What you'll learn

Demonstrate issues of MPLS Flat Networks
HVPN and HoVPN Solutions Models and how to implement them for Huawei IPRAN Networks
How to design an IPRAN Network
Seamless MPLS (Unified MPLS) Solutions Model and how to implement BGP-LU for Huawei IPRAN Network

Course content

4 sections • 32 lectures • 5h 7m total length

Introduction1:49

Issues of MPLS Flat Networks5:04
Can the network work fine if it's flat against growth of number of nodes and services provisioned?
HVPN Solution Overview11:21
Overview about the HVPN Solution, IPRAN Network Architecture, Device Roles, and Platforms.
IPRAN Network - Real Example4:54
HVPN Modes11:31
How VPN Service Routes are exchanged between RSGs and ASGs, and between ASGs and CSGs.
HVPN Design6:18
To discuss MP-BGP, IGP, and MPLS Design for HVPN Networks.
Required HVPN Configuration9:09
To list required protocols (IGP, MPLS LDP / RSVP, and BGP) and on which nodes and interfaces they should be enabled.
Advantages of HVPN Solution5:45
To discuss the advantages from the usage of HVPN Solution Model.
HVPN vs. HoVPN8:53
The technical differences between HVPN and HoVPN, and what considerations should be taken for them.
Huawei IPRAN Lab Intro4:09
Huawei IPRAN Lab - IGP Design6:12
Huawei IPRAN Lab - MPLS Design1:29
Huawei IPRAN Lab - BGP Design1:25
Huawei IPRAN Lab - Services Design2:36
Huawei IPRAN Lab - Services Traffic Flow Requirements3:21
Lab 1 - HoVPN - Part 115:39
Making the necessary configuration for RR and RSG nodes.
Lab 1 - HoVPN - Part 217:53
Making the necessary configuration for ASG.
Lab 1 - HoVPN - Part 311:37
Making the necessary configuration for CSG.
Lab 1 - HoVPN - Part 421:01
Configuring BGP Metric manipulation and BGP policies to distinguish different services to flow over different traffic paths.
Lab 1 - HoVPN - Part 519:21
Configuring High Availability to enhancing Services Restoration time.
Lab 1 - HoVPN - Part 613:02
BFD Troubleshooting.
Lab 2 - HVPN - Part 110:05
Configuring BGP for HVPN Model.
Lab 2 - HVPN - Part 215:23
Configuring IPRAN Services and BGP Metric Manipulation for HVPN Model.
Lab 2 - HVPN - Part 33:31
Verify configuration for ASG-2-4, and configuration cleanup for CSG-1-1 from the previous HoVPN Lab.
Lab 2 - HVPN - Part 411:50
Verify Services Connectivity.
Quiz-1

Seamless MPLS Overview10:31
What Seamless MPLS is, how it works, and what the differences between Seamless MPLS and HVPN.
Why Seamless MPLS4:04
Required Seamless MPLS Configuration10:58
Lab 3 - Seamless MPLS - Part 125:51
Configuring BGP for Seamless MPLS Model.
Lab 3 - Seamless MPLS - Part 24:54
Verifying BGP Configuration.
Lab 3 - Seamless MPLS - Part 315:55
Configuring BGP Metric Manipulation for VPNv4 Family.
Lab 3 - Seamless MPLS - Part 412:09
Configuring BGP Metric Manipulation for IPv4 Family.
Quiz-2

Requirements

Good IP Networking Knowledge
Good MPLS Knowledge (recommended to be enrolled in my course 'Huawei MPLS Services Vol1' prior you get enrolled to this course

Description

This course introduces Huawei IP Radio Access Network (RAN) advanced Solutions that are capable of providing efficient, reliable, resilient, and scalable IP Networks for mobile networks elements (2G service: BTS/BSC, 3G service: NB/RNC, 4G service: eNB/MME/SGW). The course talks about Huawei Datacom devices (Huawei Routers), and how to design, integrate, and implement solutions for them, mobile network elements are out of scope of this course.

This course is presented in presentation slides, hand-written examples, and hands-on Labs to practise IPRAN Solution models.

The learner should have knowledge on MPLS fundamentals (LDP, RSVP, MPLS LSPs) and how to implement them before he gets enrolled in this course. My courses: Huawei MPLS Services Vol.1 and Vol2. are designed for that.

This course is presented to Huawei network / telecom engineers who need to get familiar with IPRAN Solutions and how to implement them.

Upon completing this course, you should be able to:

Demonstrate issues of MPLS Flat Networks.

Understand HVPN and HoVPN Solutions Models and know how to implement them for Huawei IPRAN Networks.

Understand Seamless MPLS (Unified MPLS) Solutions Model and how to implement BGP-LU for Huawei IPRAN Network.

Know How to design an IPRAN Network.

Know the configuration required to implement each solution model described.

Who this course is for:

Huawei Datacom Engineers
Telecom Engineers

What you'll learn

Explore related topics

Course content

Introduction1 lecture • 2min

HVPN24 lectures • 3hr 41min

Seamless MPLS7 lectures • 1hr 24min

Course Assignment0

Requirements

Description

Who this course is for: