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Articles related to NVIDIA
Processing

Neousys Technology Releases the Nuvo-8108GC-XL Edge AI GPU Computing Platform - News

March 29, 2021

Neousys Technology announced the release of its Nuvo-8108GC-XL, an edge AI GPU computing platform supporting the NVIDIA RTX 30 series GPU card up to RTX 3080 and Intel Xeon E, 9th/ 8th-Gen Core™ processors.

IoT

Maximize NVIDIA Technology When Deploying AI at the Edge - Blog

March 29, 2021

The race to develop Edge AI servers is on, and it’s a hotly contested race.

Industrial

Automate Your Logistics Operations Using AMRs to Increase Productivity and Efficiency - Blog

March 26, 2021

The e-commerce and online retail industries are experiencing exponential growth, resulting in more stringent demands being placed on logistics operations worldwide. Logistics companies and their suppliers are relying on automation more than ever to increase productivity and efficiency.

AI & Machine Learning

Embedded AI: Out of the Lab and into the Field - Podcast

March 26, 2021

How do we transition from our historical lack of understanding about what’s going on under the hood of complex neural networks, and into an era of AI explainability around how these models operate?

Healthcare

Using AI Techniques for Improved Medical Imaging - Blog

March 18, 2021

The analysts all agree—the spend for AI hardware (and software) will be going through the roof in short order.

AI & Machine Learning

K210 AI Accelerator a Compact Raspberry Pi HAT for Computer Vision Applications - Story

March 10, 2021

XaLogics’s AI Accelerator with K210 SoC comes with a dual-core RISC-V AI processor featuring low power consumption than its competing Coral USB Accelerator, and Intel Neural Compute Stick 2.

Storage

Three Ways to Achieve Tenfold Embedded Memory Performance for Heterogeneous Multicore - Blog

March 01, 2021

In theory, a heterogeneous multicore device can equip a compute block optimized for any type of operation a given use case can throw at it. A GPU for video processing, a neural network processor for object recognition, a CPU to run the OS, and so on. The different fit-for-purpose cores provide an SoC with more flexibility, and therefore greater performance and lower power consumption across a wider range of workloads, than a homogeneous processor of the same class.