Ишлэл:
CCNA-iin jinhene certification-iig net-eer ogdog gej sonsson l doo. sayiin site-udru oroj uzlee. ene tegeed mgl-d zaagaad bgaa CCNA-iin hicheeluuded suuchihsan bhad. ter todorhi aguulaguud bugd bhuu. bi lav mgl-d zaaj bgaa hicheeluudees neeh security gej yum suraagui ugiin bh ch guin bn lee.
ogoj uzsen hun bval bur ogoj bsan proceduraasaa delgerengui tabiach. 640-802 CCNA ene shalgaltiinh material neted bdag uu ?
Монгол, Америк аль ч оронд Сискогын хичээл ижилхэн материалаар заагддаг. Сискогын хичээлийн агуулгууд:
CCNA Discovery 1 Networking for Home and Small Businesses
1. Personal Computer Hardware
a. Personal Computer and Applications (How and Where Computer are Used, Local and Network Applications)
b. Types of Computers (Classes of Computers, Servers Desktops and Workstations, Portable Devices)
c. Binary Representation of Data (Representing Information Digitally, Measuring Data Storage Capacity, Measuring Speed, Resolution and Frequency)
d. Computer Components and Peripherals (Computer System, Motherboard CPU and RAM, Adapter Cards, Storage Devices, Peripheral Devices, Cases and Power Supplies)
e. Computer System Components (Safety and Best Practices, Installing Components and Verifying Operation, Installing Peripherals and Verifying Operation)
2. Operating Systems
a. Choosing the Operating System (Purpose of a Operating System, Operating System Requirements, Operating System Selection)
b. Installing the Operating System (OS Installation Methods, Preparing for OS Installation, Configuring a Computer for the Network, Computer Naming, Network Name and Address Planning)
c. Maintaining the Operating System (Why and When to Apply Patches, Applying OS Patches, Applications Patches and Updates)
3. Connecting to the Network
a. Introduction to Networking (What is a Network? Benefits of Networking, Basic Network Components, Computer Roles in a Network, Peer-to-Peer Networks, Network Topologies)
b. Principles of Communication (Source and Channel and Destination, Rules of Communication, Message Encoding, Message Formatting, Message Size, Message Timing, Message Patterns, Protocol Use in Communication)
c. Communicating on a Local Wired Network (Importance of Protocols, Standardization of Protocols, Physical Addressing, Ethernet Communication, Hierarchical Design of Ethernet Networks, Logical Addressing, Access and Distribution Layers and Devices)
d. Building the Access Layer of a Ethernet Network (Access Layer, Function of Hubs, Function of Switches, Broadcast Messaging, Switch Behavior, MAC an IP, Address Resolution Protocol)
e. Building the Distribution Layer of a Network (Distribution Layer, Function of Routers, Default Gateway, Tables Maintained by Routers, Local Area Network, Adding Hosts to Local and Remote Networks, Learn to Use Packet Tracer)
f. Plan and Connect a Local Network (Plan and Document an Ethernet Network, Prototypes, Multi-function Device, Connecting the Linksys Router, Sharing Resources)
4. Connecting to the Internet Through an ISP
a. The Internet and How We Connect To It (Explain What the Internet Is, Internet Service Providers, The ISPs Relationship with the Internet, Options for Connecting to the ISP, ISP Levels of Service)
b. Sending Information Across the Internet (Importance of the Internet Protocol, How ISPs Handle Packets, Forwarding Packets Across the Internet)
c. Networking Devices in a NOC (Internet Cloud, Devices in Internet Cloud, Physical and Environmental Requirements)
d. Cables and Connectors (Common Network Cables, Twisted Pair Cables, Coaxial Cable, Fiber Optic Cables)
e. Working with Twisted Pair Cabling (Cabling Standards, UTP Cables, UTP Cable Termination, Terminating UTP at Patch Panels an Wall Jacks, Cable Testing, Cabling Best Practices)
5. Network Addressing
a. IP Addresses and Subnet Masks (Purpose of the IP Address, IP Address Structure, Parts of an IP Address, How IP Addresses and Subnet Masks Interact)
b. Types of IP Addresses (IP Address Classes and Default Subnet Masks, Public and Private IP Addresses, Unicast and Broadcast and Multicast Addresses)
