By leveraging FlashMAX II PCIe solid-state drives (SSDs) for its virtual storage controllers, StoneFly’s USS now provides the highest IOPs per dollar in the marketplace.
Hayward, Calif. – November 4, 2014 — StoneFly, Inc., a leading supplier of storage area network (SAN) systems and a wholly-owned subsidiary of Dynamic Network Factory, Inc. (DNF), today announced that they have integrated HGST FlashMAX II enterprise-class SSDs in their flash-based version of their USS Hyper-Converged appliances.
StoneFly USS Hyper-Converged Appliances take a different and much simpler approach to converged architecture by incorporating local direct-attached storage for faster performance and greater flexibility. Each node in a new StoneFly cluster includes flash-based storage to deliver massive IOPS for high-performance as well as enterprise hard disk drives for low-cost high-capacity storage adhering to the principles of software-defined solutions.
The StoneFly USS solution is radically both simple and advanced compared to traditional datacenter infrastructures. Each volume can be provisioned as iSCSI, Fibre Channel, or NAS (CIFS/SMB and NFS). Its hypervisors allow multiple Virtual Machines (VMs) to run on a single physical host and mediate all I/O operations including read and write requests to centralized NAS and SAN storage arrays, which are typically used to provide shared storage for all of the VMs.
StoneFly now implements all control logic as a software-based service running on HGST FlashMAX II PCIe enterprise-class SSDs. Virtual storage controller(s) run on each cluster node improving scalability and resilience, while preventing performance bottlenecks since the storage and control logic is now local to the guest VMs.
“We are bringing out the next generation of hyper-converged software-defined virtual infrastructure into the marketplace at the highest IOPs per dollar,” said Mo Tahmasebi, president and CEO for StoneFly.
Expensive centralized storage or dedicated storage networks are no longer needed since the Distributed File System for StoneFly’s NAS aggregates local storage across all of the nodes. There is no metadata database to limit the quantity of StoneFly USS nodes participating in the NAS cluster allowing it to easily expand (scale out). StoneFly USS appliances use a hash-based algorithm in each node to accomplish this task. As a result, StoneFly USS appliances do not experience the latency issues that are associated with competing NAS cluster solutions that do utilize metadata databases.
StoneFly’s intuitive software allows users to create a single storage pool that can be partitioned into one gigantic NAS volume (single namespace) or several smaller volumes and these data stores are then presented to the hypervisor. These volumes are fully POSIX-compliant for seamless integration with any applications requiring this capability.
StoneFly USS appliances can begin with a single node configuration and then nodes can be added in increments as small as 2U (12 drive bays) to 4U (24 Drive bays). Plus each appliance can be scaled up to support a total of 256 drives per node. Cluster nodes and their expansion nodes can be seamlessly added one at a time with zero downtime. This provides a time to value deployment of under 30-minutes with no disruption to ongoing operations.
About StoneFly, Inc.
StoneFly, Inc., headquartered in California, was founded to deliver upon the vision of simple and affordable storage optimization and disaster recovery protection through IP SAN solutions. StoneFly is a business division of Dynamic Network Factory, Inc. (DNF), a leading maker of high-performance network attached storage, storage area networks, RAID and iSCSI systems. For more information on StoneFly, please visitwww.stonefly.com and www.iscsi.com
StoneFly, USS, and the StoneFly logo are trademarks or registered trademarks and the property of StoneFly, Inc.
FlashMAX is a registered trademark of HGST, Inc. and its affiliates in the United States and/or other countries.
All other company and product names contained herein are property of their respective owners.