White Paper: StarWind Stretched Clustering Support

The concept of a stretched cluster itself is not new. Yet, the existing solutions featuring active-passive replication can hardly be considered efficient and fault-tolerant due to leaving only half of the available resources for applications while another half remains on standby. Learn from this whitepaper how StarWind Stretched Clustering accomplishes these challenges with active-active replication.

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Success Story: MUM Industries has removed performance bottlenecks in a cost-efficient way with StarWind Virtual SAN

MUM Industries, an American electrical enclosures and industrial double-diaphragm manufacturer, had its enterprise resource planning system performance bottlenecked by an all-HDD SAN. An extra SAN or deploying a dedicated all-flash solution would be an overkill for company’s needs and would be pretty expensive on the whole. Find out from this success story how the company streamlined its environment with StarWind Virtual SAN without breaking the budget.

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Technical Paper: Creating Highly Available device using Node Majority Failover Strategy

The simultaneous connection loss between nodes may cause “split brain” scenario, the state when nodes proceed read and write requests independently from each other. This incoordination causes data corruption after connection resumption. Setting up the failover strategy helps avoid the issue. This technical paper describes setting up an HA device using the Node Majority Failover Strategy with Witness Node on StarWind Virtual SAN as a storage provider.

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