c. How IP Addresses are Obtained (Static and Dynamic Address Assignment, DHCP Servers, Configuring DHCP)
d. Address Management (Network Boundaries and Address Space, Address Assignment, Network Address Translation)
6. Network Services
a. Client/Servers and Their Interaction (Client Server Relationship, Role of Protocols in Client Server Communication, TCP and UDP Transport Protocols, TCP/IP Port Numbers)
b. Application Protocols and Services (Domain Name Service, Web Clients and Servers, FTP Clients and Servers, Email Clients and Servers, IM Clients and Servers, Voice Clients and Servers, Port Numbers)
c. Layered Model and Protocols (Protocol Interaction, Protocol Operation of Sending and Receiving a Message, Open Systems Interconnect Model)
7. Wireless Technologies
a. Wireless Technology (Wireless Technologies and Devices, Benefits and Limitations of Wireless Technology, Types of Wireless Networks and Their Boundaries)
b. Wireless LANs (Wireless LAN Standards, Wireless LAN Components, WLANs and the SSID, Wireless Channels, Configuring the Access Point, Configuring the Wireless Client)
c. Security Considerations on A Wireless LAN (Why People Attack WLANs, Limiting Access to a WLAN, Authentication on a WLAN, Encryption on a WLAN, Traffic Filtering on a WLAN)
d. Configuring an Integrated AP and Wireless Client (Planning the WLAN, Installing and Securing the AP, Backing-up and Restoring Configuration Files, Updating the Firmware)
8. Basic Security
a. Networking threats (Risks of Network Intrusion, Sources of Network Intrusion, Social Engineering and Phishing)
b. Methods of attack (Virus & Worms & Trojan Horses, Denial of Service and Brute Force Attacks, Spyware & Tracking Cookies & Adware and Pop-ups, Spam)
c. Security Policy (Common Security Measures, Updates and Patches, Anti-virus Software, Anti-spam, Anti-spyware)
d. Using Firewalls (What is a Firewall? Using a Firewall, Vulnerability Analysis, Best Practices)
9. Troubleshooting Your Network
a. Troubleshooting Process (Troubleshooting, Gathering Information, Approaches to Troubleshooting)
b. Troubleshooting Issues (Detecting Physical Problems, Software Utilities for Troubleshooting Connectivity, Troubleshooting Using Ipconfig, Troubleshooting Using Ping, Troubleshooting Using Tracert, Troubleshooting Using Netstat, Troubleshooting Using Nslookup)
c. Common Issues (Connectivity Issues, LED Indicators, Connectivity Problems, Troubleshooting Radio Problems in a WLAN, Troubleshooting Associating & Authentication on a WLAN, DHCP Issues, Troubleshooting the ISR to ISP Connection)
d. Troubleshooting and the Help Desk (Documentation, Using Outside Sources for Help, Using the Helpdesk)
CCNA Discovery 2 Working at a Small-to-Medium Business or ISP
1. The Internet and Its Uses
a. What is the Internet? (The Internet and Standards, ISP and ISP Services)
b. Internet Service Providers (Delivering Internet Services to End Users, Internet Hierarchy, Identifying the Structure of the Internet)
c. ISP Connectivity (ISP Requirements, Roles and Responsibilities within an ISP)
2. Help Desk
a. Help Desk Technicians (ISP Help Desk Organization, Roles of ISP Technicians, Interacting with Customers)
b. OSI Model (Using the OSI Model, OSI Model Protocols and Technologies, Troubleshooting Using the OSI Model, Help Desk Troubleshooting Scenarios, Creating and Using Help Desk Records, Customer Site Procedures)
3. Planning a Network Upgrade
a. Common Issues (Site Survey, Physical and Logical Topologies, Network Requirements Documentation)
b. Planning the Network Upgrade (Network Upgrades, Physical Environment, Cabling Considerations, Structured Cable)
c. Purchasing and Maintaining Equipment (Purchasing Equipment, Selecting Network Devices, Selecting LAN Devices, Selecting Internetworking Devices, Network Equipment Upgrades, Reliability and Availability)
4. Planning the Addressing Structure
a. IP Addressing in the LAN (Review of IP Addresses, Subnetting a Network, Classful Subnetting, Custom Subnet Masks, Communicating Between Subnets, IPv6)
