As artificial intelligence (AI) transforms industries and redefines computing, memory technologies are foundational to ...

Embedded Dynamic Random Access Memory (eDRAM) design is rapidly evolving to meet the escalating performance and energy efficiency demands of contemporary processors. This technology has emerged as a ...

Solving quantum computing’s chronic forgetfulness is the aim of a new international project led by the University of Surrey.

Researchers design heat-resistant COFs with molecular rotors, laying the groundwork for memory devices that surpass the limits of today's semiconductor technology.

A hybrid memory system combines the best traits of ferroelectric capacitors and memristors in a single memory stack.

A new technical paper titled “The Future of Memory: Limits and Opportunities” was published by researchers at Stanford University and an independent researcher. “Memory latency, bandwidth, capacity, ...

Every time you tap, click, or scroll, your device stores and processes data with memory. Memory technology today, however, is getting to its limits.

AMD is set to double DDR5 memory speeds with a new high-bandwidth architecture, pushing the limits of performance in gaming ...

Teledyne’s 16-Gbyte DDR4 memory module, designated TDD416Y12NEPBM01, is screened and qualified as an Enhanced Product (EP) for high-reliability aerospace and defense systems. The solder-down device is ...

Nvidia shifts from SOCAMM 1 to SOCAMM 2, targeting faster AI memory performance, broader suppliers, and possible JEDEC ...

The patent describes the development of high-bandwidth dual inline memory modules (HB-DIMMs) that use pseudo channels and specialized data routing to boost performance. Rather than re-engineering ...

Imagine interacting with an AI assistant that not only remembers your preferences but also learns from past conversations to improve its responses over time. Whether it’s recalling your favorite ...