



Not all applications require the same level of storage performance or cost. The Kaminario K2 family is the first and only true enterprise all solid-state Flash and DRAM SAN storage to allow customers the freedom to choose the right solid-state media for their specific application performance requirements, workload, and budget. Now customers can choose between DRAM, Flash, or a combination of the two, to deliver specific performance levels for each set of application data. The Kaminario K2 represents freedom of choice in a single storage system and all without compromising on enterprise reliability or ease of use.
Most solid-state SAN storage requires customers to purchase systems that are specialized for a specific type of media for data access, or they offer some combination of SSD and HDD media which does not make them all solid-state.
Kaminario K2 family of all Flash and DRAM SSD SAN storage eliminates I/O bottlenecks and dramatically reduces latency to accelerate critical business applications at a significantly lower cost and smaller footprint than legacy SAN storage. Kaminario uses off-the-shelf blade servers, a revolutionary SPEAR™ storage OS and solid-state media to create blazingly fast, highly available, and easy to deploy SAN storage. The K2 is the first self-healing highly available all solid-state SAN storage to give users the freedom to choose the media (DRAM and/or Flash) for their unique application workload and budget. Driven by Kaminario’s innovative Scale-out Performance Storage Architecture™ (SPEAR), the K2 supports millions of IOPS, tens of GB/s of throughput, extremely low latency, and all without compromising on enterprise reliability or ease of use. Kaminario is a fundamentally new and better way to store and retrieve performance sensitive data.
Many solid-state storage solutions require that customers purchase two systems for high availability. This is not a cost-effective or scalable solution.
To learn more about the Kaminario K2 family, download any of our our K2 all solid-state SAN storage white papers.