b. NAT and PAT (Basic Network Address Translation, IP NAT Terms, Static and Dynamic NAT, Port-Based Network Address Translation, IP NAT Issues)
5. Configuring Network Devices
a. Initial ISR Router Configuration (ISR, Physical Setup of the ISR, In-band and Out-of-band Router Configuration, Cisco IOS Programs, Device Configuration Files, Document Your Router Configuration)
b. Configuring an ISR with SDM (Configuring an ISR with SDM, SDM Express, Configuring a Serial WAN Connection, Cisco SDM and SDM Express, Configuring Dynamic NAT Using Cisco SDM)
c. Configuring a Router Using IOS CLI (Command Line Interface and Modes, Using the Cisco IOS CLI, Using Show Commands, Basic Configuration, Configuring an Interface, Configure a Default Route, Configure DHCP Services, Configure Static NAT using Cisco IOS CLI, Backing up a Cisco Router Configuration to a TFTP Server)
d. Initial Cisco 2960 Switch Configuration (Standalone Switches, Power up the Cisco 2960 Switch, Initial Switch Configuration, Connecting the LAN Switch to the Router)
e. Connecting the CPE to the ISP (Installing the CPE, Workplace Safety, Customer Connections over a WAN, Choosing a WAN Connection, Configuring a Cisco Router using SSH, Configuring WAN Connections)
6. Routing
a. Enabling Routing Protocols (Routing, Routing Protocols, Common Interior Routing Protocols, Routing Within An Organization, Configure and Verify RIP)
b. Exterior Routing Protocols (Autonomous Systems, Routing Between Autonomous Systems, Routing Across the Internet, Exterior Routing Protocols and the ISP, Configure and Verify BGP)
7. ISP Services
a. Introducing ISP Services (ISP Services, Reliability and Availability)
b. Protocols That Support ISP Services (Review of TCP/IP Protocols, TCP, Differences Between TCP and UDP, Supporting Multiple Services)
c. Domain Name Service (TCP/IP Host Name, DNS, DNS Name Resolution, Provisioning DNS Servers)
d. Services and Protocols (Services, Supporting HTTP and HTTPS, Supporting FTP, Supporting SMTP, POP3, IMAP)
8. ISP Responsibility
a. ISP Security Considerations (ISP Security, Best Practices For Security, Data Encryption)
b. Security Tools (Access Lists and Port Filtering, Firewalls, IDS and IPS, Wireless Security, Host Security)
c. Monitoring and Managing the ISP (Service Level Agreements, Monitoring Network Link Performance, Selecting In-Band and Out-of-Band Tools)
d. Backups and Disaster Recovery (Backup Media, Methods of File Backup, Best Practices for Disaster Recovery)
CCNA Exploration 1 Network Fundamentals course
1. Living in a Network-Centric World
a. Communicating in a Network-Centric World (Networks Supporting the Way We Live, Examples of Today’s Popular Communication Tools, Networks Supporting the Way We Learn, Networks Supporting the Way We Work, Networks Supporting the Way We Play)
b. Communication –An Essential Part of Our Lives (What is Communication? Quality of Communications)
c. The Network as a Platform (Communicating over Networks, The Elements of a Network, Converged Networks)
d. The Architecture of the Internet (The Network Architecture, A Fault Tolerant Network Architecture, A Scalable Network Architecture, Providing Quality of Service, Providing Network Security)
e. Trends in Networking (Where Is It All Going?, Networking Career Opportunities)
2. Communicating over the Network
a. The Platform for Communications (The Elements of Communication, Communicating the Messages, Components of the Network, End Devices and their Role on the Network, Intermediary Devices and their Role on the Network, Network Media)
b. LANs, WANs, and Internetworks (Local Area Networks, Wide Area Networks, The Internet – A Network of Networks, Network Representations, Activity – Using Neo TraceTM to View Internetworks)
c. Protocols (Rules that Govern Communications, Network Protocols, Protocol Suites and Industry Standards, The Interaction of Protocols, Technology Independent Protocols)
d. Using Layered Models (The Benefits of Using a Layered Model, Protocol and Reference Models, The TCP/IP Model, The Communication Process, Protocol Data Units and Encapsulation, The Sending and Receiving Process, The OSI Model, Comparing the OSI Model with the TCP/IP Model)
