Deploying Juniper Data Centers with EVPN VXLAN

Book description

Learn to deploy Juniper Data Centers with EVPN VXLAN and master the only intent-based multivendor solution for deploying and monitoring EVPN-based VXLAN fabrics!

Deploying Juniper Data Centers with EVPN VXLAN is designed for engineers and architects designing, deploying, and/or maintaining small to large data centers. This book will increase productivity and streamline processing and communication by helping you understand BGP EVPNbased VXLAN, data center design and deployment using Junos, and interconnecting multiple data centers for various deployment applications. Aninda Chatterjees straightforward prose and industry experience also gives you the foundational knowledge necessary for Juniper Data Center certification from the JNCIA-DC to the JNCIE-DC.

The books structure is unique in its chapter-by-chapter approach with one-pager quick reference guides at the end of the book. The author also puts theory to practice using a combination of packet captures and packet walks.

  • Learn to design, deploy, and maintain a data center using Junos OS and Junos Evolved.

  • Understand how to troubleshoot BGP EVPN-based VXLAN.

  • Maximize learning with with packet captures and packet walks.

  • Build foundational knowledge for Juniper Data Center certification.

  • Gain a deep understanding of data center design.

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Table of contents

  1. Cover Page
  2. About This eBook
  3. Halftitle Page
  4. Title Page
  5. Copyright Page
  6. Figure Credits
  7. Dedications
  8. Foreword
  9. Acknowledgments
  10. About the Author
  11. About the Technical Reviewers
  12. Contents at a Glance
  13. Contents
  14. Introduction
    1. How This Book Is Organized
  15. Chapter 1. Introducing the Juniper Ecosystem
    1. Junos Architecture
    2. Building Layer 2 and Layer 3 Networks with Junos
    3. Miscellaneous Junos Features
    4. Summary
  16. Chapter 2. Overview of Data Center Architecture
    1. History and Evolution of Data Centers
    2. Data Center Designs and Overlay Architectures
    3. Summary
  17. Chapter 3. BGP for the Data Center
    1. BGP Path Hunting and ASN Scheme for Data Centers
    2. Implementing BGP for the Underlay
    3. Auto-Discovered BGP Neighbors
    4. Summary
  18. Chapter 4. VXLAN as a Network Virtualization Overlay
    1. Introducing VXLAN
    2. EVPN for Data Center VXLAN Fabrics
    3. Summary
  19. Chapter 5. Bridged Overlay in an EVPN VXLAN Fabric
    1. Configuring and Validating a Bridged Overlay EVPN VXLAN Fabric
    2. Learning MAC Addresses and EVPN Type-2 Routes
    3. Proxy ARP and ARP Suppression
    4. Replication of BUM Traffic and EVPN Type-3 Routes
    5. EVPN Multihoming with ESI LAG and EVPN Type-1/Type-4 Routes
    6. Core Isolation in an EVPN VXLAN Fabric
    7. Route Targets in an EVPN VXLAN Fabric
    8. MAC Mobility
    9. Loop Detection
    10. Bidirectional Forwarding Detection in an EVPN VXLAN Fabric
    11. Summary
  20. Chapter 6. MAC-VRFs
    1. Introducing EVPN Service Types
    2. VLAN-Based MAC-VRFs
    3. Order of Operations with MAC-VRFs
    4. Shared Tunnels with MAC-VRFs
    5. VLAN-Aware MAC-VRFs
    6. Overlapping VLANs, VLAN Translation, and VLAN Normalization
    7. Summary
  21. Chapter 7. Centrally Routed Bridging
    1. Introducing Integrated Routing and Bridging and CRB Design
    2. Configuring a Centrally Routed Bridging EVPN VXLAN Fabric
    3. Validating and Understanding EVPN Route Exchange in a CRB Fabric
    4. Importance of “Sticky” MACs for Virtual Gateway and IRB Addresses
    5. Historical (and Present Day) Relevance of proxy-macip-advertisement
    6. Packet Walk for Hosts in Different Subnets
    7. Summary
  22. Chapter 8. Edge-Routed Bridging
    1. Overview of Different Routing Models with Edge-Routed Bridging
    2. Asymmetric IRB
    3. Symmetric IRB
    4. Summary
  23. Chapter 9. Routed Overlay and Host-Routed Bridging
    1. Overview of a Routed Overlay Design
    2. Understanding EVPN Type-5 Routes and Their Use in Data Centers
    3. Configuring and Validating Routed Overlay
    4. Host-Routed Bridging
    5. Summary
  24. Chapter 10. DHCP in EVPN VXLAN Fabrics
    1. A DHCP Refresher
    2. DHCP in a Bridged Overlay Fabric
    3. DHCP in an Edge-Routed Bridging Fabric
    4. DHCP Server in a Dedicated Services VRF
    5. Summary
  25. Chapter 11. Data Center Interconnect
    1. Introduction to DCI
    2. Over-the-Top DCI
    3. Integrated Interconnect with IP Transit
    4. Integrated Interconnect with MPLS Transit
    5. Summary
  26. Chapter 12. Building Data Centers with Juniper Apstra, Part I—Apstra Foundation
    1. Introduction to Juniper Apstra
    2. Building Blocks of Apstra
    3. Onboarding Devices in Apstra
    4. Creating Rack Types and Templates
    5. Deploying a Bridged Overlay 3-Stage Clos Fabric
    6. Lifecycle of a Device in Juniper Apstra
    7. Summary
  27. Chapter 13. Building Data Centers with Juniper Apstra, Part II—Advanced Apstra Deployments
    1. Edge-Routed Bridging with Symmetric IRB
    2. Data Center Interconnect with Juniper Apstra
    3. Summary
  28. Chapter 14. Building Virtual Fabrics with vJunos, Containerlab, and Juniper Apstra
    1. Installing Containerlab and Building the vJunos-switch Image
    2. Orchestrating a Virtual Fabric with Apstra
    3. Summary
  29. Chapter 15. Large-Scale Fabrics, Inter-VRF Routing, and Security Policies in Apstra
    1. Deploying a 5-Stage Clos Fabric
    2. Inter-VRF Routing in Apstra Deployments
    3. Deploying Security Policies in Apstra
    4. Summary
  30. Acronym Legend
  31. Appendix A. Quick Reference Guide
    1. Asymmetric IRB in EVPN VXLAN
    2. Symmetric IRB in EVPN VXLAN
    3. EVPN Multihoming (ESI LAG)
    4. DHCP in EVPN VXLAN Fabrics
    5. Data Center Interconnect
    6. CRB vs. ERB in the Data Center
    7. EVPN Route Types 1–5
  32. Index
  33. Code Snippets

Product information

  • Title: Deploying Juniper Data Centers with EVPN VXLAN
  • Author(s): Aninda Chatterjee
  • Release date: May 2024
  • Publisher(s): Addison-Wesley Professional
  • ISBN: 9780138225438