CCNA 200-301 + CCNP/CCIE ENCOR 350-401 by Arash Deljoo

1- IP Address Parts Introduction

2- Network IDentifier Introduction

3- Host    IDentifier Introduction

4- IP Address Classes Introduction

5- IP Address Classes Usage

6- IP Address Classes Examples

7- Network IP Addressing Example

1- IP Address Types Introduction

2- Unicast Communication Introduction

3- Multicast Communication Introduction

4- Broadcast Communication Introduction

5- Local Broadcast Communication Introduction

6- Directed Broadcast Communication Introduction

7- Class D Usage Introduction

8- Class E Usage Introduction

9- IETF Introduction

10- 0.X.X.X Address Introduction

11- 127.X.X.X Address Introduction

12- Loopback Testing Usage

1- Classful Network Introduction

2- Network ID Introduction

3- Host    ID Introduction

4- Network Address Introduction

5- Broadcast Address Introduction

6- Classless Network Introduction

7- Subnet Mask Introduction

8- Default Subnet Mask Introduction

9- CIDR [ Class Inter Domain Routing ] Introduction

1- Formats of Subnet Mask Presentation

2- Prefix Subnet Mask Presentation

3- Binary Subnet Mask Presentation

4- Decimal Subnet Mask Presentation

5- Classful View of Classless IP Address

6- Classless View of Classless IP Address

7- IP Address Subnetting Example-1

8- Network Address Calculation in Subnetted Network

9- Host    Address Calculation in Subnetted Network

10- Broadcast Address Calculation in Subnetted Network

1- IP Subnetting Example-2 -> 4 Network / 62 Hosts

2- IP Subnetting Example-3 -> 7 Network / 30 Hosts  , 7 Network / 2 Hosts

3- IP Subnetting Example-4 -> 1 Network / 126 Hosts , 3 Network / 30 Hosts , 3 Network / 6 Hosts

4- FLSM ( Fixed    Length Subnet Mask ) Introduction

5- SLSM ( Single   Length Subnet Mask ) Introduction

6- VLSM ( Variable Length Subnet Mask ) Introduction

7- IP Address Subnetting Design

1- Network Interface Card [NIC] Introduction

2- Switch  Introduction

3- Router  Introduction

4- Local Area Network [LAN] Introduction

5- Wide  Area Network [WAN] Introduction

6- Point-to-Point Link Introduction

7- Ethernet over MPLS [EoMPLS] Introduction

8- Ethernet over MPLS [EoMPLS] Introduction

9- IP Address Subnetting Steps

10- DHCP Service Introduction

11- Compare FLSM and VLSM

1- Finding Subnet ID and Resident Subnet ID in IP Address

2- Finding Subnet Broadcast Address in IP Address

3- Finding Subnet's Range of Usable Unicast IP Addresses

4- Interesting Octet Introduction

5- Magic Number Introduction

6- Finding Subnet ID with Boolean AND

7- Finding Broadcast Address with Boolean OR

1- Computer Network Introduction

2- User and Network Administrator Introduction

3- SOHO [ Small Office Home Office ] Introduction

4- Enterprise Network Introduction

5- SOHO Internet Connection Types Introduction

6- Enterprise Network Connection Types Introduction

7- Networking Model Introduction and Usage

8- OSI [ Open System Interconnection ] Introduction and History

9- SNA [ System Network Architecture ] Introduction

10- TCP/IP Introduction and History

11- Original TCP/IP vs. Updated TCP/IP

12- OSI Reference Model Vs.  Original TCP/IP vs. Updated TCP/IP

13- Brief Overview about TCP/IP Application Layer [HTTP/FTP/SMTP/POP3] and It's Function

14- Brief Overview about TCP/IP Transport Layer   [TCP/UDP] and It's Function

15- Brief Overview about TCP/IP Network Layer     [IP/ICMP] and It's Function

16- Brief Overview about TCP/IP Data-Link Layer   [Ethernet/Wifi] and It's Function

