OSPF Network Types - FINALLY, an explanation that makes sense - Practical OSPF

Bro you are the best, Expecting BGP tutorial also from you.👌

Thanks !!! You videos are helping to understand the concept much faster!!!

Thank you so match❤

great

Outstanding! Superb! Bravo! Very clear and to the point.

This is the best video on this topic. I’m amazed at how well you explain the concepts.

This is the best and clearest explanations for OSPF series that I can find after a long search. This channel got some other great stuff as well. I joined a member already and didn't regret a bit. Thanks!!

Thanks brother your teaching
Is excellent 👌👌 as well as information

excellent stuff

You are the best teacher i have come across teaching the networking concepts

Thanks for sharing this Eddie

Easy to follow, thanks!

Your creativity reflects your experience. Information tables are a gem. Ed, Thank you.

You are a great teacher! Thank you

genius, brilliant. Thank you for sharing this

Chatgpt could never give an explanation this thorough! thanks! 👌

Thank you Sir ❤️

Thankyou so much i was going crazy trying to rap my head around this subed.

good job

Other instructors try to make it as complicate as possible... To give a sense that they are dealing something very difficult subject. On contrary, you are trying to elucidate the toughest topic in simplest way and words... That even a lay man can understand. Kudos to your efforts. Commendable

Bruh whats the full form of OSPF

I learned by text descriptions, but those were not easily digestible. Memorizing bullet points for some test doesn't mean you actually can make use of the information. Yes, memorization is part of it, but the everyday use and application of the topic plus the explanation of why it exists (what purpose does it serve) is also important.

Great Work. Thank you

Very well explained

This is a great video

Brilliant explanation. I'd been struggling with these network types. The penny dropped when you mentioned 'none-broadcast' refers to same network type that cannot support broadcast and multicast packets. Thanks for putting this together. Mike (England)

I was trying to understand serial vs ethernet connections and why one is broadcast and one is point to point, not even ospf related, just in general, and this video helped immensely. excellent video, thank you.

Love from Pakistan

thank you

Hello , it was wonderful presentation. Can you tell me what is the exact difference between broadcast and non-broadcast network type practically.

Ed, that was awesome. Thank you.

First time in life learned ospf clearly.


Thanks,
Ed

There were so many little discrepancies I was just unsure of prior to watching your work just as you've described throughout series. Like the songs says " I can see clearly now that the rain has gone".... Thankyou so much Ed between this and Subnetting you are my hero!

he has really big eyes

By far the best teacher I've seen online, you manage to summarise multiple modules into condensed videos that make so much more sense. Cisco really need to employ someone like you to create their content.

❤❤❤

Great job and sharing, can you do the same Practical BGP and share please?

Great job Ed, I too had that same outlook on the ospf while studying. I know the answers to all the questions such aa Boson netsim, although I couldnt quiet fully picture and visualize the whole topology. I think you have done very well with explanation/demonstration on subject/s like I mentioned the same sentiment on VLSM and route summarization....Thank You yet again! Btw I will definitley share w anyone who needs tutoring as well!

You're the 🐐! You're good. Thanks.

Thanks, well explained

Hi Ed, thankyou for creating such a nice presentations❤, and explaining well. How do you make these beautiful presentations?
And I'm hoping you'll be uploading BGP sooner

Very good explanation, thanks for it, concepts regarding network types is clear now.👍

Would there be any practical advantage in using the (non-default) configuration of point-to-point ospf network type for point to point ethernet links between two routers, instead of the (default) broadcast network type?

Great explanation.
You mentioned that these connections will have the same subnet then you said that most probably this connection will be via WAN which is true and we know that you can not get WAN links with the same subnets in different locations. I think you must mention interface tunnels or something similar that will allow having the same subnets over the WAN.

Thanks,, Ed

Amazing video 👍🏻
I would highly appreciate if you cover ISIS / BGP / MPLS in-depth as well.