Using van der Waals materials, USC researchers have made a breakthrough in non-volatile memory based on ferroelectric tunnel junctions.
Using van der Waals materials, USC researchers have made a breakthrough in non-volatile memory based on ferroelectric tunnel junctions.
The new DDR5 standards may revolutionize the modern data center.
The new DDR5 standards may revolutionize the modern data center.
A joint research group has observed for the first time how special spin-lattice interaction in iron-platinum thin films…
A joint research group has observed for the first time how special spin-lattice interaction in iron-platinum thin films cancels out the thermal expansion of its crystal lattice.
A new study led by researchers at the Ulsan National Institute of Science and Technology (UNIST) has unveiled ultrathin…
A new study led by researchers at the Ulsan National Institute of Science and Technology (UNIST) has unveiled ultrathin boron nitride films for next-generation electronics.
The von Neumann Architecture, which has been a staple in computer architecture, may soon find itself less useful in the…
The von Neumann Architecture, which has been a staple in computer architecture, may soon find itself less useful in the world of artificial intelligence.
The new device supports a staggeringly high 460 gigabyte per second bandwidth.
The new device supports a staggeringly high 460 gigabyte per second bandwidth.
Three newly-released FPGAs can tell us a lot about the direction of these devices in the industry.
Three newly-released FPGAs can tell us a lot about the direction of these devices in the industry.
What is magnetic skyrmion? And how might it be a key to more power-efficient magnetic memory?
What is magnetic skyrmion? And how might it be a key to more power-efficient magnetic memory?
Layers of atomically thin 2D metal form the basis of a novel memory technology not based on semiconductor science.
Layers of atomically thin 2D metal form the basis of a novel memory technology not based on semiconductor science.
How exactly do error correction codes work and how do they affect the integrity of an MCU? A new ECC-protected Arm…
How exactly do error correction codes work and how do they affect the integrity of an MCU? A new ECC-protected Arm Cortex-M4F MCU from Maxim Integrated serves as a real-world example.
Discerning the properties of tiny quasiparticles is a significant step toward developing new types of electronic components.
Discerning the properties of tiny quasiparticles is a significant step toward developing new types of electronic components.
With processing demands on data centers higher than ever before, designers should be aware of how hardware- (and…
With processing demands on data centers higher than ever before, designers should be aware of how hardware- (and software-) based AI may have increasing prominence in their designs.
In a move that shows the power of the Infineon-Cypress duo, the companies introduce what they term the "world’s most…
In a move that shows the power of the Infineon-Cypress duo, the companies introduce what they term the "world’s most advanced, secured NOR Flash memory."
The leap from DDR4 and DDR5 is no incremental development. We're looking at a leap from standard frequencies of 2400 MHz…
The leap from DDR4 and DDR5 is no incremental development. We're looking at a leap from standard frequencies of 2400 MHz to 4800 MHz.
The company claims that they have developed a drift-free inertial measurement unit (IMU), which would be the world’s…
The company claims that they have developed a drift-free inertial measurement unit (IMU), which would be the world’s first if true.
Researchers at Columbia University’s (CU) School of Engineering and Applied Science have published their bioelectronics…
Researchers at Columbia University’s (CU) School of Engineering and Applied Science have published their bioelectronics research findings. We look at the first of their two papers, which discusses their organic, biocompatible transistor technology.
How does Micron's hefty memory hardware portfolio qualify them for this shift?
How does Micron's hefty memory hardware portfolio qualify them for this shift?
By nature, memory devices are built to last. But when it comes to industrial applications, these parts are expected to…
By nature, memory devices are built to last. But when it comes to industrial applications, these parts are expected to far outlast memory devices for consumer products.
Organic memory devices developed by American researchers reportedly show promise for flexible, wearable, and personalized…
Organic memory devices developed by American researchers reportedly show promise for flexible, wearable, and personalized computing devices and other electronics.
Researchers in Tokyo have reportedly managed to demonstrate a method that switches a novel material between two different…
Researchers in Tokyo have reportedly managed to demonstrate a method that switches a novel material between two different non-volatile states at high speeds and accuracy.
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