Switch Port states in STP ( Spanning Tree Protocol ) | Part 17 | Switching | CCNP | CCNA

[@atulkasana8860]

Even many teacher doesn't explain it properly. But teacher like you explain it properly and for free. I am glad that I found on TH-cam.

[@rakeshchandela5496]

Sir, You have made learning so simple... Please keep up the good work...

[@fawadamin1991]

Best explanation ever . I really like the concept. Thanks.

[@karanvyas5155]

Best explanation,thank you so much sir!
Bhagwan aapka bhala kre
Jai Shri Ram!

[@RajeshKundale-r1u]

Sir aisa koi topic nahi hain jo apne padaya ho aur samaj me na aaya ho, very very excellent teaching, humble request to create videos on fitewalls, specially palo alto and fortigate

[@manishkamble6336]

Great Sir

[@rahulrai9184]

please open all videos to public access

[@Satendrayadav-wk6hc]

best explanation

[@rashisengar822]

Great sir

[@gauravsehrawat1612]

Wow sir 🤩

[@anantgaonkar941]

Thanks 🙏🙏

[@MyChannel-g5v2g]

Sir if we give two default routes in one router then why traceroute command is showing loss and when I am removing one of the default route it is not showing any loss why it happens.
Please answer this question

[@raajseeker]

Wrong question.

[@KamalKumar-bk6rn]

you are talking about learning state and pointing to listening in pic, its confusing.

[@raajseeker]

Sir, Please share the requirement to be a block port.

[@rashisengar822]

Sir plzz complete the whole cnnp series Switching Nd Routing

[@firewallcafe]

Sir , by the way cst/stp take 50sec time to bring up in fwd mode learning 15, LISTINING 15 , BLOCKING 20SEC. PLEASE RECHECK AND CONFIRM

[@ITINDEX]

Learn more videos then you will understand better

[@divinecorpus7277]

Sir in real life, mac address does not look like this 111, 222 or 333 or 444, i means in these examples we can easily chose that 111 is the smallest mac address. How do we recognise the lowest mac address wen they are hexadecimal. How do we compare them and conclude that this particular one is the lowest?🤔

[@ITINDEX]

Watch lab of STP you will understand ..

[@vijaykumar-dy4vb]

Thanks

[@rashisengar822]

You have completed here only stp plzz cover vtp vlan for ccnp as well

[@raajseeker]

Already done.

[@gauravsehrawat1612]

Please ❤️

[@KaranFortiGate]

jai shri ram sirji