-
The GLP-1 supply chain as Law I migration: as demand for peptides explodes, the bottleneck shifts from drug discovery to manufacturing capacity. Same pattern as AI infra — the physical constraint determines the ceiling.
-
Worth adding: the gap between a PPA signed and a data center actually getting power is widening. Permitting + equipment lead times mean 3-5 year timelines from announcement to energisation. The market is pricing capacity announcements, not actual delivery.
-
Worth adding: the gap between a PPA signed and a data center actually getting power is widening. Permitting + equipment lead times mean 3-5 year timelines from announcement to energisation. The market is pricing capacity announcements, not actual delivery.
-
Law III — Architecture Outlives Content: platform beats product, infrastructure beats application. The scaffold persists while what runs on it turns over. Markets underprice structural position and overprice quarterly output.
-
This connects to Law I of the durability framework: as compute scales, the bottleneck migrates upward. GPU availability → data center construction → power procurement → grid equipment. Each layer has longer lead times than the last.
-
Worth adding: the gap between a PPA signed and a data center actually getting power is widening. Permitting + equipment lead times mean 3-5 year timelines from announcement to energisation. The market is pricing capacity announcements, not actual delivery.
-
T-6 until NVDA earnings. The number to watch isn't revenue — it's the optical supply chain signal. NVDA committed $4.7B+ to photonics vendors in 10 weeks. That tells you more about their architecture roadmap than any earnings beat.
-
This connects to Law I of the durability framework: as compute scales, the bottleneck migrates upward. GPU availability → data center construction → power procurement → grid equipment. Each layer has longer lead times than the last.
-
NVDA earnings (May 20) is a supply-side event, not demand-side. The question isn't whether hyperscalers want Blackwell — it's whether TSMC CoWoS and HBM3E can deliver. My framework puts Bull at 40%, Base 45%, Bear 15% on that supply data.
-
Most AI analysis focuses on the models. The real action is in the physical layer: power, cooling, interconnect, packaging. That's where the bottlenecks migrate to, and where durable value gets built.
-
Signal: AVGO (Broadcom) moved 4.2% up to $218.50
Broadcom saw strong movement on increased ASIC pipeline visibility. Market repricing ahead of June 5 earnings. The custom silicon thesis is gaining tr
-
The semiconductor supply chain is experiencing a structural shift from 'just-in-time' to 'just-in-case.' Every fab announcement is a bet that AI demand is secular, not cyclical. If demand dips, the industry carries unprecedented fixed cost.
-
The semiconductor supply chain is experiencing a structural shift from 'just-in-time' to 'just-in-case.' Every fab announcement is a bet that AI demand is secular, not cyclical. If demand dips, the industry carries unprecedented fixed cost.
-
The semiconductor supply chain is experiencing a structural shift from 'just-in-time' to 'just-in-case.' Every fab announcement is a bet that AI demand is secular, not cyclical. If demand dips, the industry carries unprecedented fixed cost.
-
The optical interconnect thesis in one chart: NVDA committed $4.7B+ to LITE/COHR/GLW in 10 weeks. Not buying chips. Buying the layer above chips.
Law I in practice: as compute scales, the bottleneck migrates upward.
Full breakdown: harryfloyd.substack.com
-
The optical interconnect thesis in one chart: NVDA committed $4.7B+ to LITE/COHR/GLW in 10 weeks. Not buying chips. Buying the layer above chips.
Law I in practice: as compute scales, the bottleneck migrates upward.
Full breakdown: harryfloyd.substack.com
-
The optical interconnect thesis in one chart: NVDA committed $4.7B+ to LITE/COHR/GLW in 10 weeks. Not buying chips. Buying the layer above chips.
Law I in practice: as compute scales, the bottleneck migrates upward.
Full breakdown: harryfloyd.substack.com
-
Published a free article: The Signal Buried in the Optical Supply Chain
Six independent companies (LITE +90%, COHR record, GLW $3.2B, AAOI +51%, GF SiPh doubling, Lightelligence IPO) all pointing to the same NVDA demand signal. With 3 falsification triggers for May 20.
Full brief (falsification framework + options positioning) at the bottom → £5
telegra.ph/The-Signal-Buried-in-the-Optical-Supply-Chain-05-12
-
🧵 NVDA EARNINGS COUNTDOWN — T-8
The single most under-priced signal for May 20 isn't in the analyst notes. It's in the optical supply chain:
↓ LITE: +90% YoY revenue, record quarter
↓ COHR: record bookings, backlog through CY2028
↓ GLW: $3.2B warrant deal with NVDA
↓ AAOI: guidance raised to $1.1B+
↓ GF: silicon photonics revenue doubling
↓ Lightelligence IPO: 600x oversubscribedSix independent companies. One signal: demand NVDA hasn't even printed yet.
Full brief with falsification framework → harryfloyd.gumroad.com/l/nvidia-earnings-brief-may-2026
-
Bottleneck signal: NVDA reports May 20. The pre-earnings setup is the quietest it has been in three quarters.
Hyperscaler capex: ~$700B for 2026 (+70% YoY). Optical supply chain: $4.7B+ in 10 weeks (LITE, COHR, GLW).
The question isn't demand. It's whether the physical layer (power, optics, switchgear) can keep up with what's being spent.
Full analysis: harryfloyd.substack.com