There’s no mention of this applying if using DVMQ, the cousin of RSS. The expected action is that RSS uses the active processor count during the processor assignment.Ī supported hotfix is available from Microsoft. This issue occurs because RSS incorrectly uses the maximum processor count that is supported by the computer to assign processors. However, other network adapters are not assigned correctly. With RSS, a key goal is to find the shortest path. For organizations whose VM does not fit the compatible scenarios to allow Accelerated Networking, Receive Side Scaling (RSS) is the best bet to reduce overall network performance including latency. In this scenario, the first two network adapters are assigned processors correctly. Method 2: Receive Side Scaling (RSS) Accelerated Networking, of course, is not for everyone. Receive Side Scaling (RSS) has been widely used for years by state-of-art multi-core systems. You run the following PowerShell command to retrieve RSS properties of the network adapters: to different CPUs however, existing approaches can lead to.You enable Receive Side Scaling (RSS) and set a RSS profile to use the "Closest" parameter for the network adapters.You have three or more network adapters installed on the computer.You have a Windows 8-based or Windows Server 2012-based computer that has multi-core processors.This KB article and hotfix from Microsoft is for when incorrect Receive Side Scaling (RSS) processor assignment on a Windows 8 or Windows Server 2012-based computer that has multi-core processors. One for you SMB Multichannel freaks out there.
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