Researchers at KIST have developed high-performance and highly reliable artificial synaptic devices for next-generation neuromorphic systems.
Researchers at KIST have developed high-performance and highly reliable artificial synaptic devices for next-generation neuromorphic systems.
Upping the game for low pin count, high throughout DRAM, Infineon’s third generation HYPERRAM device doubles bandwidth…
Upping the game for low pin count, high throughout DRAM, Infineon’s third generation HYPERRAM device doubles bandwidth to 800 MB/s in a 49-pin BGA.
Join your engineering community peers and take our EETech 2022 Global Engineering Survey. You’ll get a summary of the…
Join your engineering community peers and take our EETech 2022 Global Engineering Survey. You’ll get a summary of the results once they’re released. And you’ll be entered for a chance to win an Amazon card prize!
In honor of Woman’s History Month, AAC talked with Micron’s Thy Tran who has made waves in the industry, inspiring…
In honor of Woman’s History Month, AAC talked with Micron’s Thy Tran who has made waves in the industry, inspiring new engineers and helping to bring groundbreaking DRAM technology to life.
Three recent announcements reflect what's happening in the memory space—and how it correlates with advances in…
Three recent announcements reflect what's happening in the memory space—and how it correlates with advances in high-performance computing.
Rowhammer attacks are just one type of affront to DRAM security. Now, a team at ETH Zürich has uncovered an even more…
Rowhammer attacks are just one type of affront to DRAM security. Now, a team at ETH Zürich has uncovered an even more insidious threat to CPU memory.
Hoping to unlock AI and 5G smartphone innovations, Micron and MediaTek, leveraging 1α node technology, have validated…
Hoping to unlock AI and 5G smartphone innovations, Micron and MediaTek, leveraging 1α node technology, have validated the next generation of memory: the LPDDR5X.
Pushing beyond the von Neumann bottleneck can be difficult for memory devices. One option is phase-change memory (PCM)…
Pushing beyond the von Neumann bottleneck can be difficult for memory devices. One option is phase-change memory (PCM) which Stanford and IBM are researching for data storage and computing.
Reliability, speed, and large bandwidth per core are demanded by high-powered applications in personal computers. These…
Reliability, speed, and large bandwidth per core are demanded by high-powered applications in personal computers. These are exactly what Micron's latest Crucial DDR5 memory promises to deliver.
AI applications bring with them many challenges, including data processing and memory. Samsung hopes to take on these…
AI applications bring with them many challenges, including data processing and memory. Samsung hopes to take on these issues by combining processing-in-memory with high bandwidth memory.
While fabrication grounds to a halt and the electronics supply chain shutters, chip manufacturers and researchers are…
While fabrication grounds to a halt and the electronics supply chain shutters, chip manufacturers and researchers are still hard at work developing better memory technology for enhanced compute potential.
Leakage current is yet another hurdle as Moore's law marches on. Manufacturing techniques, design methods, and research…
Leakage current is yet another hurdle as Moore's law marches on. Manufacturing techniques, design methods, and research projects are taking on the challenge.
With mounting data demands, Samsung has unveiled a new DDR5 module with HKMG process technology to accommodate AI, ML,…
With mounting data demands, Samsung has unveiled a new DDR5 module with HKMG process technology to accommodate AI, ML, and supercomputing applications.
While DDR5 is often hailed for its increased memory, processing reliability, and performance, an often-overlooked feature…
While DDR5 is often hailed for its increased memory, processing reliability, and performance, an often-overlooked feature of this DRAM is its security capabilities—especially in automotive applications.
Micron claims to have broken the glass ceiling of the 1z DRAM node with a new process that improves memory density by 40%.
Micron claims to have broken the glass ceiling of the 1z DRAM node with a new process that improves memory density by 40%.
Keeping with the trend to depart from von Neumann architectures, French researchers have overcome non-ideal properties of…
Keeping with the trend to depart from von Neumann architectures, French researchers have overcome non-ideal properties of memristors to bring Bayesian networks to the edge.
This article discusses the use of finite state machines (or FSMs) in design, including the initial state and the way…
This article discusses the use of finite state machines (or FSMs) in design, including the initial state and the way memory configuration affects FPGA design.
Despite the pandemic, 2020 was a monumental year for space exploration. And pivotal to each mission's success at the…
Despite the pandemic, 2020 was a monumental year for space exploration. And pivotal to each mission's success at the circuit level was radiation-hardened memory devices.
According to IC Insights, DRAM was the biggest IC product category for 2020 with sales of $65.2 billion, followed by NAND…
According to IC Insights, DRAM was the biggest IC product category for 2020 with sales of $65.2 billion, followed by NAND coming in second at $55.2 billion.
This article explores the IEC 60730 Class B standard for functional safety to address both mechanical and electrical…
This article explores the IEC 60730 Class B standard for functional safety to address both mechanical and electrical design in appliances. Learn what the standard entails and controllers to help meet these standards.
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