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The Visionary’s Guide to VM-aware storage
The storage market is noisy. On the surface, storage providers tout all flash, more models and real-time analytics. But now a new category of storage has emerged—with operating systems built on virtual machines, and specifically attuned to virtualization cloud. It’s called VM-aware storage (VAS). Fortunately this guide offers you (the Visionary) a closer look at VAS and the chance to see storage differently.

The storage market is noisy. On the surface, storage providers tout all flash, more models and real-time analytics. But under the covers lies a dirty little secret—their operating systems (the foundation of storage) are all the same… built on LUNs and volumes.

But now a new category of storage has emerged—with operating systems built on virtual machines, and specifically attuned to virtualization cloud. It’s called VM-aware storage (VAS), and if you’ve got a large virtual footprint, it’s something you need to explore further. Fortunately this guide offers you (the Visionary) a closer look at VAS and the chance to see storage differently.

The Six Factors that Determine Your Storage TCO
Over the past decade, capital expenses have grown 3x, but operating expenses have grown 8x. That’s a remarkable pace, and so it’s critical to understand the drivers. Read up on the six TCO factors you need to consider and suggestions for how to think through—and even measure—each one.

When you’re in a buying cycle, calculating the cost of different storage options can be overwhelming—its not as simple as comparing cost-per-gigabyte.

Over the past decade, capital expenses have grown 3x, but operating expenses have grown 8x. That’s a remarkable pace, and so it’s critical to understand the drivers. Read up on the six TCO factors you need to consider and suggestions for how to think through—and even measure—each one.

Top seven reasons to deploy Tintri for Virtual Desktop Infrastructure (VDI)
Countless organizations have chased the Virtual Desktop Infrastructure (VDI) dream in hopes of reducing costs, while at the same time, increasing control and consistency. Check out the top seven reasons why Tintri VM-aware storage is necessary for VDI success.

Countless organizations have chased the Virtual Desktop Infrastructure (VDI) dream in hopes of reducing costs, while at the same time, increasing control and consistency. Most have struggled. The problem is that storage built for physical workloads can’t keep up with the demands of virtual desktops.

Check out the top seven reasons why Tintri VM-aware storage is necessary for VDI success.

3 things you can ONLY do when your all-flash storage is VM-aware
There’s a disconnect in your data center. You’ve virtualized your applications and your teams are thinking and working in virtual machines.

While many storage products wear the VM-aware label, it doesn’t take much to assess its authenticity. If the product’s architecture is still built on a foundation of LUNs and volumes, it can never be fully VM-aware. 

Truly VM-aware storage is built specifically for virtualized applications. It provides you visibility across your infrastructure, control over performance and complete analytics at the VM level. If your data center is experiencing pain—poor performance, complex management and cost over-runs—you can’t solve it with all-flash or hyperconverged alone. Only VAS can help you see storage differently.

Top 5 Reasons Cloud Service Providers Choose Tintri
Tintri storage is specifically designed for virtualized workloads and cloud. If you’re a cloud provider that has built your business on differentiated services, Tintri is built for you.

Tintri storage is specifically designed for virtualized workloads and cloud. If you’re a cloud provider that has built your business on differentiated services, Tintri is built for you.

Leaders across industries trust Tintri. 800+ customers store 500,000+ virtualized workloads with a 50+ PB footprint on Tintri. That includes more than 75 of the world’s fastest growing cloud service providers, who are bolstering their business on a Tintri storage backbone.

Why join their ranks? When it comes to the success of your business, storage is a make or break decision. Read the five reasons how Tintri will make it happen.

VM-aware storage for Dummies
You’ve heard the buzz about VM-aware storage. Your peers who are using it are over-the-moon happy. It’s time you discovered what’s going on with VAS.

You’ve heard the buzz about VM-aware storage. Your peers who are using it are over-the-moon happy. It’s time you discovered what’s going on with VAS.

Seriously. What if you could adjust quality of service for your virtualized applications? Or see across your entire infrastructure—host, network and storage—to troubleshoot in seconds?

Imagine a world without LUNs and volumes. It’s not a John Lennon line; it’s all in this book.

Tintri VM-Level Predictive Analytics for Improved Resource Planning
Tintri Analytics is designed from the ground up to support resource planning. And like everything that Tintri does, Tintri Analytics is VM-aware, which provides the critical link between storage metrics, VMs and applications. Having the ability to ask “what-if” questions and see answers in real time greatly simplifies resource planning.

Tintri Analytics is designed from the ground up to support resource planning. And like everything that Tintri does, Tintri Analytics is VM-aware, which provides the critical link between storage metrics, VMs and applications. Having the ability to ask “what-if” questions and see answers in real time greatly simplifies resource planning.

This paper explains how you can use Tintri Analytics to answer important resource planning questions:

  • Do I have the resources to add more instances of an application?
  • When will my storage appliance(s) run out of capacity or performance?
  • How is the resource usage of different applications changing over time?
The Essential Guide to VM-aware Storage
Storage providers tout all-flash, more models and real-time analytics. But under the covers lies a dirty little secret—their operating systems (the foundation of storage) are all the same… built on LUNs and volumes. But now a new category of storage has emerged—with operating systems built on virtual machines, and specifically attuned to virtualization and cloud. It’s called VM-aware storage (VAS), and if you’ve got a large virtual footprint, it’s something you need to explore further.
Storage providers tout all-flash, more models and real-time analytics. But under the covers lies a dirty little secret—their operating systems (the foundation of storage) are all the same… built on LUNs and volumes.

But now a new category of storage has emerged—with operating systems built on virtual machines, and specifically attuned to virtualization and cloud. It’s called VM-aware storage (VAS), and if you’ve got a large virtual footprint, it’s something you need to explore further.

Copy Data Management for Pure Storage FlashArray
Catalogic ECX in-place copy data management for Pure Storage simplifies and automates operation of your Pure Storage FlashArray infrastructure through comprehensive management of Pure Storage FlashRecover snapshots, replication and clones. By providing an application- and VM-aware copy management software layer, ECX reduces copy sprawl, simplifies data protection and disaster recovery, and delivers value-adding use cases such as automated infrastructure deployment for Dev-Test or DevOps.
Catalogic ECX in-place copy data management (CDM) for Pure Storage simplifies and automates operation of your Pure Storage FlashArray infrastructure through comprehensive management of Pure Storage FlashRecover snapshots, replication and clones. By providing an application- and VM-aware copy management software layer, ECX reduces copy sprawl, simplifies data protection and disaster recovery, and delivers value-adding use cases such as automated infrastructure deployment for Dev-Test or DevOps.
 
Catalogic’s in-place CDM approach has significant advantages over alternatives in that it requires no additional infrastructure for the user to purchase and manage, and leverages the existing Pure Storage production environment rather than requiring the creation of a fully redundant environment for the copies of the production data.