WHITE PAPER:
As data centers adopt virtualization, fault-tolerance becomes more important. Download this white paper to learn about fault tolerance in a virtual world and how it can reduce overall cost of downtime.
WHITE PAPER:
As dependencies on computing increase, ensuring that applications are highly available becomes more critical. This paper gives VMware fault tolerance recommendations and considerations on VMware vSphere 4.
WHITE PAPER:
Previously, putting up with the gap between CRM and OSS worlds has been a viable - though not
optimal - strategy for most operators. But now that the telecommunications industry is undergoing the "communications and content over IP" transformation, service providers are starting to redesign their business models and to rethink the infrastructure.
WHITE PAPER:
See how Asia-Pacific financial services leaders are combining operational agility with AI-powered productivity while bolstering security and compliance.
WHITE PAPER:
Read this paper to learn how to eliminate common and repeated inquiries by giving employees a place to find their own answers, and provide an easy transition for those with more complex issues.
WHITE PAPER:
It is no longer a question of if an organization will be hit by a cyber attack but a question of when. Read this paper to learn why Identity Security could be the key factor in preventing cyber attacks from happening.
WHITE PAPER:
At the Computer Weekly diversity in tech event, experts proposed a 15-point plan to improve diversity and inclusion across the industry. Suggestions focused on getting people into the sector and keeping them there. Download the full report here.
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:
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.