e. Network Addressing (Addressing in the Network, Getting the Data to the End Device, Getting the Data through the Internetwork, Getting the Data to the Right Application, Warriors of the Net)
3. Application Layer Functionality and Protocols
a. Applications – The Interface Between the Networks (OSI and TCP/IP Model, Application Layer Software, User Applications, Services, and Application Layer Protocols, Application Layer Protocol Functions)
b. Making Provisions for Application and Services (The Client-Server Model, Servers, Application Layer Services and Protocols, Peer-to-Peer Networking and Applications)
c. Application Layer Protocols and Services Examples (DNS Services and Protocol, WWW Service and HTTP, E-mail Services and SMTP/POP Protocols, FTP, DHCP, File Sharing Services and SMB Protocol, P2P Services and Gnutella Protocol, Telnet Services and Protocol)
4. OSI Transport Layer
a. Roles of the Transport Layer (Purpose of the Transport Layer, Controlling the Conversations, Supporting Reliable Communication, TCP and UDP, Port Addressing, Segmentation and Reassembly – Divide and Conquer)
b. The TCP Protocol – Communicating with Reliability (TCP – Making Conversations Reliable, TCP Server Processes, TCP Connection Establishment and Termination, TCP Three-Way Handshake, TCP Session Termination)
c. Managing TCP Sessions (TCP Segment Reassembly, TCP Acknowledgement with Windowing, TCP Retransmission, TCP Congestion Control – Minimizing Segment Loss)
d. The UDP Protocol – Communicating with Low Overhead (UDP – Low Overhead vs. Reliability, UDP Datagram Reassembly, UDP Server Processes and Requests, UDP Client Processes)
5. OSI Network Layer
a. IPv4 (Network Layer – Communication from Host to Host, The IPv4 Protocol – Example Network Layer Protocol, The IPv4 Protocol – Connectionless, The IPv4 Protocol – Best Effort, The IPv4 Protocol – Media Independent, IPv4 Packet – Packaging the Transport Layer PDU, IPv4 Packet Header)
b. Networks – Dividing Hosts into Groups (Networks – Separating Hosts into Common Groups, Why Separate Hosts into Networks? – Performance, Why Separate Hosts Into Networks? – Security, Why Separate Hosts Into Networks? – Address Management, How Do We Separate Hosts Into Networks? – Hierarchical Addressing, Dividing the Networks – Networks from Networks)
c. Routing – How Our Data Packets are Handled (Device Parameters – Supporting Communication Outside Our Network, IP Packets – Carrying Data End to End, A Gateway – The Way Out of Our Network, A Route – The Path to a Network, The Destination Network, The Next Hop – Where the Packet Goes Next, Packet Forwarding – Moving the Packet Toward its Destination)
d. Routing Processes: How Routes are Learned (Routing Protocols – Sharing the Routes, Static Routing, Dynamic Routing)
6. Addressing the Network – IPv4
a. IPv4 Addresses (The Anatomy of an IPv4 Address, Knowing the Numbers – Binary to Decimal Conversion, Practicing Binary to Decimal Conversions, Knowing the Numbers – Decimal to Binary Conversions, Practicing Decimal to Binary Conversion)
b. Addresses for Different Purposes (Types of Addresses in an IPv4 Network, Calculating Network, Hosts and Broadcast Addresses, Unicast, Broadcast, Multicalst – Types of Communication, Reserved IPv4 Address Ranges, Public and Private Addresses, Special IPv4 Addresses, Legacy IPv4 Addressing)
c. Assigning Addresses (Planning to Address the Network, Static or Dynamic Addressing for End User Devices, Assigning Addresses to Other Devices, Who Assigns the Different Addresses? ISPs, Overview of IPv6)
d. Is It On My Network? (The Subnet Mask – Defining the Network and Host Portions, ANDing – What Is In Our Network? The ANDing Process)
e. Calculating Addresses (Basic subnetting, Subnetting – Dividing Networks into Right Sizes, Subnetting – Subnetting a Subnet, Determining the Network Address, Calculating the Number of Hosts, Determining Valid Addresses for Hosts, Assigning Addresses, Addressing in a Tiered Internetwork)
