Matt Dratch

2.1K posts

Matt Dratch

Matt Dratch

@DratchCap

Macro Equity PM | Dartmouth Football ’08 “Be bold, and mighty forces will come to your aid.” Views my own; Not financial advice

NYC Katılım Aralık 2010
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Matt Dratch
Matt Dratch@DratchCap·
AI’s Shadow Output Gap While Washington obsesses over debt and inflation, AI is already ushering in an age of abundance (Part 1) ⸻ The political and economic establishment can’t stop talking about deficits, debt, and the CPI. Capitol Hill hearings, FOMC minutes, and financial news all pulse to the same beat. Yet this fixation ironically coincides with the arrival of the most powerful productivity engine in human history: generative AI. Its impact is creating a shadow output gap — an invisible but rapidly widening expansion of supply-side capacity. Policymakers, especially at the Federal Reserve, act as if the boom doesn’t exist. The real risk is not inflation. It is a stealth supply shock that pushes prices, wages, and term premia down. Deficits may prove too small. Monetary policy may already be too tight. ⸻ Productivity Everywhere — Except in the Data This is Solow’s Paradox, redux: “We see the computer age everywhere except in the productivity statistics.” Only this time the curve is ten-times steeper. Previous tech waves required hardware diffusion—mainframes, PCs, smartphones. AI requires none of that; it arrives through an app. That frictionless uptake already generates latent productivity that never reaches GDP because it appears as: •lower input costs (fewer billable hours), •consumer surplus (time saved, spending skipped), and •silent substitution (high-skill labor quietly displaced). Illustrations abound: •A patient triages symptoms with ChatGPT and skips four clinic visits. •An analyst masters a new industry without three costly expert calls. •A five-person start-up closes a seed round with no CFO, lawyer, or recruiter—AI fills those roles off the books. Each case creates real value, but none is logged as “output.” ⸻ Counting the Invisible Token Economy Tokens — the fragments of text an AI model processes — are the kilowatt-hours of knowledge work. Track them and you watch the shadow gap in real time. •Google’s token throughput grew 50-fold year-over-year as usage soared and per-token cost collapsed. •OpenAI’s models now sit in support desks, research departments, and legal teams worldwide. •Rapidly falling costs are unlocking accelerating demand across every provider. The data-center capex from Nvidia, Microsoft, and other hyperscalers is simply the physical expression of this surge. (1/2). $NVDA $AMZN $GOOGL $MSFT $TSM $CRWV $NBIS
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Matt Dratch
Matt Dratch@DratchCap·
@acemoney21 My view is that any power that can be delivered in 2027 / 2028 will have very well paying customers
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ace $@acemoney21·
you have to view $FRMI as a brand new co here 90d plan last eps consisted of: mgmt restructure, $ raise, + tenant locate. they've now done 2/3 mkt told you the bottom here @ $4.75. if they find a D1 tenant, stock will refill that gap to $15 and probably some more good skew
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rahmbo@rahmbotrades

My thoughts on $FRMI's proposed offering of $350M of convertible senior notes TLDR: We need to find out more about how they price the offering tomorrow, but we all knew this was coming. $CRWV, $IREN, $NBIS, $APLD, $BTDR, and more have all done this same thing (but some of them did it uncapped). With these massive buildouts, you have to raise money...and raising money through convertible notes is much better than raising money through equity sales or high interest rate debt. The stock is selling off after hours because (I think) shareholders were hoping for a tenant deal announcement that would include some sort of financing help before an offering. I wish that management would have waited to price this offering until after a tenant deal, but an offering like this was 100% INEVITABLE. I'm pretty shocked they'd do it in this order, and I'd like to hear why from management. After being such a huge advocate for current management, I'm a bit disappointed. Short term pain for long term benefit? I definitely think that -18% is an over reaction, so I will likely be buying the dip tomorrow depending on how the note is priced. First, what is a "convertible note with capped call anti-dilution protection?" Convertible note: Fermi borrows $350M. Instead of paying it back in cash, the lenders get a bonus feature. If the stock rises above a certain "conversion price," they can swap their notes for shares instead. So, lenders typically accept a low interest rate for this convertible feature. The problem here is DILUTION, and that is why $FRMI stock is selling off after hours on this news. If the stock rises above the conversion price, Fermi has to hand out a bunch of new shares. That's bad for existing shareholders Capped call anti-dilution protection: When Fermi sells these notes, it has promised to take some of those proceeds to buy an option package from big banks. That option package means that banks will pay Fermi when it has to hand out shares so that it can cancel out the dilution. Here's an example: $FRMI is trading at $6. The conversion price on the notes is $12. The cap (based on the capped call package) is $20. If the stock rises to $18, there is no dilution since the option package from the banks protects against dilution from $12-20. Above $20 and Fermi is on its own again and dilution kicks back in. The best way to tell if this news can be considered long-term bullish for $FRMI is by comparing it to other similar offerings: 1) $NBIS (one of the best performing neoclouds) has done a lot of convertible notes, and they've issued them without capped calls. Purely dilutive. And look at their stock price... 2) $CRWV, $APLD, and $IREN have all issued massive convertible notes WITH capped calls similar to $FRMI I attached a picture of a table that compares the various offerings, and it will be important to compare this table to Fermi's priced offering when we figure it out tomorrow. But moral of the story is: convertible debt offerings almost always hurt the stock price when they are announced, but the stock's trajectory afterwards depends entirely on if the company can keep executing or not...

