If you implement DCB, you must ensure that the PFC and ETS configuration is implemented properly across every network port, including network switches. For best performance, Hyper-V Port is recommended for use on all NICs that operate at or above 10 Gbps. SET supports only switch-independent configuration by using either Dynamic or Hyper-V Port load-balancing algorithms. See the following table for an example of the interface descriptions deviating only by numeral (#): Name Use the Get-NetAdapterAdvancedProperty cmdlet to ensure the configuration reported lists the same property values. They can deviate only in the numeral listed in the description. The easiest way to identify if adapters are symmetric is if the speeds are the same and the interface descriptions match. Symmetric network adapters are those that have the same: Teaming of asymmetric adapters isn't supported. Note that SET requires the use of symmetric (identical) adapters. Other key Azure Stack HCI features (see Teaming in Azure Stack HCI).SET is important for Azure Stack HCI because it's the only teaming technology that enables: See the blog post Teaming in Azure Stack HCI for more information on LBFO in Azure Stack HCI. #Tor switch to another server windows#SET works well with compute, storage, and management traffic.Īzure Stack HCI doesn’t support NIC teaming with the older Load Balancing/Failover (LBFO) and Link Aggregation Control Protocol (LACP) teaming technologies commonly used with Windows Server. SET is the only teaming technology supported by Azure Stack HCI. SET is not dependent on the type of network adapters used.Īpplicable traffic types: compute, storage, and managementĬertifications required: none (SET is built into the operating system) SET is a software-based teaming technology that has been included in the Windows Server operating system since Windows Server 2016. #Tor switch to another server download#
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