Very well made. This video is not overly long and also doesn't miss out on any key concepts and doesn't assume a very high-fi knowledge level to be using too much of jargon. I watched the video back-to-back twice, just to be well aware about the topic. Thank you.
Nice explanation. While building NLB why it breaks down the connectivity between primary and secondary host while adding hosts to cluster? Any suggestions. As soon as I removed cluster connection gets restored.
Questions: Can my cluster members be Linux servers instead of windows servers? Also, can the NLB provide “sticky sessions” (user stays on the same web server until he/she logs out) ?
Linux has its own NLB technology. The sticky sessions I am not aware what that is. But as per your explanation I think you are referring to affinity rule in windows NLB
![[Windows Server 2022] Master Network Load Balancing (NLB)](http://i.ytimg.com/vi/QyN7fcpmIpg/mqdefault.jpg)
Very well made. This video is not overly long and also doesn't miss out on any key concepts and doesn't assume a very high-fi knowledge level to be using too much of jargon. I watched the video back-to-back twice, just to be well aware about the topic. Thank you.
i dont know why people should dislike this video
Great! Thank you for sharing.
Nice explanation. While building NLB why it breaks down the connectivity between primary and secondary host while adding hosts to cluster? Any suggestions. As soon as I removed cluster connection gets restored.
Great video
Questions: Can my cluster members be Linux servers instead of windows servers? Also, can the NLB provide “sticky sessions” (user stays on the same web server until he/she logs out) ?
Linux has its own NLB technology.
The sticky sessions I am not aware what that is.
But as per your explanation I think you are referring to affinity rule in windows NLB
great resource - thanks
brilliant -thank you