Hoping to take on real-time processing in more niche areas of research, a team from MIT along with A3D3 Institute, are using deep learning models to make…
Hoping to take on real-time processing in more niche areas of research, a team from MIT along with A3D3 Institute, are using deep learning models to make digesting large data sets easier.
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.
How close are we to reverse-engineering the human brain's plasticity? New research in computational neuroscience and…
How close are we to reverse-engineering the human brain's plasticity? New research in computational neuroscience and nanotechnologies indicates that neuromorphic chips can read synaptic connectivity with greater sensitivity.
The world of integrated photonics has largely rested in research, however, could Intel creating a photonics-specific…
The world of integrated photonics has largely rested in research, however, could Intel creating a photonics-specific research center help give photonics the push to become a more mainstream technology?
If 2021's RISC-V Summit told us anything, it's that the open-source hardware movement isn't slowing down anytime soon.
If 2021's RISC-V Summit told us anything, it's that the open-source hardware movement isn't slowing down anytime soon.
A shift to in-house silicon is redefining the dynamics of the industry and shaking up long-standing "norms;" however, why…
A shift to in-house silicon is redefining the dynamics of the industry and shaking up long-standing "norms;" however, why is this happening and starting to gain momentum with larger companies?
The new Snapdragon extension expands the mobile platform's capabilities to new markets from PCs to ADAS.
The new Snapdragon extension expands the mobile platform's capabilities to new markets from PCs to ADAS.
Moving away from Cloud-based AI to the network Edge reduces power and bandwidth demands. Akida, the neuromorphic Edge AI…
Moving away from Cloud-based AI to the network Edge reduces power and bandwidth demands. Akida, the neuromorphic Edge AI processor from BrainChip might help to facilitate that move along with MegaChips' help.
As tech giants lean towards creating in-house hardware, Amazon releases a new software development kit that allows…
As tech giants lean towards creating in-house hardware, Amazon releases a new software development kit that allows original device manufacturers (ODMs) to add Alexa services to any hardware device.
Wide bandgap materials like SiC and GaN keep finding their way into more and more devices, like Schottky barrier diodes…
Wide bandgap materials like SiC and GaN keep finding their way into more and more devices, like Schottky barrier diodes (SBDs). Let's take a look at some recent releases and check the status of GaN SBDs.
A first in company history, Renesas is branching into FPGAs. Hoping to bypass the limitations of FPGAs, especially in IoT…
A first in company history, Renesas is branching into FPGAs. Hoping to bypass the limitations of FPGAs, especially in IoT applications, Renesas claims its ForgeFPGAs is a low-power and low-cost solution.
Building on year-over-year engineering advancements IBM unveils Eagle, a 127-qubit quantum processor, and the next…
Building on year-over-year engineering advancements IBM unveils Eagle, a 127-qubit quantum processor, and the next generation of cloud-based quantum systems.
An onboard image processor from Teledyne e2v will bring deep learning capabilities to a smart nanosatellite.
An onboard image processor from Teledyne e2v will bring deep learning capabilities to a smart nanosatellite.
At NVIDIA's GPU Technology Conference, the company unveiled its roadmap to bring autonomy to more vehicles—dependent on…
At NVIDIA's GPU Technology Conference, the company unveiled its roadmap to bring autonomy to more vehicles—dependent on chipsets, sensors, GPUs, cameras, and more.
At last week's Accelerated Data Center Premiere, AMD revealed a plethora of new processor technology including the 3rd…
At last week's Accelerated Data Center Premiere, AMD revealed a plethora of new processor technology including the 3rd Gen of EPYC processors (the Milan-X), the shift to 5 nm, and a Zen 4 architecture.
Distributed high-performance compute (HPC) is the cornerstone technology for climate forecasting, signal processing, and…
Distributed high-performance compute (HPC) is the cornerstone technology for climate forecasting, signal processing, and more applications. To address this, Xilinx brings forth their Alveo U55C HPC Accelerator.
At this year’s Accelerated Data Center Premiere event, AMD announced a new family of accelerators, the Instinct MI200…
At this year’s Accelerated Data Center Premiere event, AMD announced a new family of accelerators, the Instinct MI200 series, that claims to literally speed up high-performance computing (HPC) in data centers.
The new processor—the first of NXP's new i.MX 9 family—is customized to IoT and automotive applications.
The new processor—the first of NXP's new i.MX 9 family—is customized to IoT and automotive applications.
The push for autonomous vehicles has seen a lot of momentum for 2021. Aiming to keep it going is a new AI chip from…
The push for autonomous vehicles has seen a lot of momentum for 2021. Aiming to keep it going is a new AI chip from Kneron that claims to bring the capacity for autonomous driving capabilities to any vehicle.
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.
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