Link Aggregation and LACP 

Definitive video on the topic. Essential viewing.

Fantastic explanation! Thanks for putting the time and effort that obviously went into creating this. Cheers

That was fantastic. Cleared up a lot of misinformation rattling around in my head.

This is by far the best explanation of LAG and LACP i have ever heard. Well done. Confusion cleared. I already knew that LACP is called dynamic LAG because it can discover neighbor switch by sending and receiving LACP PDUs. But i thought static LAG was useless until i watched your video and realized that most of the heavy lifting and operation is done by static LAG and LACP is just an extension to the LAG.

Nice one. Clear explanation. Also fixing confusing terms lol

Really good video. I've configured LAGs many times but to be honest didn't know the details as explained here.

An extremely nice and informative video. I had this confusion about LAG's and LACP. Thanks for correcting me.

100 gbit coffee maker, heh. Thank you for this; it is useful without going way into the weeds.

Awesome... Cleared up a bunch of wrong assumptions I was making... Thank you..!

Fantastic video! Thank you VERY much for the hard work!

Really enjoyed this video and your teaching style. Are there plans for more videos or do you have content elsewhere on the interwebs?

Great video. Thanks for the simple explanation

this is a gem❤ , wow what an explanation,thanks for creating this video

Great video. Before this I would have considered LACP and Link Aggregation the same. I replaced my homelab switch with a L2+ 2.5Gb TP-Link TL-SG3428X-M2 which appeared to have all the features of my 'training' switch which was a very old Cisco. LACP is UP between the switch and NAS but I'm not getting Link Aggregation like my Cisco did which showed 2000rate vs TPlink showing 1000M on the Port Channel. I'll put in a ticket with TP-Link because I'm confused what else to try.

Thanks for the great explanation.

Thank you so much for explaining is thoroughly.

Wonderful explanation 👏

awesome presentation man.

Fantastic content!

Great explanation!!

Great video! Thanks a lot 😎

I don't know if this is the right place to ask, but please bear with me if you could. I work with a sound engineer who used Waves Soundgrid protocol for his sound system. Each device in this protocol can be connected via ethernet network, thus the implementation of network switches. Recently he thought that his network connection, especially from the front of house (mixer control) to stage could use redundancy/traffic regulation via the use of LAG, thus comes the swap from unmanaged switches to managed switches. But the thing is, the switches we bought are only capable of creating static LAG, we then tested that when one of the trunked ports in the same LAG starts to drop in speed (from 1GB to 100MB) AND one of the normal speed Gigabit port is elaborately disconnected; the connection between stage and front of house seems to drop out as well, because a LAG require all ports to run at the same speed and duplex. This issue can be seen when there are: - 2 ports within the same LAG (If one drops in speed, the connection ceases) - 3 ports within the same LAG (if one drops in speed, and the other one got disconnected, the connection ceases) The issue becomes non-existent with 4+ ports in the same LAG. The problem is that, it is almost impossible to request every music venue's suppliers to provide us with 4 80-meter ethernet cables from the front of house to stage, because they have to be shared with and cycled between other bands. We could bring our own, but currently as the budget and man power allow; we could only bring 2. We need to be sure that the LAG would still be up and undisturbed during the whole show or the result could be disastrous. The LAG already did traffic regulation pretty well, seeing that there are almost little to no errors packets on the Soundgrid side, but the redundancy is still very unsafe. Questions: 1. Is there a specific cause to speed drops in the port/cable and how can we prevent this? Because the drop would cause problems for the whole LAG 2. Is there a workaround for this? Or do we need switches that are capable of implementing LACP on LAGs to make them dynamic?

Hi Tony, is it possible to have this slide deck for refresh any time. If yes, please share where I can download the info.

Aaaa. Thank is great! ❤🎉😊 Fantastic!

Another key point of Link Aggregation is that while the available bandwidth is increased, the throughput of a flow still remains the same as the packet belonging to the same flow always gets forwarded from the same interface.

Thanks for sharing great video

very conceptual explanation

Good call Tony. Caught myself saying LACP today and I meant Link Aggregation.

Great video

Ty very much!

Hi, thanks for the video. What I dont' get is this. Can a switch that just supports LAG work with another switch that supports LAG with LACP?

can you link to vmware docs about lacp? wondering how it hashes non-IP traffic wondering how it behaves if an lacp upstream switch stops communicating lacp, does port drop into Independant mode?

Nice

Very detaik

Link aggregation group

Great explanation !!!