# Micron Stock Drops 30% and Falls Below $1 Trillion

> Micron's stock price fell 30% from its peak and dropped below $1 trillion value as AI demand drives memory chip scarcity.
- Title: Micron Stock Drops 30% and Falls Below $1 Trillion | Shortify
- Summary: Micron's stock price fell 30% from its peak and dropped below $1 trillion value as AI demand drives memory chip scarcity. Micron's stock dropped 30% from its…
- Keywords: micron, memory chips, stock price, trillion dollar, stock market, ai demand, memory supply, Stock, Drops, Falls, Below, Trillion
- Source: 24/7 Wall St. — https://247wallst.com/investing/2026/10/17/micron-is-down-30-from-its-high-and-just-lost-its-1-trillion-status
- Author: Omor Ibne Ehsan
- Published: 2026-10-17T16:45:23+00:00
- Read time: 1 min
- Topics: micron, ai, memory chips, stock price, trillion dollar, stock market, ai demand, memory supply
## Micron's Stock Plummets
Micron's stock price dropped 30% from its 52-week high of $1,255.00 to $878.84.
## Lost $1 Trillion Status
Micron's market value fell to $994.34 billion, dropping below the $1 trillion mark it previously crossed.
## AI Demand Drives Memory Chips
AI applications are increasing demand for memory chips, pushing their market value higher despite PC sales slumping.
## Analysts Expect Tight Supply
Analysts predict memory supply will remain tight through 2028 with over 75% of 2027 output already committed.
## Stock Price Gap
Wall Street's average price target of $1,560.57 leaves a 77.6% gap between current price and expected value.
## Selloff Accelerates
Micron's stock dropped 19.2% in six of seven sessions since October 7, with four days of significant declines.
## Memory Peers Fall Too
SK Hynix dropped 6.58% and SanDisk lost 6.85% as the chip index posted its eighth straight losing day.
## Why the Selloff?
Investors fear memory pricing nearing a cyclical peak, oil hit a five-month high, and rates are rising.
## Key takeaway

Micron's stock dropped 30% from its high and fell below $1 trillion after AI demand increased memory chip scarcity.