You’ve been hearing a lot about cloud computing these days. If the many definitions of the Cloud seem a tad abstract and esoteric - you’re not alone. Go to any IT tradeshow or consulting conference and you’ll see liberal references and pictures of the Cloud. Many messages are often mixed with cloud enabling technologies like Software-defined Storage (SDS), hyper-converged/hyper-scalable virtual Server SANs, and the many different flavors of Flash. Let’s not forget vendor messages around Big Data, Virtualization and 2nd to 3rd Platform transformation to Mobile Computing. It’s no wonder they call it the Cloud – it’s anything but clear!
Whatever it is you are trying to do with your cloud, whatever use case you are trying to solve, it is likely that SDS, Flash, and ultimately software defined data center (SDDC) platforms will be the key building blocks. Why? As performance requirements of cloud computing overtax the max performance limits of traditional spinning media, silicon based NAND Flash with no moving parts bridges the I/O performance gap between today’s hyper fast CPUs/Cores and much slower spinning media (i.e., 3,500 IOPs/SSD vs 150 IOPS/HDD at system level, respectively). A purely software-defined and implemented control and data services application forms an independent, de-coupled abstraction layer from the underlying physical layer of storage hardware resources. SDS is optimally designed for use in today’s modern heterogeneous, multi-vendor, and multi-hardware platform environment. SDS and the greater overarching SDDC umbrella platforms like ViPR and the ECS Appliance truly make centralized management of the storage infrastructure more flexible, easier to deploy, and simpler to manage. This provides a centrally managed control/access point among disparate physical devices/resources in the process plus the side benefits of hardware agnosticism and vendor independence. Who doesn’t like an easy button?