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Learning OpenStack Networking

Learning OpenStack Networking

By : James Denton
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Learning OpenStack Networking

Learning OpenStack Networking

5 (1)
By: James Denton

Overview of this book

OpenStack Networking is a pluggable, scalable, and API-driven system to manage physical and virtual networking resources in an OpenStack-based cloud. Like other core OpenStack components, OpenStack Networking can be used by administrators and users to increase the value and maximize the use of existing datacenter resources. This third edition of Learning OpenStack Networking walks you through the installation of OpenStack and provides you with a foundation that can be used to build a scalable and production-ready OpenStack cloud. In the initial chapters, you will review the physical network requirements and architectures necessary for an OpenStack environment that provide core cloud functionality. Then, you’ll move through the installation of the new release of OpenStack using packages from the Ubuntu repository. An overview of Neutron networking foundational concepts, including networks, subnets, and ports will segue into advanced topics such as security groups, distributed virtual routers, virtual load balancers, and VLAN tagging within instances. By the end of this book, you will have built a network infrastructure for your cloud using OpenStack Neutron.
Table of Contents (16 chapters)
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Summary

Highly available routers can be created and managed using the same router command set discussed in the previous chapter. Neutron L3 agents are responsible for configuring the routers in a VRRP group, and the routers are left to elect a master router and implement their respective keepalived configuration based on their master or backup state at that time.

While HA routers provide a level of redundancy over their standalone counterparts, they are not without their drawbacks. A single node hosting a master router is still a bottleneck for traffic traversing that router. In addition, if the network used for dedicated VRRP traffic between routers experiences a loss of connectivity, the routers can become split-brained. This can cause two or more routers to become master routers and potentially cause ARP and MAC flapping issues in the network. Connection tracking between routers...

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