f. Testing the Network Layer (Ping 127.0.0.1 – Testing the Local Stack, Ping Gateway – Testing Connectivity to the Local LAN, Ping Remote Host – Testing Connectivity to Remote LAN, Traceroute (tracert) – Testing the Path, ICMPv4 – The Protocol Supporting Testing and Messaging)
7. Data Link Layer
a. Data Link Layer – Accessing the Media (Data Link Layer – Supporting & Connecting to Upper Layer Services, Data Link Layer – Controlling Transfer across Local Media, Data Link Layer – Creating a Frame, Data Link Layer – Connecting Upper Layer Services to the Media, Data Link Layer – Standards)
b. Media Access Control Techniques (Placing Data on the Media, Media Access Control for Shared Media, Media Access Control for Non-Shared Media, Logical Topology vs Physical Topology, Point-to-Point Topology, Multi-Access Topology, Ring Topology)
c. Media Access Control Addressing and Framing Data (Data Link Layer Protocols – The Frame, Framing – Role of the Header, Addressing – Where the Frame Goes, Framing – Role of the Trailer, Data Link Layer Protocols – The Frame)
d. Putting it All Together (Follow Data Through an Internetwork)
8. OSI Physical Layer
a. The Physical Layer – Communication Signals (Physical Layer – Purpose, Physical Layer – Operation, Physical Layer – Standards, Physical layer Fundamental Principles)
b. Physical Signaling and Encoding: Representing Bits (Signaling Bits for the Media, Encoding – Grouping Bits, Data Carrying Capacity)
c. Physical Media – Connecting Communication (Types of Physical Media, Copper Media, UTP Cable, Other Copper Cable, Copper Media Safety, Fiber Media, Wireless Media, Media Connectors)
9. Ethernet
a. Overview of Ethernet (Ethernet-Standards and Implementation, Ethernet-Layer1 and Layer2, Logical Link Control – Connecting to the Upper Layers, MAC – Getting Data to Media, Physical Implementations of Ethernet)
b. Ethernet – Communication through the LAN (Historic Ethernet, Ethernet Collision Management, Moving to 1Gbps and Beyond)
c. The Ethernet Frame (The Frame – Encapsulating the Packet, The Ethernet MAC Address, Hexadecimal Numbering and Addressing, Another Layer of Addressing, Ethernet Unicast, Multicast&Broadcast)
d. Ethernet Media Access Control (Media Access Control in Ethernet, CSMA/CD – The Process, Ethernet Timing, Interframe Spacing and Backoff)
e. Ethernet Physical Layer (Overview of Ethernet Physical Layer, 10 and 100 Mbps Ethernet, 1000 Mbps Ethernet, Ethernet – Future Options)
f. Hubs and Switches (Legacy Ethernet – Using Hubs, Ethernet – Using Switches, Switches – Selective Forwarding, Ethernet – Comparing Hubs and Switches)
g. Address Resolution Protocol (ARP) (The ARP Process – Mapping IP to MAC Addresses, The ARP Process – Destinations outside the Local Network, The ARP Process – Removing Address Mappings, ARP Broadcasts – Issues)
10. Planning and Cabling Networks
a. LANs – Making the Physical Connection (Choosing the Appropriate LAN Device, Device Selection Factors)
b. Device Interconnections (LAN and WAN – Getting Connected, Making LAN Connections, Making WAN Connections)
c. Developing an Addressing Scheme (How Many Host in the Network? How Many Network? Designing the Address Standard for our Internetwork)
d. Calculating the Subnets (Calculating Addresses: Case 1, Calculating Addresses: Case 2)
e. Device Interconnections (Device Interfaces, Making the Device Management Connection)
11. Configuring and Testing Your Network
a. Configuring Cisco devices – IOS basics (Cisco IOS, Configuration Files, Cisco IOS Modes, Basic IOS Command Structure, Using CLI Help, IOS “Examination” Commands, IOS Configuration Modes)
b. Applying a Basic Configuration Using Cisco IOS (Devices Need Names, Limiting Device Access – Configuring Passwords and Using Banners, Managing Configuration Files, Configuring Interfaces)
c. Verifying Connectivity (Test the Stack, Testing the Interface Assignment, Testing Local Network, Testing Gateway and Remote Connectivity, Tracing and Interpreting Trace Results)
