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CCNA practical studies

Langue : Anglais

Auteurs :

Couverture de l’ouvrage CCNA practical studies

Practical lab scenarios for hands-on networking practice for CCNA exam preparation.

  • Teaches how to build home networking labs for CCNA preparation and hands-on study.
  • The only book designed specifically to address the need for practical knowledge for the CCNA audience.
  • Presents detailed instruction that allows readers to apply the conceptual knowledge from their CCNA studies.
CCNA Practical Studies allows readers to bring practical experience to their theory-rich CCNA learning experience. This book taches CCNA candidates and networkers in general how to build a home practice lab and guides them through practice scenarios related to CCNA exam objectives.

Gary T. Heap, CCIE #6411, is a Senior Network Systems Engineer for Cornerstone Internetworking Solutions, where he provides consulting and project services for various companies throughout the US. He has over 4 years of experience in analyzing, configuring, and managing large networks. Previous to joining Cornerstone, Gary worked as a Technical Solutions Consultant for Sprint E|Solutions. His project experience at Sprint included upgrading routers, switches, and dial backup for a nationwide network, configuring backbone routers for wireless ISP, network assessment, and WAN redesign.

Lynn Maynes, CCIE #6569, is a Technical Solutions Consultant for Sprint E|Solutions, where he provides network integration and project management services to various companies. He has over 8 years of experience designing, implementing, and supporting networking and telecommunications solutions. His experience with Sprint includes upgrading a nationwide network with routers, switches, and dial backup, installing backbone routers for wireless ISP, designing ISP network services over Sprints DSL network, and network performance analysis and assessment. Previous to joining Sprint, Lynn worked for Kennecott, providing WAN support, LAN/WAN connectivity, and DCHP design and implementation. Lynn holds a BA in International Business from Westminster College.

Introduction.
Basic Router Configuration.
Practical Lab Methodology and Equipment.
OSI Reference Model. Lab Equipment.

Cisco Router Review.
Router Components. Memory. Interfaces and Ports. Command-Line Interface. Summary.

Lab Environment.
Lab Inventory and Physical Connections. Lab Objectives. Terminal Server Configuration. Cisco Catalyst Switch Configuration. Cisco Router Configuration. IP Addressing. Routing Information Protocol. Interior Group Routing Protocol. Enhanced IGRP. Route Redistribution. ISDN Dial-on-Demand Routing. Internetwork Packet Exchange. IPX EIGRP. IPX RIP. IPX Routing Redistribution. Standard Access Lists. Extended Access Lists. Cisco Router Operations. Recommendations and Methodology. Physical Layer Configuration. Basic Router and Data Link Layer Configurations. Network Layer Configurations (Routing). Summary.

Gaining Access to the Routers and Switches.
Direct Access to Routers and Switches Through a Console Port. Accessing the Lab Terminal Server Through the Console Port. Configuring the Terminal Server for Telnet Access. vty Line Configuration for Telnet Access. Saving the Running Configuration. Accessing the Terminal Server from a PC over a LAN/WAN via Telnet. Configuring the Terminal Server. Lab Objective. Terminal Server Overview. Cabling. Reverse Telnet. Terminal Server Configuration. Summary.

Bridging and Switching.
Transparent Bridging. Switching. Virtual LANs. Configuring the Catalyst 1900 Switch. Accessing the Catalyst 1900 Switch. Naming the Catalyst 1900 Switch. Setting a Password for the Catalyst 1900 Switch. Configuring an IP Address and Default Gateway for the Management Console. VLAN Configuration.

General Router Configurations.
Lab Objectives. Configuring a Host Name. Setting the Enable, Console, and vty Passwords. Configuring a Message of the Day (MOTD) Banner. Enabling and Disabling DNS Lookup. Console Port Configuration. Creating a Host Table for Telnet Access. Writing a Basic Script in Notepad.

Router Interface Configuration Methodology.
Interface Connectivity and IP Addressing. IP Addressing. Frame Relay Overview. Frame Relay Components. Frame Relay Address Mappings. Configuring Frame Relay Interfaces. Configuring Point-to-Point Serial Interfaces. Configuring Ethernet Interfaces. Configuring Token Ring Interfaces. Creating and Configuring Loopback Interfaces. Cisco Discovery Protocol (CDP).

Configuring Routing Protocols, ISDN, and IPX.
Routing Information Protocol (RIP).
RIP Fundamentals. RIP Routing Updates. RIP Routing Metric. RIP Scalability and Limitations. RIP Stability Features. RIP Lab Objective. Configuring RIP Between R1 and R2. Verifying RIP Configuration and Operation. Lab Follow-up Tasks.

Interior Gateway Routing Protocol (IGRP).
IGRP Fundamentals. IGRP Routing Updates. IGRP Routing Metric. IGRP Scalability Features. Configuring IGRP. Enabling and Configuring IGRP on Router R3. Enabling and Configuring IGRP on Router R5. Verifying IGRP Configuration and Operation.

Enhanced Interior Gateway Protocol (EIGRP).
EIGRP Fundamentals. EIGRP Features. EIGRP Components. EIGRP Concepts. Lab Objective: Configuring EIGRP. Configuring EIGRP Between R2, R3, and R4. Verifying EIGRP Configuration and Operation. Summary.

Route Redistribution.
Fundamentals of Route Redistribution. Lab Objectives. Redistributing Between RIP and EIGRP. Redistributing Between IGRP and EIGRP. Lab Summary.

Integrated Services Digital Network (ISDN).
ISDN Fundamentals. ISDN BRI and PRI. ISDN Components. Legacy DDR Concepts. Lab Objectives. Step 1: Enable ISDN in Global Configuration. Mode by Setting the ISDN Switch Type. Step 2: Assign BRI0 Interface an IP Address from Interface Configuration
  • Practical supplement to theory-based CCNA study guides.
    • Helps students turn classroom learning into real-world skills.
  • Detailed instructions allow students to apply conceptual knowledge.
    • Develops students problem-solving skills.
  • Aligned to CCNA exam objectives.
    • Better prepares student for exam.
  • Only Cisco Systems-approved materials of its kind.
    • Students gain knowledge from the source of the exams, courses and technology of the CCNA exam.

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Ouvrage de 500 p.

18.7x23.2 cm

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