One of the promised benefits of hyperconverged infrastructure (HCI) is simplicity coming from the convergence of computing, networking, and storage into a single tier and from the ease of scale by “just adding a node.” Half of the promise is…
One of the promised benefits of hyperconverged infrastructure (HCI) is simplicity coming from the convergence of computing, networking, and storage into a single tier and from the ease of scale by “just adding a node.” Half of the promise is…
Proprietary network architectures and Application Specific Integrated Circuits (ASICs) brought to the table functionality that was foundational in enabling the development of the Internet. However, for a number of reasons, a more open and standards-driven approach to networking is necessary…
The use of Open Networking promises operational value, data center flexibility and a reduction in the cost of network infrastructure. Next Generation SDN (Software Defined Networking) promises automation, increased agility and a reduction in operational costs of data center networking…
One of the initial appeals of hyper-converged infrastructure is its use of commodity hardware which in theory lowers costs. The reality is that most commodity hardware isn’t able to fully utilize high-performance CPUs, internal connectivity and high-performance NVMe media, which…
Hyperconverged Infrastructure (HCI) leverages virtualization to converge three common data center tiers; computing, networking, and storage, into a single tier. It promises to simplify operation and ease expansion while also lowering material costs. A key component is the storage software…
On paper, hyper-converged infrastructures (HCI) look like the perfect solution to most organizations’ IT woes. While the first generation of HCI solved organization’s point problems like virtual desktops and Tier 2 virtual workloads, they lacked the power and efficiencies required…