How much a stock's price changes over time is important for most investors, since price performance can both impact your investment portfolio and help you compare investment results across sectors and ...

Micron Technology Inc.’s earnings results for the May quarter came in above Wall Street’s expectations Wednesday, as demand for artificial-intelligence chips boosts sales for its high-bandwidth memory ...

Micron capitalizes on AI-driven HBM DRAM demand, gaining market share amid Samsung's setbacks. Click here to read an analysis ...

Memory and storage provider Micron Technology's stock surged over 37% due to strong demand for its memory chips, particularly ...

So, what is driving this growth for Micron? It’s all about the demand for AI infrastructure, which is boosting sales of ...

Micron AWT improves the write performance of QLC NAND by delivering an industry-first multi-tiered SLC, TLC and QLC dynamic caching architecture to improve sequential write speeds. Improved write ...

The cutting-edge six-plane NAND architecture of Micron’s 2Tb G9 QLC NAND allows for higher degrees of parallelism and ...

The market awaits Micron Technology's announcement, with hopes high for news of surpassing estimates and providing upbeat guidance for the next quarter. It's important for new inv ...

Micron has been aided by the struggles of its biggest rival in the memory chip business, Samsung Electronics Co. Ltd., which has not yet been able to mass-produce HBM chips, resulting in demand for ...

Micron's valuation got a boost today as macroeconomic and geopolitical developments pointed to a more favorable backdrop for investors. Excitement surrounding the company's quarterly report tomorrow ...

Micron's shares have been among the top performers in the S&P 500 SPX this month, and investors have been "super bullish" on it and other memory-chip and hard-disk-drive stocks, Klein said.

Micron AWT improves the write performance of QLC NAND by delivering an industry-first multi-tiered SLC, TLC and QLC dynamic caching architecture to improve sequential write speeds.