NVIDIA Multi-Instance GPU (MIG) technology enables the partitioning of physical GPUs into multiple instances, each fully isolated with its own high-bandwidth memory, cache, and compute cores. Unlike traditional time slicing, individual MIG instances are fully...
Developers and data scientists frequently use NetApp's volume cloning technology to clone development workspaces almost instantaneously. This can lead to operational challenges as end users often don't have superuser privileges and, thus, are not able to run a mount...
The 1.2.0 version of the BeeGFS CSI driver is here! It brings a number of small enhancements, progress towards supporting a new container orchestrator, and a huge new feature. Some highlights include: Support for newer versions of Kubernetes, BeeGFS, and now Red Hat...
In our version 1.1.0 introductory post, we described how the new per Storage Class ownership and permissions configuration feature works in the BeeGFS CSI driver. While this feature is certainly useful on its own, one of its primary motivations was enabling BeeGFS...
The initial release of the BeeGFS CSI driver included everything necessary to get started using BeeGFS in Kubernetes, but it left room for improvement in a couple of key areas. The 1.1.0 version (available now) has some important enhancements: A robust set of...
Starting in v1.2.1 the NetApp Data Science Toolkit (DSTK) for Kubernetes officially supports BeeGFS. While some parallel file systems get a bad reputation for being overly complicated to manage, BeeGFS was designed to deliver a simpler experience without compromising...