Final Check:
(Routing Table)
Final Check:
(Routing Table)
In this lab, I use Olive (JunOS 12.1R1.9) to finish the JNCIP study guide chapter 6 case study lab.
I use two VMWares to run Olive-1 and Olive-2
Olive-1 have run logical-systems r1 to r7 and Ovlie-2 have run logical-systems OSPF, P1, T1, T2, C1, and C2.
Note: Due to JNCIP study Guide use old version JunOS (5.2R2.3) and I use JunOS (12.1R1.9).
So,This lab will find some commands different.
In this lab, I use Olive (JunOS 12.1R1.9) to finish the JNCIP study guide chapter 5 case study lab.
I use two VMWares to run Olive-1 and Olive-2
Olive-1 have run logical-systems r1 to r7 and Ovlie-2 have run logical-systems RIP.
Note: Due to JNCIP study Guide use old version JunOS (5.2R2.3) and I use JunOS (12.1R1.9).
So,This lab will find some commands different.
In this lab, I use Olive (JunOS 12.1R1.9) to finish the JNCIP study guide chapter 4 case study lab.
I use two VMWares to run Olive-1 and Olive-2
Olive-1 have run logical-systems r1 to r7 and Ovlie-2 have run logical-systems T1 & OSPF.
Note: Due to JNCIP study Guide use old version JunOS (5.2R2.3) and I use JunOS (12.1R1.9).
So,This lab will find some commands different.
In this lab, I use Olive (JunOS 12.1R1.9) to finish the JNCIP study guide chapter 3 case study lab.
I use two VMWares to run Olive-1 and Olive-2
Olive-1 have logical-systems r1 to r7 and Ovlie-2 have logical-systems RIP.
Note: Due to JNCIP study Guide use old version JunOS (5.2R2.3) and I use JunOS (12.1R1.9). So,
This lab will find some commands different.
In this Lab, I use Olive to finish the JNCIP study guide chapter 2 case study Lab.
I use one Olive and runing logical-system R1-7 to simulate Router 1-7
So Router 1 is the logical-system r1.
In this Lab, I use Olive to finish the JNCIP study guide chapter 1 case study Lab.
I use one Olive and runing logical-system R1-7 to simulate Router 1-7
So Router 1 is the logical-system r1.
Primary path is optional: zero or one primary path
Secondary paths are also optional, By default a secondary path become active when a primary or other secondary, physical path fails.
Secondary paths (Standby option): Eliminates LSP signaling delay when active path fails. Additional state information must be maintained.
Administrative groups, also known as link coloring or resource classes, are manually assigned attributes that describe the color of links.
Links with the same color conceptually belong to the same class.
You can use administrative groups to implement a variety of policy-based label-switched path (LSP) setups.
MPLS Labels can be assigned manually or by signaling protocol (LDP or RSVP) in each LSR.
So, there are 3 types LSPs: Static LSPs, LDP-signaled LSPs and RSVP-signaled LSPs.
In this lab, I will use Juniper vMX to configure MPLS using RSVP-Signaled on JunOS router.
And RSVP is used for traffic engineering(TE). I will use Explicit Route Object (ERO) to do TE.
Due to the "JNCIP-SP Lab: Configuring LDP Signaling for MPLS - Part 1" is too complex, so I do another lab.
So, there are 3 types LSPs: Static LSPs, LDP-signaled LSPs and RSVP-signaled LSPs.
In this lab, I will use Juniper vMX to configure MPLS using LDP-Signaled on JunOS router.
This lab will show sham link configuration for MPLS VPN
IGP is IS-IS. R1 and R3 are PE. R2 is a BGP RR and P.
RSVP as the signaling protocol.
Two LSPs (R1_TO_R3 and R3_TO_R1) are between R1 and R3 via R2.
R1-R4, R3-R5 and R4-R5 are runing OSPF area 0.
By default, R4 lo0 will go to R5 lo0 via local link(R4 > R5).
Use sham link, R4 lo0 go to R5 lo0 via MPLS core (R4 > R1 > R2 > R3 > R5)
There are two kind of signaling for VPLS.
One is LDP, and other is BGP
This lab will show how to configure VPLS with LDP signaling
This Lab will show simple MPLS VPN configuration.
IGP is IS-IS. R1 and R3 are PE. R2 is a BGP RR and P.
RSVP as the signaling protocol.
Two LSPs (R1_TO_R3 and R3_TO_R1) are between R1 and R3 via R2.
Two separate VPNs (VPN-A and VPN-B).
There are two kind of signaling for VPLS.
One is LDP, and other is BGP
This lab will show how to configure VPLS with BGP signaling
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