17- Brief Overview about TCP/IP Physical Layer    and It's Function

1- TCP-IP Application Layer Explanation

2- TCP-IP Transport   Layer Explanation

3- TCP-IP Network     Layer Explanation

4- TCP-IP DataLink    Layer Explanation

5- Encapsulation Process Introduction

6- Decapsulation Process Introduction

7- HTTP Overview

8- Same-Layer Introduction

9- Adjacent-Layer Introduction

10- Message,Segment,Packet,Frame Introduction

11- PDU [ Protocol Data Unit ] Introduction

1- Local Area Network [LAN] Overview

2- Wide Area Network [WAN] Overview

3- Wireless LAN [WLAN] Overview

4- Ethernet LAN Introduction

5- Small Office Home Office [SOHO] Ethernet Components Introduction

6- Enterprise Network Ethernet Components Introduction

7- Ethernet Function in Physical Layer Introduction

8- Ethernet Function in DataLink Layer Introduction

9- Ethernet Media Types Introduction

10- Ethernet Twisted Pair [TP]  Specifications Introduction

11- Ethernet Twisted Pair [TP]  Categories Introduction

12- Ethernet Fiber Optic Introduction

1- Unshielded Twisted Pair (UTP) Introduction

2- Shielded Twisted Pair (STP) Introduction

3- Wireless LAN [WLAN] Overview

4- UTP Cabling Pinouts for 10BASE-T and 100BASE-T Introduction

5- EIA/TIA 568A/568B Introduction

6- Straight Through Cable  Introduction

7- Cross Over Cable Introduction

8- Straight Through Cable Pinout Introduction

9- Cross Over Cable Pinout Introduction

10- Straight Through Cable Usage

11- Cross Over Cable Usage

12- Auto MDIX Introduction

1- Fiber Optic Introduction

2- Components of a Fiber-Optic Cable Introduction

3- Fiber Optic Types [ MMF , SMF ] Introduction

4- Multi Mode Fiber [MMF] Introduction

5- Single Mode Fiber [SMF] Introduction

6- Optical Transmitter Introduction

7- Gigabit Ethernet Interface Converter (GBIC) Introduction

8- Small Form Pluggable (SFP) Introduction

9- Small Form Pluggable Plus (SFP+) Introduction

10- Comparisons Between UTP, MM, and SM Ethernet Cabling

11- Ethernet Addressing Introduction

12- Media Access Control (MAC) Introduction

13- Organizationally unique identifier (OUI) Introduction

14- Vendor Assigned Address [VAA] Introduction

15- MAC Address Types [ Unicast-Multicast-Broadcast ] Introduction

1- Ethernet Frame Introduction

2- Ethernet Frame Preamble Field Introduction

3- Ethernet Frame SFD Introduction

4- Ethernet Frame Destination Address Introduction

5- Ethernet Frame Source Address Introduction

6- Ethernet Frame Type Introduction

7- Ethernet Frame FCS  Introduction

8- Ethernet Frmae PAD  Introduction

9- Interface Maximum Tranmission Unit [MTU] Introduction

10- Ethernet Hub Introduction

11- Ethernet Hub Disadvantages

12- Ethernet Hub Functions

13- Ethernet Switch Introduction

14- Ethernet Switch Functions

15- Ethernet Switch Benefits

16- Simplx/Half Duplex/Full Duplex Introduction

17- Carrier Sense Multi Access/Collision Detection [CSMA/CD] Introduction

1- Wide Area Network [WAN] Fundamentals Introduction

2- Leases Line Introduction

3- Highlevel Data Link Control [HDLC] Introduction

4- Cisco Highlevel Data Link Control [cHDLC] Introduction

5- Cisco Highlevel Data Link Control [cHDLC] Framing Introduction

6- Ethernet WAN Introduction

7- Ethernet WAN Types  Introduction

8- Ethernet LAN vs. Ethernet WAN

1- IP Routing Fundamentals

2- Network Layer Routing (Forwarding) Logic

3- The IP Header Introduction

4- IP Routing Protocol Introduction

5- Domain Name System [DNS] Introduction

6- Address Resolution Protocol [ARP] Introduction

7- Internet Control Message Protocol [ICMP] Introduction

8- Ping Command Introduction

1- Cisco Catalyst Switch Front Panel Introduction

2- Cisco Catalyst Switch Back  Panel Introduction

3- Redundant Power Supply [RPS] Introduction

4- Console Cable Introduction

5- DB-9 to Rj-45 Console Cable Introduction

6- USB to mini USB Console Cable Introduction

7- USB-to-Serial Converter Introduction

8- Terminal Emulation Program Introduction

1- CLI Modes Introduction

2- User Exec Mode Introduction

3- User Privileged Mode Introduction

4- Global Configuration Mode Introduction

5- CLI Errors Introduction

6- CLI Shortcuts Introduction

7- Context Sensitive Help Introduction

8- Hostname Configuration

9- Reload Command Introduction

1- User Mode Security with Password for Console Connection Configuration

2- User Mode Security with Username and Password for Console Connection Configuration