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Matt Dratch
Matt Dratch@DratchCap·
@ThainRos If you think elon's capacity is enough to swing the mkt into balance even a smidge you should sell all your AI exposure fast.
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Ros Thain
Ros Thain@ThainRos·
@DratchCap I think SpaceX entering the field changes the dynamic . I don't like having to compete with Elon, he's just too good at this. Of course , neoclouds will still make money , but it's a negative development all else equal
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Matt Dratch
Matt Dratch@DratchCap·
So pple are selling the powered shells / neoclouds bc of potential datacenter moratoriums... but buying the hardware ($nvda) which by the same logic will have fewer plugs for their GPUs... makes sense. 🤪
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Matt Dratch
Matt Dratch@DratchCap·
Neg unrounded core CPI m/m? Bring on the cuts! ;)
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Matt Dratch
Matt Dratch@DratchCap·
I’m All-OUT unless we get the @_clarktang on the pod. RT if you’re with me
Clark Tang@_clarktang

I think there is general confusion around how AI works, AI tokenomics, and ultimately *what is actually priced in* for the AI trade - and that some of the existing arguments are at odds with one another Firstly to clear this up - what Brad and Gavin are saying are completely in agreement, what Gavin is laying out here is the *mega bull case* as he so states in the first sentence of his tweet lol The base case we are all living with is that the labs are going to continue to generate a significant amount of revenue this year and next year. OpenAI was already the fastest growing company of all time (and still is)... but Anthropic has just grown *SO* fast that OpenAI's growth look slow by comparison The basic chain for all of this together is as follows: Power (generation, interconnect, regulation) -> DC Shell (construction, equipment, regulation) -> Semiconductors (compute, memory, interconnect, adv packaging, wafer capacity) -> Hardware (networking, storage) -> Software (data, infra, inference) -> Models (open, closed, agentic loops, harness) How each of these interact with one another affects the ultimate cost - which is model cost Consider the following: Nvidia manufactures the bleeding edge chip for training and inference. It is very good at both training, and inference. Nvidia is the largest customer of TSMC, the memory players, substrates, lasers, transceivers etc - anything you can name on. And now to soon include power into this equation. The unit of compute is fungible because the software runs ubiquitously across all clouds, multiple industries, across all models. It is bankable by increasingly more financial institutions - infrastructure PE funds, even some IG debt now - because it is ubiquitous and observable what the market is. For this Nvidia charges the highest compute margins - ~80% on hardware. Consider the labs: Anthropic and OpenAI are inferencing across a fleet of *largely Nvidia / Google TPUs w/ some incremental gains of Trainium*. There are new entrants to the field - Cerebras, AMD, and potentially some 2027 tapeouts of new ASICs - OAI Jalapeno, new start ups etc. Anthropic and OpenAI make the best models, with a dominant share of wallet $ (Assume ~$100B ARR) at an estimated gross margin of ~70%. (economic estimates vary from 40-90% depending on what you are including). But almost certainly contribution margins on model inferencing is pushing the number higher than 70%. After establishing that though, I think it's incredibly important to state that while these things seems at odds with one another, this balance is not necessarily zero sum. The thought experiment Yes it is true that if Nvidia margins were 0, OpenAI and Anthropic could offer their intelligence at cheaper rates. How much cheaper? My estimate is NVDA DC = ~12.5B / yr Amazon Basics ASIC DC = ~$6B / yr (About 1/2 the cost - so if NVDA hardware is 2x the performance, then the cost advantage goes away - and actually that ASIC is worse off bc has much worse recontracting value so arguably depreciation curve should be shorter) So really, the labs cutting NVDA out could only offer the