Starwind virtual san vmware
- #Starwind virtual san vmware how to#
- #Starwind virtual san vmware software#
- #Starwind virtual san vmware windows#
Click Create to add a new device and attach it to the target and Finish to close the wizard.ġ1. Otherwise, the name will be generated automatically in accordance with the specified target alias. Select the Target Name checkbox to enter a custom name of the target if required. NOTE: The recommended size of the L2 cache is 10% of the initial StarWind device capacity.ĩ. Define the Flash caching policy and the cache size. The cache size should correspond to the storage working set of the servers.Ĩ. NOTE: For the cases, where it is required, assign 1 GB of L1 cache in Write-Back or Write-Through mode per 1 TB of storage capacity. Define the RAM caching policy and specify the cache size in the corresponding units if required. NOTE: Sector size should be 512 bytes when using ESXi.ħ. Specify Virtual Disk Options and click Next to continue. Specify virtual disk location and size.Ħ. Select Hard Disk Device as the type of a device to be created. Once Add Device wizard appears, follow the instructions to complete the creation of a new disk, which will be replicated to SW1 server.ģ. StarWind VSAN is hypervisor and hardware agnostic, allowing you to forget about hardware restrictions and crazy expensive physical shared storage.īuild your infrastructure with off-the-shelf hardware, scale however you like, increase return on investment (ROI) and enjoy Enterprise-grade virtualization features and benefits at SMB price today!Įxplore VSAN from StarWind StarWind VSAN White Paperġ. Select SW3 server and open Add Device wizard by right-clicking the StarWind server and selecting Add Device (advanced) from the shortcut menu or by clicking the Add Device (advanced) button on the toolbar.Ģ. It pulls close to 100% of IOPS from existing hardware, ensures high uptime and fault tolerance starting with just two nodes. VSAN from StarWind is software-defined storage (SDS) solution created with restricted budgets and maximum output in mind. Synchronization and iSCSI/Heartbeat links can be connected either via redundant switches or directly between the nodes. NOTE: Do not use ISCSI/Heartbeat and Synchronization channels over the same physical link. On each node, network interfaces to be used for Synchronization and iSCSI/StarWind heartbeat should be in different subnets and connected directly according to the network diagram above. The hosts should have additional network interfaces to the connection the Host 2 to the Host 3 and the Host 1 to the Host 3 for iSCSI and Heartbeat traffic.Ĥ.
#Starwind virtual san vmware windows#
StarWind VSAN should be installed on the Windows Server operating system deployed as VM on each host.ģ. ESXi hypervisor should be installed on each host.Ģ. The diagram below illustrates the resulting network and storage configuration of the 3-node deployment with 2-way active-active StarWind VSAN replication:ġ.
#Starwind virtual san vmware how to#
The article on how to deploy a 2-node Hyperconverged Scenario with VMware vSphere could be found at the link below: The diagram below illustrates the network and storage configuration of the 2-node Hyperconverged Scenario with VMware vSphere. One more StarWind HA device will be added as a part of reconfiguration and corresponding datastore (DS3) will be created in VMware vSphere. It’s assumed that StarWind HA devices (DS1 and DS2) and corresponding datastores are already created. This document describes how to rebuild a 2-node Hyperconverged setup with VMware vSphere by adding an additional node into configuration and getting a 3-node configuration with 2-way active-active StarWind VSAN replication. The idea behind scale-out is to grow both storage and compute power by adding additional nodes instead of adding disks, CPUs, NICs or RAM to individual systems. StarWind Virtual Tape Library (VTL) OEM.
#Starwind virtual san vmware software#