Complete Teaching of ENCOR 350-401 by Arash Deljoo

1- Virtual LANs Introduction

2- Virtual LANs Configuration

3- Virtual LANs Verification

4- Access Ports Introduction

5- Access Ports Configuration

6- Access Ports Verification

7- Trunk Ports Introduction

8- Trunk Ports Configuration

9- Trunk Ports Verification

10- IEEE802.1Q Protocol Introduction

11- Tag protocol identifier (TPID) Introduction

12- Priority code point (PCP) Introduction

13- Drop elgible indicator (DEI) Introduction

14- VLAN identifier (VLAN ID) Introduction

1- Native VLANs Introduction

2- Native VLANs Configuration

3- Native VLANs Verification

4- Allowed VLANs Introduction

5- Allowed VLANs Configuration

6- Allowed VLANs Verification

7- Layer 2 Diagnostic Commands Introduction

8- MAC Address Table Verification Commands

9- Switch Port Status Verification Commands

10- Interface Status Verification Commands

1- Layer 3 Forwarding Introduction

2- Local Network Forwarding Introduction

3- Address Resolution Protocol (ARP) Introduction

4- Packet Routing Introduction

5- IP Address Assignment Introduction

6- IPv6 Address Assignment Introduction

7- Routed Subinterfaces Introduction

8- Switched Virtual Interfaces [SVI] Introduction

9- Routed Switch Ports Introduction

10- Verification of IP Addresses Introduction

11- Verification of IPv6 Addresses Introduction

1- Forwarding Architectures Introduction

2- Process switching Introduction

3- Fast switching Introduction

4- Cisco Express Forwarding [CEF] Introduction

5- Application-Specific Integrated Circuits (ASICs) Introduction

6- Network Processing Units (NPUs) Introduction

7- Ternary Content Addressable Memory [TCAM] Introduction

8- Content Addressable Memory [CAM] Introduction

9- Centralized Forwarding Introduction

10- Distributed Forwarding Introduction

11- Software CEF Introduction

12- Hardware CEF Introduction

1- Stateful Switchover [SSO] Introduction

2- Checkpointing Introduction

3- Nonstop forwarding (NSF) Introduction

4- Nonstop routing (NSR) Introduction

5- SDM Templates Introduction

6- Switching Database Manager (SDM) Introduction

7- Switching Database Manager (SDM) Configuration

8- Switching Database Manager (SDM) Verification

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 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 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

14- The STP Portfast Introduction

15- The STP Portfast Configuration

16- The STP Portfast Verification

17- The STP BPDU-Guard Introduction

18- The STP BPDU-Guard Configuration

19- The STP BPDU-Guard Verification

20- The Interface Err-Disabled Status Introduction

21- The STP Interface Cost Configuration

22- The STP Interface Cost Verification

23- The STP Interface Priority Configuration

24- The STP Interface Priority Verification

25- Recommendation for Root Bridge Place in STP

1- STP Topology Tuning Introduction

2- Root Bridge Placement Introduction

3- Modifying STP Root Port and Blocked Switch Port Locations Introduction

4- Modifying STP Port Cost Introduction

5- Modifying STP Port Priority Introduction

6- Spanning-tree vlan vlan-id priority priority Command Introduction , Configuration , Verification

7- spanning-tree vlan vlan-id root {primary | secondary} [diameter diameter] Command Introduction , Configuration , Verification

8- spanning tree [vlan vlan-id] cost cost Introduction , Configuration , Verification

9- spanning-tree [vlan vlan-id] port-priority priority Introduction , Configuration , Verification

10- show spanning-tree [vlan vlan-id] detail Introduction , Verification

1- STP Protection Mechanisms Introduction

2- STP Root Guard Introduction

3- STP Root Guard Configuration

4- STP Root Guard Verification

5- STP Loop Guard Introduction

6- STP Loop Guard Configuration

7- STP Loop Guard Verification

8- Unidirectional Link Detection (UDLD) Introduction

9- Unidirectional Link Detection (UDLD) Configuration

10- Unidirectional Link Detection (UDLD) Verification

11- BPDU Filter Introduction

12- BPDU Filter Configuration

13- BPDU Filter Verification

14- STP Portfast Introduction

15- STP Portfast Configuration

16- STP Portfast Verification

1- Multiple Spanning Tree Protocol Introduction

2- MST Instances (MSTIs) Introduction

3- MST Configuration Introduction

4- MST Verification Introduction

5- MST Tuning Introduction

6- