AI workloads are breaking traditional storage, and without faster, more reliable data systems, even the most powerful GPUs ...

In 1993, when Intel ushered in the modern computing age by releasing its Pentium chips, devices roared along at then-astounding speeds of around 60 MHz. Today's mainstream CPUs reach speeds of around ...

Dr. Chris Hillman, Global AI Lead at Teradata, joins eSpeaks to explore why open data ecosystems are becoming essential for enterprise AI success. In this episode, he breaks down how openness — in ...

In recent years, the physical security industry has seen more changes than just about any other time in modern memory. Digital or IP (Internet Protocol) cameras, based on CCD technology, have replaced ...

San Jose, Calif. — Security technology that can keep intruders out of corporate networks has always been sought after. And as more Internet Protocol-based storage systems are added to networks, ...

There’s a school of thought out there that suggests that with the advent of Big Data, existing storage systems are getting the math wrong. This doesn’t refer just to the cost of that storage, but also ...

There was a time when the hierarchy of persistent storage products consisted of just disk and NAND flash storage. But today a new layer has become possible, between disk/SSD and memory. It is often ...

SINGAPORE — Storage architectures and LANs (Local Area Networks) will have to become more open to address the growing requirements of the Internet age, according to Kazuhiko Kobayashi, associate ...

FFD POWER’s 800V BESS solutions are typically deployed as AC-coupled, low-voltage systems. LFP battery racks are connected on the DC side to bidirectional Power Conversion Systems (PCS), which output ...

(Nanowerk News) Many of the current 3D-printed energy storage systems, such as 3D-printed lithium-ion batteries, utilize a direct-write technology, where the print is formed of a fluidic compound, ...