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Traffic Engineering, RSVP-TE Path Manuplation and Constraints

Archived in the category: Alcatel-Lucent, MPLS, RSVP-TE
Posted by gokhankosem on 18 Jul 17 - 0 Comments
administrative groups link coloring after cspf

Traffic Engineering, RSVP-TE Path Manuplation and Constraints Traffic Engineering is one of the most important routing lessons. With traffic engineering, as a network engineer you are directing your network traffic according to some constraints. By directing the traffic, you provide efficient usage of resources and become proactive for any congestion and packet drops in your […]

IPCisco-Cisco-Juniper-Alcatel-Huawei-CheatSheet

COMPARISON OF TOP FOUR VENDORS’S COMMAND LINE In IP world, there are many vendors. But some of these vendors are very common and widely used. These vendors are Cisco, Juniper, Alcatel-Lucent (Now Nokia) and Huawei. I have prepared a cheat sheet for comparison of these vendors’s command line. These document is especially for the Service […]

Cisco VPLS Configuration Example

Cisco VPLS Configuration Example In this article we will focus on the VPLS (Virtual Private LAN Service) configuration on Cisco device . We will use the below VPLS (Virtual Private LAN Service) topology for our configuration example. Cisco VPLS Configuration Example Topology In this VPLS topology, the devices that we will use are, Cisco Catalyst […]

Basic VPLS Architecture, Full Mesh

Comparison of VPLS and h-VPLS VPLS (Virtual Private LAN Service) and h-VPLS (Hierarhical VPLS) has some common and different properties. So they have different aadvantages and disadvantages.In this article, we will focus on the comparison of these two concepts. The most important different between VPLS and h-VPLS is in the interface between the CE (Customer […]

VPLS (Virtual Private LAN Service) – Part 3 (h-VPLS)

Posted by gokhankosem on 08 Sep 16 - Comments Off on VPLS (Virtual Private LAN Service) – Part 3 (h-VPLS)

H-VPLS (Hierarchical VPLS) H-VPLS (Hierarchical VPLS) is the more scalable version of VPLS. Basically, H-VPLS has some architectural difference than flat VPLS. VPLS Architecture, Flat VPLS In H-VPLS, there are some additional edge devices. These devices are u-PE (User facing Provider Edge) and n-PE (Network facing Provider Edge). By using two different Edge Devices, H-VPLS […]


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