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The CCIE Routing and Switching Exam Guide prepares you to pass the CCIE written exam. This book covers all necessary objectives for the exam with a tutorial text that is strictly exam-related and flows with minimal interruption. Key concepts are the only "notes" set apart from the text by special formatting. This series is designed to for use with or without outside instruction. Study aids begin with the Chapter Opener, which readies you for learning. To help you fully understand the topic, visual cues are used liberally throughout the book. Diagrams put concepts into a visual form that aids in retaining and comprehending, and figures confirm your understanding of procedures. This book also provides additional information, such as addresses for on-line help and supplemental sample tests, testing locations, test-taking tips and strategies, and emotional preparation.
Introduction.
I. TOPIC OVERVIEW.
1. General Network Overview.OSI Model. Switching Versus Routing. Tunneling. Layer 2 Standards. Protocol Functions. Interface Speeds. Summary.
2. General Topic Overview.Binary, Decimal, and Hex. Access Lists. Performance Management. Security. Multiservice Technologies. Cisco Device Operation. Summary.
II. THE LAN.
3. Ethernet.Definition and Architecture. Media Access Control Layer. Carrier Sense and Collision Detection. IEEE 802.3 MAC Frame and Address Format. Ethernet II Versus IEEE 802.3. Gigabit Ethernet. Limitations and Troubleshooting. Summary.
4. Token-Ring and FDDI.Token-Ring. Fiber Distributed Data Interface.
5. LANE--LAN Emulation.LANE Components. LANE Communications. Configurations. Simple Server Replication Protocol (SSRP). Summary.
III. SWITCHING AND BRIDGING.
6. LAN Switching.Transparent Bridging. Spanning Tree Protocol (STP). VLANs. Trunking. EtherChannel. VLAN Trunk Protocol (VTP). Multicast Management. Summary.
7. Other Bridging Technologies.Nonroutable Protocols. Concurrent Routing and Bridging. Integrated Routing and Bridging. Source-Route Bridging. Remote Source-Route Bridging. Source-Route Transparent Bridging. Source-Route Translational Bridging. Data-Link Switching.
IV. ROUTING TCP/IP.
8. TCP/IP.IP. Transmission Control Protocol (TCP). User Datagram Protocol (UDP). Well-Known TCP/UDP Ports. Domain Name Service (DNS). Internet Control Message Protocol (ICMP). Hot Standby Routing Protocol (HSRP). Dynamic Host Configuration Protocol (DHCP). Network Address Translation (NAT). Summary.
9. Routing Concept Overview.Loop Prevention Techniques. Link State Versus Distance Vector. Classful Versus Classless Routing. Route Selection. Static and Default Routes. Default Administrative Distances. Summary.
10. RIP.Routing Metrics. Route Updates. RIP Timers. RIPv1. RIPv2. Configuration Examples. Summary.
11. IGRP and EIGRP.IGRP. EIGRP. Summary.
12. OSPF.OSPF Features. OSPF Operation. Route Discovery. Hierarchy and Components. Configuration Examples. Summary.
13. BGP.Design Elements and Definitions. Route Maps, Filters, and Neighbors (Peers). Decision Algorithm. Interior Border Gateway Protocol (IBGP). Exterior Border Gateway Protocol (EBGP). Other BGP Associated Terms and Commands. Summary.
14. Managing Routing.Route Redistri