Over the past twenty years, the world around storage has gone through revolutionary change—driven by virtualization and cloud. Despite this, conventional storage is built on the same underlying architecture as it was twenty years ago.
Tintri challenges convention with a storage system built specifically for virtualized and cloud environments. The ‘storage quo’ forces you to work with physical-world concepts like LUNs, volumes, RAID, striping and more. Conversely, Tintri lets you focus only on what matters—individual virtual machines. That level of granularity massively simplifies storage management, transforming it from tedious troubleshooting to hands-free and highly automated. Here are three differentiators that make Tintri storage uniquely suited to support your virtualization effort:
Challenge #1: Storage MUST be managed by experts
Retrofitted from physical use cases to virtualization, conventional storage relies on archaic concepts—LUNs, volumes, RAID, striping, etc.—that require deep expertise.
Tintri VMstore goes from box to rack to running VMs in minutes. There is no complicated configuration, and the unit of management is individual virtual machines. The simplicity frees storage admins to focus on higher impact activities (than troubleshooting), and/or allows the virtualization admin to manage their own storage footprint.
Challenge #2: Ensure performance by over-provisioning storage
Since there is no visibility into performance reserves, admins must leave buffers or over- provision to try and ensure good performance.
Tintri’s dashboard includes a performance gauge that shows you the VMstore’s exact performance reserves. And it shows how performance consumption is trending for every individual VM. That transparency ensures you will never need to over-provision.
Challenge #3: Quality of service requires manual tweaking and tuning
I/O requests are scheduled sequentially—First- In-First-Out. So, to maintain performance, admins constantly have to shuffle around LUNs and tweak policies.
Tintri assigns every individual VM its own ‘lane’ to guarantee quality of service. That means VMs can be managed simultaneously, not sequentially, avoiding traffic jams and delivering a better end user experience.
Unique control with VM-level actions for infrastructure functions including snapshots, replication and QoS make protection and performance certain in production, and accelerate test and development cycles.