3- User Mode Security with Username and Secret   for Console Connection Configuration

4- User Mode Security with Password for VTY Line Connection Introduction

5- User Mode Security with Username and Password for VTY Line Connection Introduction

6- User Mode Security with Username and Secret   for VTY Line Connection Introduction

7- Service Password Encryption Configuration

8- Privileged Mode Security with enable password Command Configuration

9- Privileged Mode Security with enable secret   Command Configuration

10- Interfaces Naming Conventions for Fixed and Modular Switches Introduction

11- Interfaces Naming Conventions for Stackable Switch Introduction

1- Switch Interfaces Status Introduction

2- Switch Interfaces Description Configuration

3- Switch Interfaces VLAN Introduction

4- Switch Interfaces Speed Configuration

5- Switch Interfaces Duplex Configuration

6- Switch Interfaces Speed and duplex Auto Negotiation Introduction

1- Telnet Protocol Introduction

2- Telnet Protocol Configuration in Switch

3- Telnet Protocol Configuration in Router

4- Telnet Protocol Verification

5- SSH    Protocol Introduction

6- SSH    Protocol Configuration in Switch

7- SSH    Protocol Configuration in Router

8- SSH    Protocol Verification

9- Interface VLAN  Introduction

1- Securing User Mode Access with External Authentication Servers

2- Switch Memories Introduction

3- Read Only Memory [ROM] Introduction

4- Flash Memory Introduction and Verification

5- Random Access Memory Introduction and Verification

6- NonVolatile Random Access Memory [NVRAM] Introduction and Verification

7- Copying and Erasing Configuration Files

8- Enabling IPv4 for Remote Access

9- Logging Synchronous Introduction and Configuration

10- EXEC Timeout Introduction and Configuration

11- Name Server Configuration in Switch

12- Analyzing Switch Interface Status and Statistics

13- Runs,Giants,Input Errors,CRC,Frame,Packet Output,Collision,Late Collision Errors Introduction

1- Interface Range Introduction

2- Interface Range Configuration

3- MAC-Address-Table Introduction

4- Static MAC-Address-Table Introduction

5- Static MAC-Address-Table Configuration

6- Static MAC-Address-Table Verification

7- Dynamic MAC-Address-Table Introduction

8- Dynamic MAC-Address-Table Configuration

9- Dynamic MAC-Address-Table Verification

10- Static MAC-Address-Table Configuration Usage

11- Campus LAN Vs. Data Center LAN Introduction

12- Unknown Unicast Frame Introduction

13- MAC Address Tables with Multiple Switches

1- Broadcast Domain Introduction

2- Reducing the Size of Broadcast Domain with Router

3- Reducing the Size of Broadcast Domain with Virtual LAN [VLAN]

