Key Takeaways
- Shares of MU declined approximately 8% on Tuesday amid geopolitical tensions, then gained back roughly 2% the following day
- Second quarter fiscal 2026 results scheduled for March 18; analysts anticipate EPS of $8.54, representing 447% year-over-year growth
- Stifel increased its price objective to $550, highlighting potential for “software-like” gross margins approaching mid-2026
- UBS lifted its target to $475, projecting DRAM supply constraints extending into 2027–2028
- Company introduced 256GB LPDRAM module — currently the market’s highest-capacity CPU-connected configuration
Shares of Micron Technology experienced significant pressure on Tuesday, dropping approximately 8% as geopolitical tensions between the U.S. and Iran triggered widespread market anxiety. South Korean memory competitors Samsung and SK Hynix similarly declined amid concerns that elevated energy costs could impact semiconductor manufacturers.
The stock regained approximately 2% in Wednesday’s session.
Looking at the trailing 30-day period, shares have declined 9%. However, the longer-term perspective reveals a remarkable 319% gain — a performance metric that explains why Wall Street remains optimistic.
The upcoming catalyst arrives March 18 with second quarter fiscal 2026 results. Analysts are forecasting impressive performance — earnings per share of $8.54, marking a 447% increase compared to the prior year, while revenue is expected to surge more than 134% to reach $18.88 billion.
These projections represent substantial growth. However, industry analysts tracking the memory semiconductor sector believe these figures are warranted — and potentially understated.
Brian Chin of Stifel, holding a five-star analyst ranking, elevated his price objective to $550 from a previous $360 while maintaining his Buy recommendation. His rationale centers on memory pricing exceeding even his optimistic projections.
“Memory pricing is hitting levels we did not envision,” Chin noted, referencing a widening supply-demand imbalance that appears unlikely to resolve in the near term.
Chin’s industry research indicates memory production capacity remains essentially locked for the upcoming 12-month period. He projects Micron’s gross margins will achieve “software-like” territory — reaching the mid-to-upper 70% range — by the middle of this year, maintaining those levels through year-end 2026.
He further contended that current consensus forecasts remain conservative and will require upward adjustments in subsequent quarters.
Price Objectives Continue Climbing
Timothy Arcuri of UBS shares this optimistic outlook, raising his price target to $475 from $450. He referenced robust pricing trends across both mainstream DRAM and NAND categories, supported by recent industry analysis.
Arcuri anticipates DRAM supply constraints continuing through 2027 and extending into 2028 — a lengthier timeline than previously projected by many market observers.
Heading into the earnings release, MU holds 26 Buy ratings alongside only two Hold recommendations, establishing a Strong Buy consensus among Wall Street analysts. The mean price target stands at $417.81, suggesting approximately 10% potential upside from present trading levels.
Latest 256GB Module Designed for AI Infrastructure
Beyond earnings anticipation, Micron unveiled a product development this week. The semiconductor manufacturer has begun distributing customer samples of its latest 256GB SOCAMM2 LPDRAM module.
The firm positions this as the highest-capacity CPU-connected LPDRAM module presently available in the marketplace.
It incorporates what Micron describes as the sector’s first monolithic 32Gb LPDDR5X architecture, designed to provide enhanced memory density alongside improved power efficiency for artificial intelligence and high-performance computing applications.
This module delivers one-third additional capacity compared to the previous maximum configuration of 192GB SOCAMM2. It additionally supports up to 2TB of LPDRAM per 8-channel CPU — facilitating expanded context windows and more sophisticated AI inference operations.
Power utilization represents approximately one-third that of comparable RDIMM alternatives, potentially enabling hyperscale operators to reduce energy expenditures and enhance server performance.
Micron indicated the product launch demonstrates its commitment to advanced packaging and memory innovation to address increasing requirements for high-capacity, power-efficient technologies in emerging AI data center infrastructure.





