Key facts
- Micron Technology's stock price has surged, with shares up 7% to $1,120 following a wave of major Wall Street target hikes.
- Stifel raised its price target on Micron stock to $1,500, citing significant upward shifts in AI-driven memory demand.
- Wedbush analyst Matt Bryson raised his price target to $1,300, noting substantial increases in revenue and EPS estimates.
- Deutsche Bank and TD Cowen also set $1,500 price targets, with TD Cowen projecting $150 in EPS for calendar year 2027.
- Micron's fiscal Q2 FY2026 results reported revenue of $23.86 billion and non-GAAP EPS of $12.20.
- The company's board approved a 30% dividend increase.
Micron Technology's stock has experienced a significant rally, driven by strong demand for memory chips used in artificial intelligence applications. Analysts from major firms like Stifel, Wedbush, Deutsche Bank, and TD Cowen have responded with substantial price target increases, some reaching as high as $1,500. This optimism is fueled by soaring AI-driven memory pricing, robust contract pricing, and strong earnings growth projections. Micron's fiscal Q2 FY2026 results showed revenue of $23.86 billion and non-GAAP EPS of $12.20, with management guiding for substantial revenue growth in fiscal Q3. The company also announced a 30% dividend increase.
Despite the bullish sentiment and impressive stock performance, which has seen shares rise over 700% in the past year, concerns remain about the cyclical nature of the memory chip industry. Historically, memory markets are prone to boom-and-bust cycles, and some analysts caution that bit-shipment growth may decelerate in 2027. The market's current valuation, reflected in a forward P/E ratio of 9x, suggests it is pricing in a resolution to the demand crunch and valuing Micron as a cyclical business. The upcoming fiscal Q3 earnings report on June 24 is seen as a key test for the current bullish thesis, with investors watching for commentary on contract pricing, gross margins, and HBM mix to gauge the AI memory cycle's continued momentum.