4- Virtual LAN [VLAN] Introduction

5- Virtual LAN [VLAN] Configuration

6- Virtual LAN [VLAN] Verification

7- VLAN Assignment Configuration

8- VLAN Assignment Verification

9- VLAN-ID Usable Range Introduction

10- VLAN-Name Introduction

1- The Need to Trunk Interfaces

2- Access Interfaces Introduction

3- Trunk  Interfaces Introduction

4- ISL Trunk Protocol Introduction

5- IEEE 802.1Q Trunk Protocol Introduction

6- Trunk  Interfaces Configuration

7- Trunk  Interfaces Verification

8- Native VLAN Configuration

9- Native VLAN Verification

1- Allowed VLAN in Trunk Intrfaces Introduction

2- Allowed VLAN in Trunk Intrfaces Configuration

3- Allowed VLAN in Trunk Intrfaces Verification

4- Dynamic Trunking Protocol [DTP] Introduction

5- Dynamic Trunking Protocol [DTP] Configuration

6- Dynamic Trunking Protocol [DTP] Verification

7- DTP Administrative Mode Introduction

8- DTP Operational    Mode Introduction

9- DTP Administrative Encapsulation Mode Introduction

10- DTP Operational    Encapsulation Mode Introduction

1- Active VLANs in Trunk Interfaces Introduction

2- The Need to VLAN Trunking Protocol [VTP] Introduction

3- VTP Domain Feature Introduction

4- VTP Mode   Feature Introduction

5- VLAN Trunking Protocol [VTP] Configuration

6- VLAN Trunking Protocol [VTP] Verification

7- IP Telephony Introduction

8- The Need to Voice VLAN Introduction

9- Voice VLAN Configuration

10- Voice VLAN Verification

1- The Need to Inter VLAN Routing Introduction

2- Inter VLAN Routing with Router and Access Interfaces Introduction

3- Inter VLAN Routing with Router and Access Interfaces Configuration

4- Inter VLAN Routing with Router on a Stick [ROAS] Introduction

5- Inter VLAN Routing with Router on a Stick [ROAS] Configuration

6- Inter VLAN Routing with Router on a Stick [ROAS] Verification

7- Sub Interface Introduction and Configuration

1- Multi Layer Switch [MLS] Introduction

2- MLS Usage in Inter VLAN Routing Introduction

3- Switched Virtual Interface [SVI] Introduction

4- Routed Port Introduction

5- Comparing L2Switch and MLS

6- MLS Inter VLAN Routing with SVI Interface Configuration

7- MLS Inter VLAN Routing with Routed Interface Configuration

8- Inter VLAN Routing with MLS Verification

9- Shutdown VLAN Feature Introduction

1- The Need to Spanning Tree Protocol [STP] Introduction

2- The STP Root Bridge Introduction

3- The STP Root Port Role Introduction

4- The STP Designated Port Role Introduction

5- The STP Bridge ID Introduction

6- STP Bridge Priority Configuration

7- The STP Bandwidth/Cost Introduction

8- The Importance of STP Root Bridge in Active Topology

1- The STP Tie Breakers Introductions

2- The STP Tie Breakers for Root Port Election Introductions

3- The STP Tie Breakers for Designated Port Election Introductions

4- The STP Alternate Port Introduction

5- The STP Backup Port Introduction

6- The Per VLAN STP Plus [PVST+] Introduction

7- The Per VLAN STP Plus [PVST+] Configuration

8- The Per VLAN STP Plus [PVST+] Verification

1- The STP Real Scenario Introductions

2- Modifying the Root Bridge Election Introductions

3- The STP Primary Root Bridge Introductions

4- The STP Primary Root Bridge Configuration

5- The STP Secondary Root Bridge Introductions

6- The STP Secondary Root Bridge Configuration

7- The STP Bridge Protocol Data Unit [BPDU] Fields Introduction

8- The STP Standards and Models Introduction

9- The STP Modes Configuration

1- The STP Convergence Introduction

2- The STP Listening State Introduction

3- The STP Learning  State Introduction

4- The STP Topology Change Notification [TCN] Introduction

5- The STP Direct Topology Change Introduction

6- The STP InDirect Topology Change Introduction

7- The STP Insignificant Topology Change Introduction

8- The STP Hello Timer Introduction

9- The STP Forward Delay Timer Introduction

10- The STP Max Age Timer Introduction

11- The STP Portfast Feature Introduction

12- The STP Portfast Feature Configuration

13- The STP Portfast Feature Verification

1- The STP Portfast Introduction

2- The STP Portfast Configuration

3- The STP Portfast Verification

4- The STP BPDU-Guard Introduction

5- The STP BPDU-Guard Configuration

6- The STP BPDU-Guard Verification

7- The Interface Err-Disabled Status Introduction

8- The STP Interface Cost Configuration

9- The STP Interface Cost Verification

10- The STP Interface Priority Configuration

11- The STP Interface Priority Verification

12- Recommendation for Root Bridge Place in STP

1- The Traditional Spanning Tree Protocol Review

2- The Rapid Spanning Tree Protocol [RSTP] Introduction

