⚔️ Head to Head: Credo Technology vs Celestica - Both Ride the AI Infrastructure Wave. One Has 47.8% Operating Margins. One Has 10%. Here Is Why That Difference Is Everything.
Two businesses. Both growing fast. Both exposed to the same AI capex supercycle. One is a semiconductor designer with software-like margins. One is a contract manufacturer with razor-thin margins. Und
Both companies appeared in recent analyses on this newsletter. Both grow revenue at extraordinary rates - one tripled revenue in a single year, one is guiding to $17 billion from $12 billion. Both are direct beneficiaries of every dollar Microsoft, Google, Amazon, and Meta spend on AI data centres.
They are not the same investment.
⚡ Credo Technology at a glance:
📈 FY2026 Revenue: $1.34B - up 206% YoY, tripled in one year
💰 Non-GAAP Net Income: $662M - up 5x, 49% net margin
📊 Non-GAAP Operating Margin: 47.8% - near software-level economics
🏦 Cash: $1.4B - zero debt
🔬 Product: AI connectivity semiconductors (Active Electrical Cables)
🎯 FY2027 Guide: >80% revenue growth + $600M from Dust Photonics
🏭 Celestica at a glance:
📈 FY2025 Revenue: $12.4B - up 28% YoY
🎯 FY2026 Revenue Guide: ~$17B - up 37%
📊 Gross Margin: ~10-12% - contract manufacturing economics
💵 EV/EBITDA: ~8x - deep value multiple
🔬 Product: AI servers and networking equipment (assembled hardware)
🏢 Market cap: ~$8B vs $12.4B annual revenue
Same AI tailwind. Completely different margin profiles. Completely different risk and return distributions.
The full comparison - business models, moat, margin quality, risk, valuation, and which the analysis would own in a concentrated portfolio - is below for paid subscribers. 🔒
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🚀 The Business Models
Credo Technology: The Semiconductor Designer
Credo designs the chips and cables that solve one of AI’s most pressing infrastructure problems. GPUs in data centres communicate with each other at speeds that traditional copper cables cannot sustain without massive power consumption. Credo’s Active Electrical Cables - AECs - maintain the signal in the electrical domain across short distances at a fraction of optical transceiver power consumption.
