*Error on LAG Group Descriptions - LAG groups do not double throughput - it simply provides multiple paths, each at their max respective throughput. 2x 10Gbps ports in LAG will not yield 20Gbps - it will yield 2x 10Gbps.
I keep wondering whether a dedicated management network makes sense or not. You also seem to be more in the camp of those who also use the default network as a management network.
Hi, thanks for the comment! You are 100% correct that having a dedicated management network is not always required. We recommend it just for the added flexibility. Enabling isolation, firewall rules, ACL's and blocking measures on the management network could have adverse effects local device connectivity (eg: AP to Cloud Gateway), but these features are often required on a "client" network. By separating them, we can ensure the "device-to-controller" connectivity does not get interrupted by changes meant to impact client devices. It also allows us to block clients from accessing the AP's, Switches etc directly.
*Error on LAG Group Descriptions - LAG groups do not double throughput - it simply provides multiple paths, each at their max respective throughput. 2x 10Gbps ports in LAG will not yield 20Gbps - it will yield 2x 10Gbps.
Excellent information!
Thanks for the video team. Insightful so far
really useful video thank a lot.
outstanding. Thank you.
Could you do a similar webinar based on the UISP product line?
I keep wondering whether a dedicated management network makes sense or not. You also seem to be more in the camp of those who also use the default network as a management network.
Hi, thanks for the comment! You are 100% correct that having a dedicated management network is not always required. We recommend it just for the added flexibility. Enabling isolation, firewall rules, ACL's and blocking measures on the management network could have adverse effects local device connectivity (eg: AP to Cloud Gateway), but these features are often required on a "client" network. By separating them, we can ensure the "device-to-controller" connectivity does not get interrupted by changes meant to impact client devices. It also allows us to block clients from accessing the AP's, Switches etc directly.