Researchers at Zhejiang University in China have developed a QRAM architecture that works with superconducting quantum ...
Google Earth, Zoom, Twitch.tv or Photoshop—thanks to the WebAssembly standard, many powerful applications now run directly in ...
Clock speeds get faster. Per-cycle (and per-clock edge) address and data dollops get larger. And protocols get more efficient ...
A new study explores the effects of both recent and lifetime cannabis use on brain function during cognitive tasks. The study, the largest of its kind ever to be completed, examined the effects of ...
Phison says its memory extension technology runs 26B-parameter smart language models on PCs with just 16 GB RAM.
Tether’s TurboQuant enables useful and powerful local AI applications on consumer devices at much lower costs and without ...
These DDR5 DIMMs with tiny blower fans can keep memory up to 15 degrees cooler. Don't expect them on anything even ...
Industry’s 'fastest' DDR5 Client Chipset, with Gen2 Client Clock Driver (CKD02), PMIC5120 and SPD Hub, offers breakthrough ...
These dynamics have shifted supply and demand across the AI infrastructure landscape, handing memory manufacturers unprecedented pricing power. One of DRAM's most interesting features is its ...
High-bandwidth memory keeps powerful AI chips fed with data, and demand for it helped Boise, Idaho–based Micron briefly top ...
MIT's MeMo framework trains a compact memory model that boosts LLM performance by up to 26.73% without retraining, with major implications for crypto AI agents.
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MeMo's memory model lets teams upgrade their LLM without retraining it — and performance jumps 26%
Researchers' MeMo keeps AI memory separate from reasoning, so teams can upgrade their LLM without retraining it and see a 26% ...
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