Book Image

Implementing Cisco Networking Solutions

By : Harpreet Singh
5 (1)
Book Image

Implementing Cisco Networking Solutions

5 (1)
By: Harpreet Singh

Overview of this book

Most enterprises use Cisco networking equipment to design and implement their networks. However, some networks outperform networks in other enterprises in terms of performance and meeting new business demands, because they were designed with a visionary approach. The book starts by describing the various stages in the network lifecycle and covers the plan, build, and operate phases. It covers topics that will help network engineers capture requirements, choose the right technology, design and implement the network, and finally manage and operate the network. It divides the overall network into its constituents depending upon functionality, and describe the technologies used and the design considerations for each functional area. The areas covered include the campus wired network, wireless access network, WAN choices, datacenter technologies, and security technologies. It also discusses the need to identify business-critical applications on the network, and how to prioritize these applications by deploying QoS on the network. Each topic provides the technology choices, and the scenario, involved in choosing each technology, and provides configuration guidelines for configuring and implementing solutions in enterprise networks.
Table of Contents (12 chapters)

Campus LAN design considerations

A campus LAN is the most important part of the network, as it is the place where most of the users connect to the network to access services and applications. This is also the part of the network where senior executives and the core team of the organization will connect, and any unavailability on this network will result in a loss of revenue and management time.

Like any other network, the design of a campus LAN starts with the gathering of customer requirements. The requirements from a campus network are broadly stated as follows:

  • Connecting users to the network
  • Providing connectivity to wireless access points
  • Providing connectivity to IP phones
  • Providing connectivity to IoT systems such as CCTV
  • Ensuring proper access control of the network

Let's describe a sample hierarchical campus design and the rationale behind choosing the specific...