Key Takeaways
- MU shares finished Monday’s session at $869, gaining 0.9% in their first positive close since the previous Wednesday
- Fiscal Q3 2026 results showed revenue of $41.46 billion (up 346% YoY) and earnings per share of $25.11 (up 1,215% YoY)
- Vijay Rakesh from Mizuho maintained his Outperform stance with a price objective of $1,375
- Industry experts anticipate constrained memory chip supply continuing into 2027, with additional capacity delayed until 2028
- A moderate bullish projection suggests MU could reach $1,400 by 2030, representing roughly 13% annual gains
Shares of Micron Technology ended Monday’s trading session at $869, marking a 0.9% increase that broke a downward trend extending back to the previous Wednesday. Despite this modest recovery, the stock has declined 11% during the past month and continues trading significantly below its late June high of approximately $1,200.
This recent pullback has ignited discussions among financial analysts regarding the stock’s realistic upside potential. Some projections suggest MU could climb to $2,000 by the end of the decade, though such forecasts face considerable skepticism.
The company’s most recent quarterly performance delivered impressive results. For the third quarter of fiscal 2026, concluding on May 28, Micron reported revenue of $41.46 billion, representing a remarkable 346% increase compared to the prior year period. Earnings per share reached $25.11, reflecting a staggering 1,215% year-over-year surge.
Yet despite these exceptional figures, the stock currently commands a forward earnings multiple of merely 5.7. Investors remain doubtful about Micron’s ability to sustain this momentum, particularly given the semiconductor sector’s well-documented cyclical patterns that have historically deflated prolonged growth streaks.
Achieving the $2,000 price point by 2030 would require earnings per share to expand at a 23.5% compound annual growth rate while maintaining the current forward P/E ratio of 5.7. This represents an exceptionally ambitious scenario.
Wall Street’s Perspective
Following discussions with Micron’s executive team, Mizuho’s Vijay Rakesh reaffirmed his Outperform rating earlier this week. His price objective remains set at $1,375.
According to Rakesh’s analysis, Micron anticipates the DRAM and NAND memory markets will experience constrained supply conditions “well through 2027,” with substantial new production capacity unlikely before 2028. His valuation methodology applies a 5.3x multiple to his projected 2027 book value. Current market pricing reflects a 3.4x forward price-to-book ratio, according to FactSet data.
Rakesh highlighted Micron’s recently secured long-term supply contracts, which include premium pricing for upcoming products, as supporting factors for maintaining gross margins exceeding 80%.
Addressing questions about competitive threats from China, Rakesh characterized worries regarding ChangXin Memory Technologies as “overblown.” His assessment suggests CXMT will continue concentrating on China’s domestic market, with insufficient capacity to make significant inroads into high-bandwidth memory segments.
A More Practical Price Objective
The $2,000 projection assumes nearly flawless execution across four consecutive years in an industry known for boom-bust cycles. Most market observers consider this forecast overly optimistic.
A more measured bullish scenario places MU at $1,400 by 2030. This target would deliver approximately 13% annualized returns from present levels and necessitates earnings growth matching that same 13% annual pace. Considering the secured long-term contracts and constrained memory supply environment, this outcome appears more attainable.
Current industry forecasts anticipate the memory chip supply shortage persisting through at least 2027. Analysts continue projecting earnings expansion over the next three years, even accounting for increased AI infrastructure investments.
Reports indicate Apple has pursued authorization to procure memory chips from CXMT in response to shortage conditions, highlighting the severity of current supply constraints.


