Aurora Cannabis Inc vs Applied Materials, Inc. — how do they compare? Aurora Cannabis Inc trades at $3.48 (market cap $223.59M), while Applied Materials, Inc. trades at $535.09 (market cap $417.31B). The key difference: Applied Materials, Inc. is far larger — about 1866.4× Aurora Cannabis Inc's market cap, and Applied Materials, Inc. pays a 0.4% dividend while Aurora Cannabis Inc pays none. Which is the better fit depends on your goals.
| ACB | AMAT | |
|---|---|---|
Market Cap | $223.59M | $417.31B |
Sector | Health | Technology |
52-Week High | $6.23 | $723.00 |
52-Week Low | $2.58 | $156.25 |
Enterprise Value | $168.09M | $416.34B |
Dividend Yield | — | 0.4% |
Signals from Pluang's Aura AI — not financial advice
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Applied Materials (AMAT) trades at $525.61, down 2.51% on the day, amid a neutral technical signal with key support at $510 and resistance at $546. The company shows strong fundamentals with a 29.31% net income margin and consistent earnings beats, including Q1 2026 EPS of $2.86 versus $2.68 expected. Recent news highlights CEO Gary Dickerson's optimism on AI-driven semiconductor demand, calling it the 'greatest time in the history of the industry' (CNBC, 2026-05-28).
Outlook remains positive with a consensus price target of $662.82, implying 26% upside, supported by 76.9% analyst buy ratings. Risks include high valuation multiples like a P/E of 49.12 and cyclical semiconductor equipment demand. The stock offers growth exposure to AI infrastructure but faces volatility from tech sector shifts.
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Latest headlines on both assets
Aurora Cannabis, based in Edmonton, Canada, grows and distributes both medical and recreational cannabis under several brands, including Drift, San Rafael '71, Daily Special, Whistler, Being, and Greybeard. While its main market is Canada, the company has also expanded globally through medical cannabis export agreements.
Read more on ACB →Applied Materials is the world's largest supplier of semiconductor manufacturing equipment, providing materials engineering solutions to help make nearly every chip in the world. The firm's systems are used in nearly every major process step with the exception of lithography. Key tools include those for chemical and physical vapor deposition, etching, chemical mechanical polishing, wafer- and reticle-inspection, critical dimension measurement, and defect-inspection scanning electron microscopes.
Read more on AMAT →