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MPLS Signaling & Label Switching

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Uploaded by on Sep 23, 2006

MPLS Signaling & Label Switching
Very simplified.

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Howto & Style

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Standard YouTube License

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Uploader Comments (phatoni)

  • where can I get more videos of MPLS?

  • I don't know where to get more videos about MPLS. I created this short clip for the presentation of my thesis. It's just meant as an abstract overview of MPLS using RSVP-TE.

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  • @isaiasmck Signaling an LSP with RSVP-TE LABEL LER1 calls for LSP by RSVP Path Massage Exchange of information labels with RSVP RESV Message LABEL LER1 has the basis of the destination address of the IP packet to The labels determine the path of the packet through the MPLS network LER3 removes the label - sor-wide by IP address

  • For those who want to translate

    Signalisierung eines LSP mit RSVP-TE

    LER1 fordert LABEL für LSP per RSVP-Path-Massage an

    Austausch von Labelinformationen mit RSVP-RESV-Message

    LER1 weist das LABEL anhand der Zieladresse des IP-Pakets zu

    Die labels bestimmen den Weg des Pakets durch das MPLS-Netz

    LER3 entfernt das label - Weit-erleitung anhand der IP-Adresse

  • Any English translations?

  • also, integration with wireless carrier networks failover as in dynamic mobile network routing in a Mobile Private network. But this can also be done with frame, vpn to vpn, t1's

    neat stuff.

  • One of the questions you want to raise maybe , uumm LATENCY? You are right.. actually, there are many reasons why latency pops out on your network... it could be caused by your LAN itself like Broadcast storms. Or it could be latency w/in the telco CORE network or the distance from custumers router to providers edge router.Or the circuit is just maxing out or just plain degraded.. You just need to isolate and work hand in hand with your NOC or to your telcos NOC and please be courteous to them

  • With MPLS think it's a smart move to do if you still into point to point or ATm or Frame Relay. I've been working for quite sometime now in telco and more and more customers are going to MPLS circuits.. Why? Well, the security, reliability, lower cost and easy to maintain/bandwidth utilization are just the examples.

  • When each router recieves a data packet,instead of the packet having a header and footer(means each router can see where its come from and where it needs to go), it is assigned a label and the first router (LER) using its own routing table and provides each data packet a pre determined Route.(so each router dosent have to think so hard) So the packets travel through the network faster.

  • Basically, labeling starts at color purple/violet right? Thats when MTU problems occur because a label was added to the header. Now I understand, this was based on experience. Its really hard to get along with new technologies.

  • English version please

  • Is it possible to have in english language? Thanks

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