Skip to main content

Nvidia’s EGX is the super-computing cloud platform of the future

Image used with permission by copyright holder

Like many of Nvidia’s products, the company’s new cloud-based EGX Supercomputing Platform relies on the power of graphics processors. Unlike the graphics card inside your gaming PC, however, Nvidia’s new EGX platform lives in the cloud and will help make the world around you smarter thanks to the power of artificial intelligence. Early adopters of the EGX platform include notable businesses like Walmart, BMW, Procter & Gamble, and Samsung, each using Internet of Things sensors, AI processing, and EGX to make their businesses more efficient.

Announcing the EGX platform at Mobile World Congress Americas in Los Angeles, California, CEO Jensen Huang provided several examples of how the company’s partners are AI analytics to improve production. Automaker BMW is using data from videos and sensors on the manufacturing facility to inspect vehicles, while Walmart has set up cameras and IoT sensors in a 50,000 square-foot store that collects 1.6 terabytes of data per second.

Recommended Videos

The retailer uses Nvidia’s GPU-based EGX platform to send automatic alerts to store associates to retrieve shopping carts, restock shelves, and discard bad meats and produce. “AI is going to bring a higher efficiency to factories to stores and to send us around the world,” Nvidia general manager of enterprise and edge computing Justin Boitano informed Digital Trends in a telephone call ahead of Huang’s keynote.

Image used with permission by copyright holder

In another example, the city of San Francisco’s high-end Union Square shopping district has been using EGX to help count the number of pedestrians on the street. The real-time data is sent to local retailers so that they can better engage with customers. More than 100 technology companies worldwide are part of the EGX ecosystem, Nvidia said.

Get your weekly teardown of the tech behind PC gaming
Check your inbox!

EGX was built to bring the power of AI to the edge so that decisions can be made from large amounts of data in real-time in highly distributed systems. Walmart, for example, would want to deploy the system to 11,000 of its retail stores across 27 countries. To help businesses gain insights into their operations and make sense of all the data that is collected from sensors, Nvidia is also partnering with Microsoft to integrate Microsoft Azure into the EGX platform.

“The NVIDIA Metropolis video analytics application framework, which runs on EGX, has been optimized to work with Microsoft’s Azure IoT Edge, Azure Machine Learning solutions and a new form factor of the Azure Data Box Edge appliance powered by NVIDIA T4 GPUs,” Nvidia stated. “Additionally, NVIDIA-certified off-the-shelf servers — optimized to run Azure IoT Edge and ML services — are now available from more than a dozen leading OEMs, including Dell, Hewlett Packard Enterprise and Lenovo.”

Declaring that the age of intelligent edge computing has arrived, Huang said that the partnership with Microsoft delivers an end-to-end solution from edge to cloud.

Nvidia’s EGX is described as a scalable platform that starts with a Jetson Nano but can scale up to a rack of T4 servers. EGX makes large-scale, hybrid-cloud and edge operations efficient, and IT managers can manage remote GPU-powered servers with solutions from Red Hat.

Chuong Nguyen
Silicon Valley-based technology reporter and Giants baseball fan who splits his time between Northern California and Southern…
The popularity of ChatGPT may give Nvidia an unexpected boost
Nvidia's A100 data center GPU.

The constant buzz around OpenAI's ChatGPT refuses to wane. With Microsoft now using the same technology to power its brand-new Bing Chat, it's safe to say that ChatGPT may continue this upward trend for quite some time. That's good news for OpenAI and Microsoft, but they're not the only two companies to benefit.

According to a new report, the sales of Nvidia's data center graphics cards may be about to skyrocket. With the commercialization of ChatGPT, OpenAI might need as many as 10,000 new GPUs to support the growing model -- and Nvidia appears to be the most likely supplier.

Read more
Intel XeSS vs. Nvidia DLSS vs. AMD Super Resolution: supersampling showdown
A quality comparison of Intel XeSS.

Dynamic upscaling is a major component in modern games and the latest and greatest graphics cards, but there are different modes and models to pick from. Intel's Xe Super Sampling (XeSS), Nvidia's Deep Learning Super Sampling (DLSS), and AMD's Fidelity FX Super Sampling (FSR) all do things in their own way and aren't always the same in performance, visual quality, game support, and hardware support.

Although there's an argument to be made for just turning on whatever your hardware and games support, if you have the choice between them or are considering different graphics cards based on their XeSS, DLSS, and FSR support, it's important to know the differences between them. Here's a key breakdown of these supersampling algorithms and which one might be the best fit for you.
Image quality

Read more
Nvidia’s first CPU is here and powering next-gen cloud gaming
Nvidia Grace Hopper processors.

During Computex 2022, Nvidia announced the upcoming release of its first system reference designs powered by the Nvidia Grace CPU. Upon launch, Nvidia's first CPU will help usher in the next generation of high-performance computing (HPC), enabling tasks such as complex artificial intelligence, cloud gaming, and data analysis.

The upcoming Nvidia Grace CPU Superchip and the Nvidia Grace Hopper Superchip will find their way into server models from some of the most well-known manufacturers, such as Asus, Gigabyte, and QCT. Alongside x86 and other Arm-based servers, Nvidia's chips will bring new levels of performance to data centers. Both the CPU and the GPU were initially revealed earlier this year, but now, new details have emerged alongside an approximate release date.

Read more