More than five years ago, Nvidia, driven by its co-founder and CEO, Jensen Huang, turned its considerable focus to developing technologies for the revitalized and burgeoning artificial intelligence space. …
These are challenging times for Intel. Long – and still – the dominant chip maker in the datacenter with its battle-tested Xeon processors, the company is now seeing challenges everywhere. …
The Ohio Supercomputer Center’s mission to supply supercomputing capabilities to educational institutions and companies throughout the state is about to get a significant boost in the form of a powerful and highly-efficient cluster based on Dell EMC servers and leveraging liquid-cooling technology from CoolIT. …
The data-heavy medical field has long been seen as fertile ground for artificial intelligence (AI), where machine learning and deep learning techniques could crunch through mountains of data to drive everything from research to personalized medicine. …
Enterprises are looking at a future of multiple clouds and hybrid clouds where they can run not only their new cloud-native applications but also migrate many of their legacy workloads and take advantage of cost savings and the agility that comes with cloud computing. …
The growth of a new technology as it enters the industry can tend to take on a certain pattern. …
The revelations by Google’s Project Zero team earlier this year of the Spectre and Meltdown speculative execution vulnerabilities in most of processors that have powered servers and PCs for the past couple of decades shook the industry as Intel and other chip makers scrambled to mitigate the risk of the threats in the short term and then implement plans to incorporate the mitigation techniques into future versions of the silicon. …
Sometimes, if you stick around long enough in business, the market will come to you. …
It is intuitively obvious that most enterprises are want to embrace the public cloud, and they do not want to have a sole source of their cloudy compute, storage, and networking. …
The increasingly distributed nature of computing and the rapid growth in the number of the small connected devices that make up the Internet of Things (IoT) are combining with trends like the rise of silicon-level vulnerabilities highlighted by Spectre, Meltdown, and more recent variants to create an expanding and fluid security landscape that’s difficult for enterprises to navigate. …
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