tokens at ~50% to 60% cheaper at their own economics. Is that signficant? Certainly. Is it an OOM difference? Not necessarily - so that's why they have prudent attempts to diversify away from NVDA (it's just good business), but they continue to rely (and actually if considering Ant's share gains, are increasing their spend on NVDA - while having competing programs). In the case of Open Source vs Closed - Nvidia obviously wants the proliferation of this because by definition all OS models will run best on Nvidia hardware out of the gate. Yes NVDA hardware will be good, but they will have this lead because of everything NVDA has been doing for the last 4 years in developing their platform ecosystem from the infrastructure (partnerships, funding, neoclouds) to the software (vLLM / other inferencing sw, inference clouds, Nemotron, NIMs, Nemoclaw etc), to install base (sovereign clouds, global partnerships, neoclouds, hyperscalers, etc) - to proliferate NVDA around the world. Anywhere there is inference that exists outside of a walled garden (the proprietary labs) - Nvidia will exist. The only ones who could potentially cut NVDA out are the labs. And the value that is captured from the labs are estimated to be in the hundreds to trillions of $ - which are obviously of much value to the world if it were offered much more cheaply. Which brings us to the debate at hand -- which one is right? The truth is no one knows. You can ask the labs, you can ask Jensen - anyone who tells you definitively is just lying to you. But you can build a plausible path to the future state using a few reasoning blocks. Here's a reasoning thread (feel free to generate your own thinking): - Bull case: Spend on the world's intelligence is about $30T / yr - What would you spend to augment that, maybe worth 30-50% of that? $10-15 T as a market? - Bear case: about 30M software developers in the world each earning $100K a year = $3T spend in salary. GitHub commits up 3x = $9T of productivity on $100B of ARR? *Even if you assume 90% of this is slop and useless, you would get $900B of ROI on $100B of spend* I have more reasoning chains, but I thought this one by Jensen was compelling - but this is where we can't give too much away :) But in spirit of crowdsourcing - some other interesting ideas I have that I am still thinking about (and encourage you all to consider as well): - Optimizations always happen - the question is just to what extent and for what reason - Agentic revenues was really what unlocked step function revenue growth - if open source is really just 6mo behind, then we should see really good agentic capabilities out of open models now too - Harness and model now tightly have to be integrated - Open Source never really makes sense as a sustainable business model - businesses investing at this scale always has to find a way to monetize that - "there is no free lunch" - not just a one model fits all... the only player that has an incentive to train on the frontier and keep completely free IS Nvidia - Rev / GW of AI labs are already nearing the highest metrics ever - now to be fair Meta and GOOG never really thought of Rev / GW as metric to lead their buildouts - was always a cost to doing biz - but it's not like we are being "stupidly inefficient" with power spend now - true mkt creation - wafer constrained, power constrained world. what's the optimal move?

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Matt Dratch
Matt Dratch@DratchCap·
On a positive note, stocks can only go to zero.
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Matt Dratch
Matt Dratch@DratchCap·
@zerohedge Stupid. This assumes demand and supply move into balance. Cheap intelligence only lowers the market-clearing price once cheap capacity becomes abundant enough to satisfy the marginal buyer, and we are not close to balance (hence all the spend). Yawn.
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zerohedge
zerohedge@zerohedge·
Only problem with this is those “certain frontier labs” are on the hook for about $2 trillion in unfunded obligations and off balance sheet liabilities, which have already been monetized by soaring IG bond issuance which all assume their revenues and margins persist into the 2030s
Gavin Baker@GavinSBaker

