Thank god this video actually gives a thorough explanation on the matter. Every other source I've seen pretty much says "MPLS attaches a 2.5 layer header that eliminates the need to look up routing tables." I like seeing a somewhat real world example rather than just textbook definitions and speaking in general terms.
You are an excellent presenter. You knew your material well, there were very few "um"s, and you spoke quickly enough to communicate a lot of information in a short time.
At 14:29 when you configured the circuit via xconnect, you provided an IP of the neighbor (R4), which interface was that on R4? Was 10.0.0.4 fa0/0 or fa0/1 on R4? Thanks for the video btw, it's helpful.
Also, are you using subinterfaces? I followed this tutorial, but afterwards, the 'customer' routers were still unable to ping each other. I am using OSPF for within the 'service provider', and when I used the xconnect commands, if we're looking at your setup, I did xconnect _ip address of R4 fa0/0_ on R1 and xconnect _ip address of R1 fa0/0_ on R4. I do not have any IP's assigned to R1 fa0/1 or R4 fa0/1. Pinging is working within the 'service provider' but end to end customer pinging is not working.
Between R1 and R4 he used the two loopback interfaces configured on these routers. Trying to figuring out how to make it working between the two customer routers as the ping is not working with the config shown on the video
guys, is it possible that my router does not support encapsulation mpls for that tunnel? hyphenex: 1 thank you for the video 2 what was your IOS version, 15 ?
could you please upload the configuration part. i knew the ospf configuration part. otherwise could you guide me which router what shall i configure. plzz......
Maybe a silly question but I cant understand the meaning of layer2 services, as per my understanding the data travel as packets in between routers so how can we work on layer two services while working WAN network? Really appreciate if anyone could explain this thanks
Hi Diego, R6 & 7 are customer routers. They have no knowledge of our MPLS design here, the video was a proof of concept of providing a "layer 2 circuit" across our cloud to connect R6 to 7. They're not running a routing protocol but simple are talking to one another via the "connected" /30 between them.
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Thank god this video actually gives a thorough explanation on the matter. Every other source I've seen pretty much says "MPLS attaches a 2.5 layer header that eliminates the need to look up routing tables." I like seeing a somewhat real world example rather than just textbook definitions and speaking in general terms.
I have a headache and I still able to understand the entire windows and watched it with interest
You are an excellent presenter. You knew your material well, there were very few "um"s, and you spoke quickly enough to communicate a lot of information in a short time.
Very nice lesson.
Basic idea about MPLS and basic configuration well explained in 18 minutes. Cheers!
Great video, well presented and narrated. Thank you for taking the time to put this together for us :)
This is a brilliant video, made my honours project a bit easier! Thanks mate!
V good presentation, especially wireshark and GNS3 part;
Q1.Please share how wireshark configured with GNS3
Q2.Router are class3700?
Very nice video... was there any configuration on the MPLS circle routers like any IP configs and/or routing protocols etc?
At 14:29 when you configured the circuit via xconnect, you provided an IP of the neighbor (R4), which interface was that on R4? Was 10.0.0.4 fa0/0 or fa0/1 on R4? Thanks for the video btw, it's helpful.
Also, are you using subinterfaces? I followed this tutorial, but afterwards, the 'customer' routers were still unable to ping each other. I am using OSPF for within the 'service provider', and when I used the xconnect commands, if we're looking at your setup, I did xconnect _ip address of R4 fa0/0_ on R1 and xconnect _ip address of R1 fa0/0_ on R4. I do not have any IP's assigned to R1 fa0/1 or R4 fa0/1. Pinging is working within the 'service provider' but end to end customer pinging is not working.
Between R1 and R4 he used the two loopback interfaces configured on these routers. Trying to figuring out how to make it working between the two customer routers as the ping is not working with the config shown on the video
guys, is it possible that my router does not support encapsulation mpls for that tunnel? hyphenex: 1 thank you for the video 2 what was your IOS version, 15 ?
could you please upload the configuration part. i knew the ospf configuration part. otherwise could you guide me which router what shall i configure. plzz......
Excellent demonstration. thanks.
You are so knowledgeable thank you BOSS
Maybe a silly question but I cant understand the meaning of layer2 services, as per my understanding the data travel as packets in between routers so how can we work on layer two services while working WAN network? Really appreciate if anyone could explain this thanks
very good video, thanks for sharing!
hey wich version ur gns3 ?
i have gns3 version 1.4.4 et the command mpls does not pass
thank you for your valuable videos share with us.
Great MPLS tutorial
what configurations required on the outside interfaces of R1 & R4 ?
Khalid Khalfan See the section at 14:00
Thank you for the tutorial!
what would be the config on router 6? OSPF as well?
Hi Diego, R6 & 7 are customer routers. They have no knowledge of our MPLS design here, the video was a proof of concept of providing a "layer 2 circuit" across our cloud to connect R6 to 7. They're not running a routing protocol but simple are talking to one another via the "connected" /30 between them.
GREAT!!!!!
un directional? i think you mean't uni directional. good vid. cheers
Thank you
gracias. con esto no me mandaron a trabajar a una libreria...
Thnx
Svp cours sur le Métro ethernet
i tired many times. i did not get.
It would be better if u could write those commands slowly so that everyone can understand. We r here to learn and not to see ur skills. Thanks
speaking too quickly for me ..
Hey Buddy. You don't sound clear. Sounds like you are talking to yourself. I missed 80% of what you are saying.
speak clearly man. You keep chewing the words and talk nasal. Hard to follow you. Speak clearly..