3- The Rapid Spanning Tree Protocol [RSTP] Configuration

4- The Rapid Spanning Tree Protocol [RSTP] Verification

5- The RSTP Synchronization Introduction

6- The RSTP Roles Introduction

7- The RSTP States Introduction

8- The RSTP Link Types Introduction

9- Comparing STP and RSTP 

1- The Need to EtherChannel Introduction

2- The EtherChannel Requirement Introduction

3- The EtherChannel Configuration Methods Introduction

4- The Etherchannel Configuration with Manual Method

5- The Etherchannel Configuration with PAgP

6- The Etherchannel Configuration with LACP

7- The EtherChannel Verification 

8- The EtherChannel Load-Balancing Introduction

9- The L3 EtherChannel Introduction

10- The L3 EtherChannel Configuration

11- The L3 EtherChannel Verification

1- Small Office Home Office [SOHO] Router Introduction

2- Small Office Home Office [SOHO] Router Internal Components

3- Enterprise Router Introduction

4- Enterprise Router Interfaces

5- CSU/DSU Introduction

6- AUX Port Introduction

7- Installing Enterprise Routers Introduction

8- Accessing the Router CLI Introduction

9- Router Interfaces Introduction

10- Router Interface IP Addresses Configuration

11- Router Routing-Table Verification

12- Interface Clock-Rate Introduction

13- Interface Clock-Rate Configuration

1- IP Routing Introduction

2- Intra Network Connection Introduction

3- Intra Network Connection Configuration

4- Inter Network Connection Introduction

5- Inter Network Connection Configuration

6- MAC-Address-Table Learning and Frame Forwarding Introduction

7- ARP Table Learning and Usage Introduction

8- Routing Table Usage Introduction

9- Difference between IP Routing in PC and Router

1- Routing Table Introduction

2- Routing Table Fields Introduction

3- Routing Table Verification Command Introduction

4- Static Route Configuration with Outgoing Interface

5- Static Route Configuration with Next Hop IP Address

6- Static Route Configuration with Outgoing Interface and Next Hop IP Address

7- ARP Proxy Feature Introduction

8- Compare three Method of Static Route Configuration

9- The ICMP Destination Host Unreachable Introduction

10- The Usage of "do" in CLI Introduction

1- Static Route Advantages Introduction

2- Static Route DisAdvantages Introduction

3- Static default Route Introduction

4- Static default Route Configuration

5- Static default Route Verification

6- Static default Route Usage in Internet Connectivity

7- Load Sharing Configuration with Static Route

8- Fault Tolerance Configuration with Static Route

9- Static Host Route Configuration

10- Administrative Distance [AD] Introduction

11- Floating Static Route Introduction

12- Routing Table Verification

1- Internet Control Message Protocol [ICMP] Introduction

2- ICMP Type and Code Field Introduction

3- ICMP Echo Request and Echo Reply Introduction

4- PING Command Introduction

5- Extended PING Command Introduction

6- Intra Network Troubleshooting with PING Command

7- Inter Network Troubleshooting with Extended PING Command

8- Troubleshooting the Problems related to DNS with PING Command

9- Inter VLAN Routing [ROAS] and IP Routing Configuration

10- Inter VLAN Routing [MLS] and IP Routing Configuration

1- IPv4 Header Introduction

2- Time to Live [TTL] Introduction

3- Traceroute Command Introduction

4- Traceroute with ICMP Introduction

5- Traceroute with UDP Introduction

6- Extended Traceroute Introduction

7- TELNET Usage in IPv4 Routing Troubleshooting

8- SSH    Usage in IPv4 Routing Troubleshooting

1- Dynamic Routing Protocol Introduction

2- Routed Protocol / Routable Protocol Introduction

3- Autonomous System [AS] Introduction

4- Interior Gateway Protocols [IGP] Introduction

5- Exterior Gateway Protocols [EGP] Introduction

6- IGP vs. EGP Introduction

7- IGP Routing Protocol Categories

8- Metric Calculation in IGPs Introduction

9- Distance Vector Algorithm Introduction

1- Open Shortest Path First [OSPF] Introduction

2- OSPF Versions Introduction

3- Link State [LS] Algorithm Introduction

4- OSPF Area Introduction

5- Area Border Router [ABR] Introduction

6- Internal Router Introduction

7- Backbone Router Introduction

8- Autonomous Systme Boundary Router [ASBR] Introduction

9- Wild Card Mask [WC-MASK] Introduction

10- OSPF Process-ID Introduction

11- OSPF Configuration Introduction

12- Single OSPF Area Configuration

13- Neighborship Table Introduction

14- Neighborship Table Verification

13- Link State DataBase [LSDB] Introduction

14- Link State DataBase [LSDB] Verification

15- OSPF Cost Introduction

16- OSPF Routin Table Verification

1- OSPF Multi Area Configuration

