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Title:
CCDP self-study : designing Cisco network architectures (ARCH)
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Series:
Certification self-study series
Publication Information:
Indianapolis, IN : Cisco Press, 2005
ISBN:
9781587051852
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30000010105255 TK5105.85 H87 2005 Open Access Book Book
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Summary

Summary

Learn CCDP ARCH 642-871 concepts with the Cisco authorized self-study book for CCDP foundation learning Learn ARCH 642-871 exam topics with the Cisco authorized self-study guide Follow case studies and tutorials to further understand key concepts and technologies The only book available exclusively on the CCDP 642-871 course and exam Master the topics with guidance from certified Cisco Systems instructors with over twenty years of experience in the IT industry CCDP Self-Study: Designing Cisco Network Architectures (ARCH) is based on the current version of the Cisco Systems ARCH course. It presents a structured format for the conceptual and intermediate design of AVVID network infrastructures and enables readers to design solutions scaling from small to large enterprise networks incorporating the latest technologies from virtual private networks, wireless, IP telephony, content networking, and storage networks. How the Book will differ from the previous edition: The CCDP Self-Study Guide: Designing Cisco Network Service Architectures (ARCH) updates and enhances the coverage of network design presented in the Cisco Internetwork Design (CID). Enterprise Composite Network Model. Also, to keep pace with Cisco's technological developments and new product offerings, this Self-Study Guide adds coverage of wireless networking, the SAFE Blueprint, content networking, storage networking, Quality of Service (QoS), IP Telephony, IP Multicasting, network management, and high availability networks. Token Ring, FDDI, desktop protocol design (for Apple systems, Windows, and IPX), and SNA are omitted from this updated edition. Amir Ranjbar, CCIE No. 8669, is a Senior Network Architect at Global Knowledge and is a certified Cisco Systems instructor. Amir has a B.S. degree in Computer Science as well as a M.S. degree in Expert Systems/Artificial Intelligence. Amir is author of CCNP CIT Exam Certification Guide. Keith T. Hutton is a certified Cisco Systems instructor with Global Knowledge Canada. He is a graduate of Queen's University, and spent a decade with the Canadian Forces Primary Reserves, as a Communications and Electronics Engineering Officer. Keith holds both the CCNP and CCDP Cisco certifications.


Author Notes

Keith Hutton is a senior Cisco network administrator with Magma Communications Ltd., Canada's leading, full-service Internet company.


Table of Contents

Introduction
1 Introducing Cisco Network Service Architectures
Primary Concerns of Network Deployment
Performance
Scalability
Availability
Cisco Avvid Framework
Cisco Avvid Common Network Infrastructure
Cisco Avvid Intelligent Network Services
Cisco Avvid Network Solutions
Enterprise Composite Network Model
Enterprise Campus Functional Area
Campus Infrastructure Module
Network Management Module
Server Farm Module
Edge Distribution Module
Effects of the Enterprise Campus Functional Area on the Enterprise Network
Enterprise Edge Functional Area
E-Commerce Module
Internet Connectivity Module
Remote Access and VPN Module
WAN Module
Effects of the Enterprise Edge Functional Area on the Enterprise Network
Service Provider Edge Functional Area
Summary
References
Product Summary
Review Questions
2 Designing Enterprise Campus Networks
Enterprise Network Design Methodology
Campus Design Within the Enterprise Composite Network Model
Typical Requirements for an Enterprise Campus Network
Enterprise Campus Design Methodology
Analyzing Network Traffic Patterns
Designing the Campus Infrastructure
Designing the Logical Campus Network
One VLAN Per Switch
Unique VLANs Per Switch
VLANs Spanning Multiple Access Switches
Designing the Physical Campus Network
Selecting Transmission Media and Data-Link Protocols
Selecting a Physical Network Segmentation Strategy
Selecting and Implementing Spanning Tree Protocol
Selecting Data Link or Multilayer Switching Solutions
Small Campus Network
Medium Campus Network
Multilayer Switched Campus Backbone
Selecting Cisco Hardware and Software
Identifying an IP Addressing Strategy
Selecting Routing Protocols
Static Versus Dynamic Routing
Rip and Ripv2
Igrp
Eigrp
Ospf
IS-IS
Selecting Areas for Networks
Enterprise Campus Design Examples
Small Enterprise Design Example
Medium Enterprise Design Example
Large Enterprise Design Example
Designing the Server Farm
Design Objectives for the Server Farm
Server Farm Infrastructure Architecture
Designing the Server Farm for Scalability
Considerations for Server Farm Security and Manageability
Summary
References
Product Summary
Standards and Specifications Summary
Review Questions
Case Study: Ocsic Bottling Company
Background
Business Goals of Ocsic
Headquarters Location, Network, and Applications
North American Plants and Their Applications
Networking Strategies and Goals
Proposed Headquarters Campus Network Solution
Proposed Headquarters Server Farm Solution
Proposed North American Plan Model
3 Designing Enterprise Edge Connectivity
Reviewing the Enterprise Edge Network Design Methodology
Enterprise Edge Design
Typical Requirements for the Enterprise Edge
Enterprise Edge Design Methodology
Analyzing Network Traffic Patterns
Designing the Classic WAN Module
Enterprise Needs for the WAN
Selecting the WAN Topology
Branch Office WAN
Regional Office WAN
Enterprise WAN Backbone
Selecting a Service Provider
Selecting the Data-Link Layer
Selecting the Physical Layer
Selecting WAN Features
Selecting Cisco Edge Routing Solutions
Routing Protocol and IP Addressing Considerations
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