d. Monitoring and Documenting of Networks (Basic Network Baselines, Capturing and Interpreting Trace Information, Learning About the Nodes on the Network)
CCNA Exploration 2 Routing Protocols and Concepts course
1. Introduction to Routing and Packet Forwarding
a. Inside the Router (Routers are Computers, Router CPU and Memory, Internetwork Operating System, Router Boot-up Process, Router Interfaces, Routers and Network Layer)
b. CLI Configuration and Addressing (Implementing Basic Addressing Schemes, Basic Router Configuration)
c. Building the Routing Table (Introducing the Routing Table, Directly-Connected Networks, Static Routing, Dynamic Routing, Routing Table Principles)
d. Path Determination and Switching Functions (Packet Fields and Frame Fields, Best Path and Metric, Equal Cost Load Balancing, Path Determination, Switching Function)
2. Static Routing
a. Routers and Network (Role of the Router, Introducing the Topology, Examining the Connections of the Router)
b. Router Configuration Review (Examining Router Interfaces, Configuring an Ethernet Interface, Verifying Ethernet interface, Configuring A Serial Interface, Examining Router Interfaces)
c. Exploring Directly Connected Networks (Verifying Changes to the Routing Table, Devices on Directly Connected Networks, Cisco Discovery Protocol, Using CDP for Network Discovery)
d. Static Routes with “Next Hop” Addresses (Purpose and Command Syntax of ip route, Configuring Static Routes, Routing Table Principles and Static Routes, Resolving to an Exit Interface)
e. Static Routes with Exit Interfaces (Configuring a Static Route with an Exit Interface, Modifying Static Routes, Verifying the Static Route Configuration, Static Routes with Ethernet Interfaces)
f. Summary and Default Static Routes (Summary Static Routes, Default Static Route)
g. Managing and Troubleshooting Static Routes (Static Routes and Packet Forwarding, Troubleshooting a Missing Route, Solving the Missing Route)
3. Introduction to Dynamic Routing Protocols
a. Introduction and Advantages (Perspective and Background, Network discovery and routing table maintenance, Advantages)
b. Classifying Dynamic Routing Protocols (Overview, IGP and EGP, Distance Vector and Link State, Classful and Classless, Convergence)
c. Metrics (Purpose of a Metric, Metrics and Routing Protocols, Load Balancing)
d. Administrative Distances (Purpose of Administrative Distance, Dynamic Routing Protocols, Static Routes, Directly Connected Networks)
e. Routing Protocols and Subnetting Activities (Identifying Elements of the Routing Table, Subnetting Scenario 1, Subnetting Scenario 2, Subnetting Scenario 3, )
4. Distance Vector Routing Protocols
a. Introduction to Distance Vector Routing Protocols (Distance Vector Routing Protocols, Distance Vector Technology, Routing Protocol Algorithms, Routing Protocol Characteristics)
b. Network Discovery (Cold Start, Initial Exchange of Routing Information, Exchange of Routing Information, Convergence)
c. Routing Table Maintenance (Periodic Updates: RIPv1 and IGRP, Bounded Updates: EIGRP, Triggered Updates, Random Jitter)
d. Routing Loops (Definition and Implications, Problem: Count to Infinity, Setting a Maximum, Preventing Routing Loops with Holddown Timers, Split Horizon Rule, Split Horizon with Poison Reverse or Route Poisoning, IP and TTL)
e. Distance Vector Routing Protocols today (RIP and EIGRP)
5. RIP version 1
a. RIPv1: Distance Vector, Classful Routing Protocol (Background and Perspective, RIPv1 characteristics and Message Format, RIP Operation, Administrative Distance)
b. Basic RIPv1 Configuration (Basic RIPv1 Configuration, Enabling RIP: router rip command, Specifying Networks)
c. Verification and Troubleshooting (Verifying RIP: show ip route, Verifying RIP: show ip protocols, Verifying RIP: debug ip rip, Passive Interfaces)
d. Automatic Summarization (Modified Topology: Scenario B, Boundary Routers and Automatic Summarization, Processing RIP Updates, Sending RIP Updates, Advantages and Disadvantages of Automatic Summarization)
e. Default Route and RIPv1 (Modified Topology: Scenario C, Propagating the Default Route in RIPv1)
