The All-Flash Array market is at a crossroads. The SSD drives they use are getting faster but the systems that hold those drives are not. Today a single NVMe SSD is capable of greater than 700k IOPS, but most AFA…
The All-Flash Array market is at a crossroads. The SSD drives they use are getting faster but the systems that hold those drives are not. Today a single NVMe SSD is capable of greater than 700k IOPS, but most AFA…
A hyperscale data center may have hundreds of instances of multiple applications. At any point in time one of these instances may peak and demand a much higher than normal amount of CPU and storage IO, starving other instances and…
Storage architectures evolved from the legacy scale-up architectures to scale-out architectures. Scale-out architectures evolved into hyperconverged architectures. The data center is also evolving, of course, but at an even faster pace. The problem is all this storage evolution has not…
All-Flash arrays, or almost any array that leverages flash, creates a problem for the rest of the storage infrastructure. It exposes weaknesses in storage software, internal storage system networking and external connectivity. In the past these architecture components hid behind…
Customers of Cisco’s UCS 3260 Storage Server can run any software defined storage product that is available as a software-only product. The question is how does one pick amongst the many that are available? Understanding the performance and functionality needs…