The mega bull case for AI infrastructure would be *if* market share shifted away from certain frontier labs with 90%+ inference margins toward cheaper models, whether open-source or closed. It would increase the ROI on AI spend for end customers by increasing intelligence per dollar, which would drive incremental token demand. Margin dollars would effectively get redistributed from the frontier labs to AI infrastructure providers. The infra winners would be those with the lowest per token cost and the winners at the model layer would be those with the highest token efficiency. There are many reasons Jensen is so focused on open source, but this is likely the most important one as I think he is probably less worried about a monopsony these days. Lower margin % at the model layer = more margin $ at the infra layer all else equal. With SpaceX and Meta being vertically integrated and possessing the #3 and #4 models respectively it is more possible than ever. Note that Grok 4.5 is ahead of Fable for some useful tasks at a much lower cost, so ranking them #3 is conservative. This is not happening yet. Cheap, mostly open source tokens are likely the majority of volume today but the majority of economic value is still accruing to the most intelligent models. Might change though. We will see.

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Ros Thain
Ros Thain@ThainRos·
Agreed. Regarding open source taking share- people forget that oss wont have enough compute share to be competitive. Most of the compute it being allocated to OAI, ANT (and xai/GDM). So even if there's latent demand for an oss alternative, it simply cant be met in size over next 2 years
Matt Dratch@DratchCap

This is a thoughtful framing from @GavinSBaker , and directionally I agree that cheaper models should increase intelligence / dollar, stimulate demand, Jevon’s etc (AI infra bull here, duh). I just think it is too early to make the either/or calls generally in AI and especially at the model layer. Even assuming very little capability differentiation, **the low-cost provider only sets the industry price if it has enough capacity to clear the market**. If cheap supply is capacity-constrained, it sells out and demand spills into progressively higher-cost supply. The marginal producer (NOT the low cost producer) sets the clearing price. If we are going to treat intelligence like a commodity then we have to use commodity market dynamics to understand pricing… In that world, Meta or Grok’s cost advantage becomes “scarcity rent”. They can price JUST BELOW the next-best alternative rather than anywhere near their own marginal cost. This is important: *Cheap intelligence only lowers the market-clearing price once cheap capacity becomes abundant enough to satisfy the marginal buyer*. Read it twice ;) And, as I’ve said in the past, right now the easier AI bet may be that realized supply disappoints (supply curve shifts down). Datacenters are harder to build / energize / deploy than people think, and it's only getting harder, while cheaper intelligence / innovation IS creating more demand (the innovation-demand fly wheel is spinning pretty fast right now on a fraction of the GWs we hope to build). So yes, this could ultimately redistribute model-layer margins toward infrastructure. BUT before getting there, we may spend a LONG TIME in a world where cheap providers sell out, more expensive providers absorb the overflow, and everyone keeps building. Now back to praying to the momentum gods :). Godspeed.

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Matt Dratch
Matt Dratch@DratchCap·
@axnaxx18 @GavinSBaker Particularly if supply disappoints a bit, anyone with unpriced or recontracting capacity to power a GPU should benefit
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frisky
frisky@axnaxx18·
@DratchCap @GavinSBaker Won’t everyone be bidding up infrastructure rents, no matter which models are available used, If infrastructure is constrained?
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Matt Dratch
Matt Dratch@DratchCap·
This is a thoughtful framing from @GavinSBaker , and directionally I agree that cheaper models should increase intelligence / dollar, stimulate demand, Jevon’s etc (AI infra bull here, duh). I just think it is too early to make the either/or calls generally in AI and especially at the model layer. Even assuming very little capability differentiation, **the low-cost provider only sets the industry price if it has enough capacity to clear the market**. If cheap supply is capacity-constrained, it sells out and demand spills into progressively higher-cost supply. The marginal producer (NOT the low cost producer) sets the clearing price. If we are going to treat intelligence like a commodity then we have to use commodity market dynamics to understand pricing… In that world, Meta or Grok’s cost advantage becomes “scarcity rent”. They can price JUST BELOW the next-best alternative rather than anywhere near their own marginal cost. This is important: *Cheap intelligence only lowers the market-clearing price once cheap capacity becomes abundant enough to satisfy the marginal buyer*. Read it twice ;) And, as I’ve said in the past, right now the easier AI bet may be that realized supply disappoints (supply curve shifts down). Datacenters are harder to build / energize / deploy than people think, and it's only getting harder, while cheaper intelligence / innovation IS creating more demand (the innovation-demand fly wheel is spinning pretty fast right now on a fraction of the GWs we hope to build). So yes, this could ultimately redistribute model-layer margins toward infrastructure. BUT before getting there, we may spend a LONG TIME in a world where cheap providers sell out, more expensive providers absorb the overflow, and everyone keeps building. Now back to praying to the momentum gods :). Godspeed.
Gavin Baker@GavinSBaker

