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Network Design Zero-To-Hero By Arash Deljoo 2023 - nieriorefasow63 - 07-12-2023
![[Image: h-Sjol0mzc-Ajepmd57ygg-Qbdq-O9-NBBx-AV.jpg]](https://i.postimg.cc/1RVBNgD6/h-Sjol0mzc-Ajepmd57ygg-Qbdq-O9-NBBx-AV.jpg)
Network Design Zero-To-Hero By Arash Deljoo 2023
Published 7/2023
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 3.45 GB | Duration: 10h 20m
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
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