It’s 2015, but you would think it was 1995 based on what we’re still using in our data centers for enterprise storage. We still have gobs and gobs of spinning disks, sucking power and boring us to death while they find our data. Convergence is largely unconverged—we still have separate Fibre Channel and IP data networks, and the only things that got converged were our bills of materials and the sides of our wallets. And for some inexplicable reason, we’re still debating how and when to use flash.
Articles Tagged with VMstore
Tintri Sets a New Bar in Storage: Tintri announced the next generation Tintri VMstore T600 series that has the capability to support twice the number of virtual machines per system when compared to the previous generations. In addition to the new T600 series, Tintri also announced the new Tintri Global Center, which is a new platform that enables global scaling of multiple Trintri VMstore systems and will seamlessly function as one global unit.
As virtualization slowly takes over almost everything in information technology, certain things need to change. One of those things is the way storage operates. Traditional enterprise storage was built for a time when physical machines were king, and there was only one operating system, and often only one workload, per physical server. Virtualization changes that, putting multiple workloads and multiple OS images on a single host, often causing predictive algorithms for caching to fail because the I/O from a particular server looks almost completely random (sometimes referred to as the “I/O blender”). In fact, the I/O isn’t random, it’s just the result of multiple VMs each doing their own thing. Most monolithic storage vendors have adapted their arrays to better understand this new type of I/O, at least in part. However, there is a whole new class of storage company that is looking to start over, upending the storage market by pairing commodity hardware with deeper understandings of virtual environments and new management models.