The mega bull case for AI infrastructure would be *if* market share shifted away from certain frontier labs with 90%+ inference margins toward cheaper models, whether open-source or closed. It would increase the ROI on AI spend for end customers by increasing intelligence per dollar, which would drive incremental token demand. Margin dollars would effectively get redistributed from the frontier labs to AI infrastructure providers. The infra winners would be those with the lowest per token cost and the winners at the model layer would be those with the highest token efficiency. There are many reasons Jensen is so focused on open source, but this is likely the most important one as I think he is probably less worried about a monopsony these days. Lower margin % at the model layer = more margin $ at the infra layer all else equal. With SpaceX and Meta being vertically integrated and possessing the #3 and #4 models respectively it is more possible than ever. Note that Grok 4.5 is ahead of Fable for some useful tasks at a much lower cost, so ranking them #3 is conservative. This is not happening yet. Cheap, mostly open source tokens are likely the majority of volume today but the majority of economic value is still accruing to the most intelligent models. Might change though. We will see.

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Matt Dratch
Matt Dratch@DratchCap·
Should We Fight the Inflation Created by Building Deflation Machines? I recently saw some folks point to surging business formation as evidence that the economy is starting to really hum. @sama’s comments on AI employment dovetailed with this. But I’m less sure. Some of the mild “strength” may simply reflect easier financial conditions and the lagged effects of stimulus / rate cuts. Private-sector job creation (ex healthcare, edu, gov't) only recently became “meh,” at best. But the more interesting question is what kinds of businesses are being formed and how durable are they? As one example, a lot of AI startups exist because founder narratives are currently moving faster than frontier-model capabilities. There is still room to build a company around being a model wrapper with a cleaner interface. That creates real activity and real jobs, but *this round* may also be temporary. As models become more capable (agentic), labs and low-cost inference providers may absorb more of those functions themselves. “Our agent can do that AND handle all switching” is a fairly threatening product roadmap for a meaningful share of the current startup / consulting ecosystem (and implies increased competition among software companies, and generally). So what if the AI revolution devours its recent children and many of the new jobs are actually fragile short-term? New industry and jobs may of course form later, but transition / timing and path do matter. This also doesn’t make the investment boom less real. The physical buildout can support enormous demand across the entire AI chain. My question is whether the broader employment effects look more like the internet with lots of durable businesses built on top or whether value accrues much more narrowly to some combination of infra, models, data and distribution? I don’t know the answer and humilty is very much order. A few labor-market charts I saw recently from the great @3F_Research are at least consistent with the narrower outcome: college-educated wage growth has been falling, while the share of workers receiving no raise has been rising. That is not what I would instinctively expect if broad-based AI labor demand were already accelerating. None of this means AI is bad for growth of course. I increasingly suspect the more things change, the more they stay the same and we’ll see decent growth, low inflation and a huge investment boom, even as the gains are distributed less evenly than the current headline business-formation data might suggest. I hold these views loosely, but I do worry we may be extrapolating temporary job creation and memory-driven inflation to justify tightening monetary policy only shortly after loosening it. Markets love irony, so I really hope we don’t end up fighting the inflation created by building the deflation machines… @pmarca thoughts?
Sam Altman@sama

so far at least, i'm pretty sure AI has been net job-creating. this was not what i expected--although i was much less pessimistic than others, i thought by this level of capability we'd have seen some impact. it is possible this direction keeps going!

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Matt Dratch
Matt Dratch@DratchCap·
When your better half is unaware there’s been a momo unwind…
Matt Dratch tweet media
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Evergreen
Evergreen@evrgn11112231·
if one were interested in owning something like this for its option value/convexity i would personally rather buy calls on something with higher probability upside to replicate the skew or be very large in something with skew and little fundamental downside like meta to replicate absolute pnl potential (my approach)
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Evergreen
Evergreen@evrgn11112231·
the reason memory stocks are and have been so dangerous is because they look cheap (really cheap) but they aren’t sometimes a company really should trade at like 3x pe
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