2- OSPF Multi Area Verification

3- OSPF Inter Area Routes Introduction

4- Loopback Interface Introduction

5- Loopback Interface Configuration

6- OSPF Router-ID Introduction

7- OSPF Router-ID Configuration

8- OSPF Multi Point Network Inroduction

9- Designated Router [DR] Introduction

10- Backup Designated Router [BDR] Introduction

11- DRother Introduction

12- OSPF Priority Introduction

13- OSPF Priority Configuration

14- OSPF Priority Verification

1- OSPF Neighborship Requirement Introduction

2- OSPF Hello Interval Introduction

3- OSPF Dead  Interval Introduction

4- OSPF Hello Interval Configuration

5- OSPF Dead  Interval Configuration

6- OSPF POINT_TO_POINT Network Type Introduction

7- OSPF BROADCAST Network Type Introduction

8- OSPF DataBase Description [DBD] Introduction

9- OSPF Link State Request [LSR] Introduction

10- OSPF Link State Update [LSU] Introduction

11- OSPF Link State Acknowledgment [LSACK] Introduction

12- OSPF State Introduction

13- OSPF Full Adjacency Introduction

14- OSPF 2-WAY Adjacency Introduction

15- OSPF POINT_TO_POINT vs. BROADCAST Network Types

1- OSPF Passive Interface Introduction

2- OSPF Passive Interface Configuration

3- OSPF Passive Interface Verification

4- OSPF Default Route Advertisement Introduction

5- OSPF Default Route Advertisement Configuration

6- OSPF Default Route Advertisement Verification

7- OSPF Auto Cost Introduction

8- OSPF Auto Cost Reference Bandwidth Introduction

9- OSPF Auto Cost Reference Bandwidth Configuration

10- OSPF Auto Cost Reference Bandwidth Verification

11- OSPF Manual Cost Introduction

12- OSPF Manual Cost Configuration

13- OSPF Manual Cost Verification

14- OSPF Load-Balancing Introduction

14- OSPF Load-Balancing Configuration

14- OSPF Load-Balancing Verification

1- Link State Data Base [LSDB] Introduction

2- Link State Advertisement [LSA] Introduction

3- LSA TYPE-1 ( Router LSA ) Introduction

4- LSA TYPE-2 ( Network LSA ) Introduction

5- LSA TYPE-3 ( Summary LSA ) Introduction

6- LSA TYPE-1 ( Router LSA ) Verification

7- LSA TYPE-2 ( Network LSA ) Verification

8- LSA TYPE-3 ( Summary LSA ) Verification

1- The Need to IPv6 Introduction

2- IPv6 History Introduction

3- IPv6 Address Format Introduction

4- The Simplification Rules of IPv6 Address Introduction

5- The IPv6 Address Subnet-ID Introduction

6- The IPv6 Address Interface-ID Introduction

7- IPv6 Address Types Introduction

8- IPv6 Multicast Address Introduction

9- IPv6 Multicast Address Flag Introduction

10- IPv6 Multicast Address Scope Introduction

1- Global Unicast Address [GUA] Introduction

2- Internet Registery [IR] Introduction

3- Regional Internet Registery [RIR] Introduction

4- National Internet Registery [NIR] Introduction

5- Local Internet Registery [LIR] Introduction

6- Registery Prefix Introduction

7- ISP Prefix Introduction

8- Site Prefix ( Global Routing Prefix ) Introduction

9- IPv6 Global Unicast Address [GUA] Assignment with Static Configuration

10- IPv6 Global Unicast Address [GUA] Assignment with Static with EUI-64 Configuration

11- StateLess Address AutoConfiguration [SLAAC] Introduction

12- StateLess Address AutoConfiguration [SLAAC] Configuration

13- StateLess Address AutoConfiguration [SLAAC] Verification

14- Router Advertisement [RA] Introduction

15- Router Solicitation  [RS] Introduction

1- Stateless DHCP Introduction

2- Stateful  DHCP Introduction

3- Neighbor Discovery Protocol [NDP] Introduction

4- Neighbor Discovery Protocol [NDP] Verification

5- Neighbors Solicitation [NS] Introduction

6- Neighbors Advertisement [NA] Introduction

7- Duplicate Address Detection [DAD] Introduction

8- Duplicate Address Detection [DAD] Verification

9- IPv6 Header vs. IPv4 Header Introduction

10- Internet Control Message Protocol [ICMPv6] Introduction

1- IPv6 Connected Route Introduction

2- IPv6 Local     Route Introduction

3- IPv6 Static    Route Introduction

4- IPv6 Static    Route Configuration with Outgoing Interface

5- IPv6 Static    Route Configuration with Outgoing Interface and Global Unicast Address Next-Hop

6- IPv6 Static    Route Configuration with Outgoing Interface and Link Local Address Next-Hop

7- IPv6 Static    Route Configuration with Global Unicast Address Next-Hop

8- IPv6 Connected Route Verification

9- IPv6 Local     Route Verification

10-IPv6 Static    Route Verification

11-IPv6 Static Default Route Introduction

12-IPv6 Static Default Route Configuration

13-IPv6 Static Default Route Verification

14-IPv6 Floating Static Route Introduction

15-IPv6 Static Host Route Introduction

16-IPv6 Static Host Route Configuration

17-IPv6 Summary