Cisco UCS

Cisco UCS X-Series Modular System demonstrates excellent I/O performance as a precursor for planned Oracle Database 19c testing to announce in 2 weeks.

It’s more important than ever for your data center to have infrastructure scalability with minimal disruption when and if the times comes. Cisco can help with scalable solutions.

The joint adoption of Cisco UCS compute systems and Cisco MDS 9000 Series of storage networking switches provides a significant benefit to the enterprise: advanced design options, easier management and better support.

Cisco receives two awards from CRN. UCS X-Series has become the fasting ramping UCS server for Cisco. Our customers are choosing UCS X-Series because they really appreciate the modular design that allows them to future proof their environment for the next decade and the Intersight operating model.

Cisco UCS X-Series offer the flexibility to support modern, traditional enterprise, and scale-out apps, helping IT teams gain agility and better respond to dynamic business requirements.

I’ve been working on Cisco UCS TCO/ROI for almost 12 years. The results have remained remarkably consistent, and I’d like to share what I’ve learned over the last decade plus.

Cisco has always partnered with industry leaders to deliver best of breed solutions as well as flexibility and choice. With the introduction of UCS X-Series, we have again partnered with industry leaders to deliver innovative solutions with our converged infrastructure and data protection partners.

we designed the Cisco UCS X-Series with the flexibility to support a wider range of applications. Previously, you might have used blade servers and rack servers depending upon the need for local storage or expansion cards. Now, a single system blurs those lines, Cisco UCS X-Series. This means that fewer system types can do the job, helping you avoid the cost and complexity of unique infrastructure.

Modern enterprise computing workloads are adapting to a hyper-distributed and hyper-connected world where apps, devices, and data can be accessed anywhere and anytime. In turn, advancements in application architectures made it possible to deliver workloads in a variety of ways including as microservices wrapped in containers and virtual machines.