SP Networks Scalable and Protection Design: HLD and LLD for IGP, MPLS LDP, TE RSVP , BGP RR, L3VPN with Implementation
In Huawei MPLS Services Volume 2 – The Ultimate Scalable Solutions course, we’re diving more into Scalability, Redundancy, and High Availability solutions and implementation scenarios which are quite important factors to Service Provider Networks with Multi-Protocol Label Switching (MPLS) Technology. We will start with MPLS Full Scale Lab as a Case Study to a Service Provider Network with its Traffic Flow requirements. The course will introduce MPLS LDP Protection, MPLS LDP Design and Implementation for MPLS Full Scale Lab, MPLS RSVP Traffic Engineering Tunnels Protection, MPLS TE Design and Implementation for MPLS Full Scale Lab, more details about MPLS VPN & its applications than introduced in Huawei MPLS Services Volume 1 course, BGP Route Reflectors Design and Deployment.
What you’ll learn
- Service Provider Network Design and Implementation.
- MPLS Full Scale Lab as a Case Study to a Service Provider Network.
- Different ways to protect MPLS LDP.
- MPLS LDP Design for Service Provider Networks with Implementation.
- Different ways to protect MPLS RSVP Traffic Engineering.
- MPLS Traffic Engineering RSVP Design for Service Provider Networks with Implementation.
- BGP Route Reflectors (what they are, why they are needed, and how to deploy).
- BGP Design for Service Provider Networks.
- Apply different solutions to MPLS VPN.
- What’s BFD and how does it Work?.
Course Content
- Introduction –> 1 lecture • 1min.
- Case Study – MPLS Full Scale Lab –> 10 lectures • 41min.
- MPLS LDP Protection –> 14 lectures • 1hr 51min.
- MPLS TE Protection –> 12 lectures • 1hr 39min.
- Full Scale Lab – BGP Design –> 9 lectures • 51min.
- MPLS VPN Service –> 5 lectures • 32min.
- Test Your Knowledge –> 0 lectures • 0min.
Requirements
In Huawei MPLS Services Volume 2 – The Ultimate Scalable Solutions course, we’re diving more into Scalability, Redundancy, and High Availability solutions and implementation scenarios which are quite important factors to Service Provider Networks with Multi-Protocol Label Switching (MPLS) Technology. We will start with MPLS Full Scale Lab as a Case Study to a Service Provider Network with its Traffic Flow requirements. The course will introduce MPLS LDP Protection, MPLS LDP Design and Implementation for MPLS Full Scale Lab, MPLS RSVP Traffic Engineering Tunnels Protection, MPLS TE Design and Implementation for MPLS Full Scale Lab, more details about MPLS VPN & its applications than introduced in Huawei MPLS Services Volume 1 course, BGP Route Reflectors Design and Deployment.
The course is presented in English with video lectures in presentation slides, hand-written examples, and hand-on labs to explain the theory plus applying them in practise labs. The course focuses on hands-on labs (provided in videos) over Huawei vendor.
It’s highly recommended to get enrolled in Huawei MPLS Services Volume 1 (Theory and Labs) course before getting started with this course if you are not familiar with what MPLS Network is, its components, and MPLS Physical Architecture, how the MPLS Network operates, L3VPN technology with its terminologies, and MPLS Traffic Engineering technology and its terminologies.
The course includes quizzes and assignments to test and ensure your knowledge upon completing each section, and upon entirely completing the course.