Products
All OpenStor hyperconvergence systems offer scalability, reliability and cost reduction.
OpenStor hyperconvergence systems.
OpenStor 2910
All-in-One hyperconvergence (HCI) system
The Openstor 2910 hyperconvergence (HCI ) system combines Server, Storage, Networking and Virtualization, in just 4 Rack units. It can be expanded upon request as the company grows.
OpenStor 2910 does not require any external switches, thus allowing the difficulty of network planning to be reducedby 90 percent.
A set of built-in features make it a very versatile solution for any type of virtualization, especially it does not require any VMware licenses.
OpenStor JovianDSS
Metro Cluster hyperconvergence (HA) system
The Metro Cluster hyperconvergence (HA) system consists of two OpenStor Storage Servers interconnected with high-speed, low-latency 40GbE LAN card.
Thanks to the Advance HA METRO CLUSTER service, both storage facilities work in synchronous mirroring.
Every write action performed on the first storage also occurs simultaneously on the second, and vice versa. A VSA (Virtual Appliance Storage) is installed on each unit.
Supporting the sale of hyperconvergence systems
Personalized counseling
We offer customized consulting for the implementation of any type of hyperconverged infrastructure, both for end customers and resellers, including hardware and software design, deployment planning, and data migration.
Pre-sales and after-sales service
Deep knowledge of hyperconverged products and their integrations make OpenStor a key customer reference. A strong orientation toward customer satisfaction provides access to excellent pre-sales and after-sales service.
Training courses
Learning sessions, run by our experts, allow you to reinforce learning about all things hyperconvergence, combining practical aspects with real-world scenarios and experiences.
NVMe (Non-Volatile Memory express) is a transfer protocol for quickly accessing data from flash memory storage devices.
NVMe technology uses PCIe buses instead of SATA PCIe buses, allowing full use of the enormous bandwidth potential for storage devices.
