WHITE PAPER:
See how Asia-Pacific financial services leaders are combining operational agility with AI-powered productivity while bolstering security and compliance.
WHITE PAPER:
Innovation is changing retail from the storefront to the back office and beyond. Because of this transformation, IT teams and the enterprise networks they manage have never been more important. In this white paper, explore emerging trends in retail IT and considerations for choosing futureproof edge network solutions for retail.
WHITE PAPER:
Access this paper to find out how, with the help of enterprise service management, your organization can better support its employees by providing a better service experience from their business services.
WHITE PAPER:
This study sought to understand whether, and to what degree, an organization's adoption of technologies and processes that enable flexible IT service delivery are correlated to IT and business benefits.
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:
Understanding where your organization stands in the Identity Security Maturity Model can help you identify gaps and plan for improvement in your Identity Security strategy. Read this paper to learn more and find your place in the model.
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:
Find out the best practices on Alibaba Cloud from some of the industry leaders and learn the benefits they saw from implementing Alibaba Cloud.
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.
