Previously, Solid Park used to be a NetApp reseller. However, it decided to move to Tintri for its virtualised applications. A key benefit of the Tintri system is the ability to see across the host, network and storage system to immediately identify the source of any performance issues.
Tintri storage is specifically designed for virtualised applications—it allows organisations to take or automate every storage action at the virtual machine (VM) level. This greatly simplifies storage management and allows organisations to guarantee application performance.
Peter Eriksson, Regional Sales Manager, Tintri, said, ”Solid Park is the most technologically advanced of our Nordic partners. The company has embraced Tintri's concept by implementing the Tintri solution in its own data center. This commitment is proof of Solid Park’s conviction that Tintri is the best storage for virtualised environments.”
Johan ?kerlund, Managing Director, Solid Park, said: “It's our policy to operate high quality equipment in our IT center. Tintri's storage systems are designed from the ground up for virtualisation. This helps us to provide reliable performance to our customers. By using what we sell, we also ensure that we know the products inside out. We have gathered experience through specialising in Tintri that enables us to offer our customers new insights that advance their IT environments.”
Magnus Osterlund, Senior VMware & Wintel Architect at Solid Park said, “We were very excited to migrate our customer workloads from NetApp to Tintri and literally see the change in performance and available capacity in real time without the need for Dead Chicken Voodoo or expensive third party plugins… just plain VM-aware storage out of the box! Exactly like it should be!”
Solid Park will sell Tintri’s hybrid and all-flash systems. The Tintri T800 series of hybrid systems features the industry's highest data density, which can manage up to 100 TB and 3500 virtual machines in just 4 rack units. The T5000 series of all-flash systems, meanwhile, extends the benefits of VM aware storage to demanding applications such as very large databases, analytics workloads and large persistent virtual desktops. 