f. RIPv1 Configuration Labs (Basic RIP Configuration, Challenge RIP Configuration, RIP Troubleshooting)
6. VLSM and CIDR
a. Classful and Classless Addressing (Classful IP Addressing, Classful Routing Protocol, Classless IP Addressing, Classless Routing Protocol)
b. VLS M (VLSM in Action, VLSM and IP Addresses)
c. CIDR (Route Summarization, Calculating Route Summarization)
d. VLSM and Route Summarization Activity (Basic VLSM Calculation and Addressing Design Activity, Challenge VLSM Calculation and Addressing Design Activity, Troubleshooting a VLSM Addressing Design Activity, Basic Route Summarization Activity, Challenge Route Summarization Activity, Troubleshooting Route Summarization Activity)
7. RIPv2
a. RIPv1 Limitations (Lab Topology, RIPv1 Topology Limitations, RIPv1: Discontiguous Networks, RIPv1: No VLSM Support, RIPv1: No CIDR Support)
b. Configuring RIPv2 (Enabling and Verifying RIPv2, Auto-summary and RIPv2, Disabling Auto-Summary in RIPv2, Verifying RIPv2 Updates)
c. VLSM and CIDR (RIPv2 and VLSM, RIPv2 and CIDR)
d. Verifying and Troubleshooting RIPv2 (Verification and Troubleshooting Commands, Common RIPv2 issues, Authentication)
e. RIPv2 Configuration Labs (Basic RIPv2 Configuration, Challenge RIPv2 Configuration, RIPv2 Troubleshooting)
8. The Routing Table: A Closer Look
a. The Routing Table Structure (Lab Topology, Routing Table Entries, Level 1 Routes, Parent and Child Routes: Classful Networks, Parent and Child Routes: Classless Networks)
b. Routing Table Lookup Process (Steps in the Route Lookup Process, Longest Match: Level 1 Network Routes, Longest Match: Level 1 Parent and Level 2 Child Routes)
c. Routing Behavior (Classful and Classless Routing Behavior, Classful Routing Behavior: no ip classless, Classful Routing Behavior – Search Process, Classless Routing Behavior: ip classless, Classless Routing Behavior – Search Process)
d. Routing Table Labs (Investigating the Routing Table Lookup Process, The show ip route Challenge Lab)
9. EIGRP
a. Introduction to EIGRP (EIGRP: An Enhanced Distance Vector Routing Protocol, EIGRP Message Format, Protocol Dependent Modules, RTP and EIGRP Packet Types, Hello Protocol, EIGRP Bounded Updates, DUAL: An Introduction, Administrative Distance, Authentication)
b. Basic EIGRP Configuration (EIGRP Network Topology, Autonomous Systems and Process IDs, The router eigrp command, The network Command, Verifying EIGRP, Examining the Routing Table )
c. EIGRP Metric Calculation (EIGRP Composite Metric and the K Values, EIGRP Metrics, Using the bandwidth Command, Calculating the EIGRP Metric)
d. DUAL (DUAL Concepts, Successor and Feasible Distance, Topology Table: Successor and Feasible Successor, Topology Table: No Feasible Successor, Finite State Machine)
e. More EIGRP Configuration (The Null0 Summary Route, Disabling Automatic Summarization, Manual Summarization, EIGRP Default Route, Fine-tuning EIGRP)
10. Link-State Routing Protocols
a. Link-State Routing (Link-State Routing Protocols, Introduction to the SPF Algorithm, Link-State Routing Process, Learning about Directly Connected Networks, Sending Hello Packets to Neighbors, Building the Link-State Packet, Flooding Link-State Packets to Neighbors, Constructing a Link-State, Shortest Path First – SPF Tree)
b. Implementing Link-State Routing Protocols (Advantages of a Link-State Routing Protocol, Requirements of a Link-State Routing Protocol)
11. OSPF
a. Introduction to OSPF (Background of OSPF, OSPF Message Encapsulation, OSPF Packet Types, Hello Protocol, OSPF Link-state Updates, OSPF Algorithm, Administrative Distance, Authentication)
b. Basic OSPF Configuration (Lab Topology, The router ospf Command, The network Command, OSPF Router ID, Verifying OSPF, Examining the Routing Table)
c. The OSPF Metric (OSPF Metric, Modifying the Cost of the Link)
d. OSPF and Multiaccess Networks (Challenges in Multiaccess Networks, DR/BDR Election Process, OSPF Interface Priority)
e. More OSPF Configuration (Redistributing an OSPF Default Route, Fine-tuning OSPF)
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