Network Design Zero-To-Hero By Arash Deljoo

Designing for Cisco Network Service Architectures ( will update )

What you'll learn

Enterprise Campus Design Principles

EIGRP Design

OSPF Design

IS-IS Design

BGP Design

IPv6 Design

Challenges of the Transition to IPv6

Service Provider Managed VPNs

Enterprise IP Multicast Design

Requirements

Technical knowledge of Network Technologies

Description

Enterprise environments require networks designed for performance, availability, and scalability to achieve outcomes. Seasoned IT professionals with progressive end-to-end network design expertise are crucial in ensuring networks deliver to meet today’s requirements while future-proofing investments. For senior network design engineers, principal system engineers, network/solution architects, and CCDA professionals looking to build on your fundamental Cisco network design expertise, the Cisco CCDP certification program focuses on advanced addressing and routing protocols, WANs, service virtualization, and integration strategies for multilayered enterprise architectures.Students will be able to design and understand the inner workings of all elements within the common enterprise network, including internal routing, BGP routing, modern WAN connectivity, modern data center and data center interconnect, basic network security considerations, advanced quality-of-service design, transition to IPv6, and multicast routing design.Designing Cisco Network Service Architectures enables network designers, engineers, architects, and CCDP candidates to perform the conceptual, intermediate, and detailed design of a network infrastructure that supports desired network solutions over intelligent network services to achieve effective performance, scalability, and availability.By applying solid Cisco network solution models and recommended design practices, this course  enables learners to provide viable, stable enterprise internetworking solutions. This book presents concepts and examples necessary to design converged enterprise networks. Also, this course has content addressing software-defined networks (SDNs). You will learn additional aspects of modular campus design, advanced routing designs, WAN service designs, enterprise data center design, and security design.

Overview

Section 1: Enterprise Campus Design Principles

Lecture 1 Hierarchy

Lecture 2 Modularity

Lecture 3 Flexibility

Lecture 4 Resiliency (A)

Lecture 5 Resiliency (B)

Section 2: EIGRP Design

Lecture 6 EIGRP with Multiple AS , Multilayer Architectures

Lecture 7 EIGRP Hub-and-Spoke Design

Lecture 8 EIGRP Fast Convergence and GR-NSF

Section 3: OSPF Design

Lecture 9 OSPF Scalability Design Considerations

Lecture 10 OSPF Area Design Considerations

Lecture 11 OSPF Full Mesh and Hub & Spoke Design

Lecture 12 OSPF Convergence Design Considerations

Section 4: IS-IS Design

Lecture 13 IS-IS Characteristics , Integrated IS-IS Routing

Lecture 14 IS-IS Hierarchical Architecture

Lecture 15 IS-IS Versus OSPF

Lecture 16 IS-IS Technical Deep Dive

Lecture 17 IS-IS Routing Logic and Route-Leaking

Lecture 18 Flat and Hierarchical IS-IS Routing and Routes Summarization

Lecture 19 Integrated IS-IS for IPv6

Section 5: BGP Design

Lecture 20 BGP Overview

Lecture 21 Designing Scalable iBGP Networks

Lecture 22 BGP Route Reflector Design

Lecture 23 Enhancing the Design of BGP Policies with BGP Communities

Lecture 24 Case Study Designing Enterprise wide BGP Policies

Lecture 25 BGP Load-Sharing Design

Section 6: IPv6 Design

Lecture 26 IPv6 Deployment and Design Considerations

Lecture 27 Considerations for Migration to IPv6 Design

Lecture 28 IPv6 Transition Mechanisms [A]

Lecture 29 IPv6 Transition Mechanisms

Section 7: Challenges of the Transition to IPv6

Lecture 30 IPv6 Services

Lecture 31 Link Layer Security Considerations

Section 8: Service Provider Managed VPNs

Lecture 32 Choose your WAN connection

Lecture 33 MPLS VPN Architecture

Section 9: Enterprise IP Multicast Design

Lecture 34 How Does IP Multicast Work

Lecture 35 Multicast Group

Lecture 36 IP Multicast Service Model

Lecture 37 Functions of a Multicast Network

Lecture 38 Multicast Protocols

Lecture 39 Multicast Forwarding and RPF Check

Lecture 40 RPF Check Fails and Succeeds

Lecture 41 Multicast Protocol Basics

Lecture 42 Basic SSM Concepts

Network designers, architects, consultants, or engineers seeking a thorough understanding of enterprise network design,Network engineers or architects who are studying for the CCDE certification and need to improve their foundational knowledge of modern enterprise network design,Anyone wanting to understand basic and advanced network design with an intermediate to advanced level of experience