Next generation all-flash arrays (AFA) face a serious problem; they will provide more capacity than most data centers need. While too much capacity doesn’t sound like a problem it will be because organizations are still going to pay for it.…
IT administrators have reached a level of confidence with VMware and other hypervisors that make them more comfortable with virtualizing mission-critical workloads, like Oracle, SAS, and SAP. The goal is to gain the flexibility of a virtual compute infrastructure to…
Software Defined Storage (SDS) abstracts commodity storage hardware so that it can be used in a scale-out architecture, but this can create a bottleneck between the CPU and the storage media. In many cases, the latency of hard disk drives…
The density of flash storage is increasing every year, 64TB solid state drives (SSD) are arriving next year, and within a year the data center may see 100TB+ SSDs become commonplace. Another significant change is that the data center, thanks…
Thanks to decreasing flash media pricing and data efficiency technologies like deduplication, all-flash arrays are now commonplace in many data centers. In most cases though, the purchases of first generation all-flash arrays were to solve a specific performance problem. Now…
What is Computational Storage? It only takes a few NVMe flash drives to saturate a server’s PCIe Bus. Network those NVMe flash drives and the situation only gets worse. Computational Storage solves the problem by placing compute capabilities directly on…
Hybrid storage systems create a performance concern for IT professionals. The system may respond too slowly to user or application requests for data. If the hybrid system places data on the wrong storage tier at the wrong time, it validates…
Traditionally, systems create data, process it, and then store it for a time before accessing it again in response to a user request. Essentially, data is processed in batches. In the modern data center, the move is toward real-time analysis…