Generative AI is arguably the most complex application that humankind has ever created, and the math behind it is incredibly ...

Micron Technology, Inc.'s Q3 report highlights DRAM growth fueled by AI servers and PC refreshes. Click for why MU is a top stock pick for 2025.

The growth in LRCX’s DRAM division was led by a demand shift to high-bandwidth memory (HBM) and rising DDR5 adoption among customers, which is boosting demand for its etching and deposition tools.

Micron Technology (MU) has expanded its fabrication and research and development plans in the U.S. to $200B to meet growing market demand and produce 40% of its DRAM domestically, the company ...

Micron says it's investing an additional $30 billion in US infrastructure as part of its $200 billion manufacturing and R&D buildout.

SUNNYVALE, Calif., June 10, 2025 (GLOBE NEWSWIRE) -- AI has a memory problem. Traditional SRAM and DRAM were never designed to meet the scale and intensity of today’s AI workloads – and their ...

SK hynix's DRAM memory chip roadmap for the next 30 years includes 4F2VG (vertical gate) tech, 3D DRAM, and more innovation coming in the future.

Saimemory will focus on developing stacked, energy-efficient DRAM memory chips for AI applications.

In current DRAM process flows with DRAM memory arrays sitting next to the periphery, peripheral transistors are fabricated before DRAM memory elements. The periphery is thus subjected to several ...

Researchers have shown that modern DRAM is susceptible to bit-flip attacks, demonstrating that conventional ECC has struggled to keep pace with the increasing sophistication of Rowhammer variants.