. Capacity is the constraint, not the order book.
—> $AAOI is the US module ramp sitting right in the middle of 90M + 80M units. Their next 24 months is 800G and 1.6T. This just made that window bigger.
—> $SIVE is the laser that plays both sides. Jabil/1.6T pluggables now. Ayar/GFS/NVLink ELS when CPO actually shows up. A later CPO ramp doesn’t kill the thesis. It funds the company while the pipeline converts.
—> $CRDO wins on volume either way. More 1.6T ports = more DSP, more AECs, more ZeroFlap optics. DustPhotonics now puts the PIC on the same stack.
CPO is the 2029 story.
245 million pluggable units in 2028 is the trade in front of you.
Bullish! NFA.