WHITE PAPER:
The most effective way to thrive through unprecedented change is to get ahead of it. Read this e-book to learn how you can transform your digital operations and maximize ROI by enabling effective project and portfolio management on a single platform.
WHITE PAPER:
This paper provides 11 examples of how ServiceNow®IT Operations Management (ITOM) Visibility and other ServiceNow applications provide a solid foundation by working together.
WHITE PAPER:
This paper will focus on Zoned Namespaces (ZNS) because there are significant milestones which were recently achieved that are particularly of interest for data center architects and developers.
WHITE PAPER:
Learn the results of a Total Economic Impact™ (TEI) study conducted by Forrester Consulting and commissioned by Slack and find out the potential return on investment (ROI) companies may realize by deploying Slack Plus or Slack Grid.
WHITE PAPER:
Learn how organisations building on a revolutionary foundation for how they go to market are succeeding because of their focus on providing excellent customer experiences.
WHITE PAPER:
Learn how Supermicro and Intel®, with their DAOS software stack, is designed from the ground up for performance and uses persistent memory and NVMe SSDs to provide a high-efficiency storage solution for demanding applications.
WHITE PAPER:
When it comes to running your data center, it’s obvious that monitoring is an essential component of successful data centers. Access this e-guide to learn the 6 essential steps for building effective real-time monitoring across your hybrid IT data center.
WHITE PAPER:
The Supermicro server and storage families that incorporate the Intel® 3rd Gen Xeon® Processors enable new workloads to be run, allowing unique insight from massive amounts of data. Learn how to reduce application run time and infrastructure costs with Supermicro and Intel®.
WHITE PAPER:
Check out this white paper to learn about Supermicro's next-gen X12 BigTwin hardware, featuring 3rd Generation Xeon® Scalable Processors supporting up to 40 cores, higher instructions per clock, and two 512-bit-FMA units.
