HPE SIMPLIVITY: Intelligent Hyperconvergence From The Data Center To The Edge

Agility has always been one of the differentiators in business; now, it is more important than ever. For IT operations to be faster, a hyper-converged platform that delivers speed, simplicity, and efficiency is needed. So, software-defined, AI-driven hyper-convergence is what your infrastructure needs, allowing it to manage, optimize, and repair itself.

More than just hyper-converged infrastructure, HPE SimpliVity such as HPE ProLiant DL360 Gen10 delivers intelligence with HPE InfoSight Machine Learning, so you don’t waste time-solving problems that can be predicted and fixed before they happen, so you have 91% more time to innovation; in other words, you can dedicate to projects in an accelerated way, with only 60 seconds to recover a 1TB VM and no need for an expert, this means that you have the autonomy to carry out the management, promoting a practical user experience.

But After All, What Is Hyper-Converged Infrastructure?

Hyper-converged infrastructure comprises computing, storage, networking, virtualization, and data services within a single hyper-converged node. Hyper-converged nodes bring power and scale to virtualized environments, meeting your needs.

Don’t think that HPE SimpliVity is a traditional HCI. It is so much more than that!

With HPE InfoSight AI, which delivers predictive analytics across the HCI environment, mobility and centralized management across VM, backup, and DR along with data efficiency drive optimization from the data center to the edge. This means HPE SimpliVity delivers 90% capacity savings with increased application performance, freeing storage and boosting local and remote backup and restore activities.

In times of change in working due to the COVID-19 pandemic, where employees are in a remote work situation, and their activities are performed in a virtual environment, HPE announces improvements in its HCI solutions, including the HPE SimpliVity.

As such, the HPE SimpliVity 325 Gen10 has a new virtual desktop density standard, so the new 2nd generation AMD EPYC TM processor delivers twice as many virtual desktops per server on average compared to other HCI solutions, which decreases the cost per virtual desktop by 50% on a small platform with 1U efficiency, providing a reduced footprint in both entry-level and distributed edge HCI use cases.