Thank you so much Kevin for producing the content that you do, it’s helped me so much! Your QoS videos are legendary, such a complex topic you make it so easy to understand. Could I request you to make a QoS video for the IOS XE switches like the 3850 and 9300, Cisco changed it all to use class maps and policy maps. Thanks and keep up the brilliant work!
Great video, but I'm still a bit confused by weighting command. So: - In order for weighted load-balancing to happen, we need to issue the command "(conf-if)# glbp 1 load-balancing weighted". Otherwise, regardless of the configured weight on the routers, the AVG hands out MAC addresses in a round-robing fashion - However, if the weight drops below a certain value configured with "(config-if)# glbp 1 weighting lower ", the router stops acting as an AVF. And this is true, regardless of the load-balancing method, round-robin/host-dependant/weighted. Is this correct?
I have small question. In the topology you have a switch in the middle. When the AVG replies with mac of all 1s the switch will learn the mac on one interface, then the AVG replies to other host with all 2s MAC address. Does it mean the switch will change the learned MAC address on interfaces every time a packet comes?
Awesome as always! Thank you, Mr. Wallace. I was wondering, if you were to replace the two PCs with a single Firewall and this firewall is physically connected to R1(in topology you're using), will load balancing still work?
Kevin can not find words to appreciate you for your Great job
This was excellent! Particularly the illustration of the weighting hysteresis with the tracking object at the end.
Thank you so much Kevin for producing the content that you do, it’s helped me so much! Your QoS videos are legendary, such a complex topic you make it so easy to understand. Could I request you to make a QoS video for the IOS XE switches like the 3850 and 9300, Cisco changed it all to use class maps and policy maps. Thanks and keep up the brilliant work!
Thanks very much for your comment and great suggestion.
Another amazing video kev. Your that man!!!
Very helpful, thank you Kevin!
damn that was a VERY detailed explanation, loved the video
Great video, but I'm still a bit confused by weighting command. So:
- In order for weighted load-balancing to happen, we need to issue the command "(conf-if)# glbp 1 load-balancing weighted". Otherwise, regardless of the configured weight on the routers, the AVG hands out MAC addresses in a round-robing fashion
- However, if the weight drops below a certain value configured with "(config-if)# glbp 1 weighting lower ", the router stops acting as an AVF. And this is true, regardless of the load-balancing method, round-robin/host-dependant/weighted.
Is this correct?
You are Awesome and very Precise knowledge hatsoff to you
Great explanation!!
I have small question. In the topology you have a switch in the middle. When the AVG replies with mac of all 1s the switch will learn the mac on one interface, then the AVG replies to other host with all 2s MAC address. Does it mean the switch will change the learned MAC address on interfaces every time a packet comes?
Enlightenment! Your videos are great. Thanks.
is it possible to implement subinterfaces with glbp?
Yes, you can indeed implement this with sub-interfaces.
amazing, amazing Boss you r really doing a good job
Awesome as always! Thank you, Mr. Wallace. I was wondering, if you were to replace the two PCs with a single Firewall and this firewall is physically connected to R1(in topology you're using), will load balancing still work?
Wow! Awesome! Thank you!
Kevin, I’m only seeing HSRP & VRRP on Cisco ENCOR 350-401 syllabus 3.4.c, is this included on the exam?
HSRP, VRRP, and GLBP all fall under the topic of FHRP ( First Hop Redundancy Protocols), which is included in topic 1.1.b on the exam blueprint.
@@kwallaceccie thank you Kevin! Godbless! you are an inspiration to us. Happy holidays to you and your family!
Greetings from Philippines
Well explained
Excellent
Awesome👍😎
Thx Kev !
Perfection