Broadcom fell 19.5% over June 3–5, 2026, even as the company raised its Q3 FY26 AI semiconductor guidance.1 NVIDIA dropped 6% on June 5 alone.1 Meta shed 6% over the same stretch. The leveraged FNGU ETF — tracking mega-cap tech — collapsed 22% across the five-day window.1
The US 2-year Treasury yield spiked to a 16-month high on June 5.1 That timing is central to understanding the selloff. Rate-sensitive growth stocks reprice sharply when short-end yields surge, regardless of underlying business performance.
Broadcom's guidance raise makes the stock decline harder to explain through an AI demand lens. If customers were pulling back on AI chip orders, guidance would have moved the other way. Instead, the company signaled stronger-than-expected AI semiconductor revenue ahead while the stock cratered.
NVIDIA faces the same disconnect. AI infrastructure spending signals remained positive through the period, yet shares fell in line with the broader tech selloff. When high-multiple growth stocks fall in unison on a single macro data point — a bond yield print — the rate sensitivity explanation gains weight over sector-specific deterioration.
Dell's Q1 results add further evidence that AI demand has not slowed. The company reported $24 billion in AI server order bookings for the quarter and raised its full-year revenue guidance to approximately $60 billion.1 Order pipelines of that size do not form during a genuine AI investment pullback.
The distinction matters for positioning. A rate-driven selloff is mean-reverting if yields stabilize or fall. A fundamentals-driven selloff — customers canceling AI infrastructure budgets — would require earnings revisions downward and a longer recovery timeline. The current evidence points toward the former.
AI earnings revisions across the sector have not turned negative. Until they do, steep price declines in AI-exposed stocks during yield spikes are more likely to represent valuation compression than business deterioration. Traders pricing in a structural AI slowdown on this data are reading the signal wrong.
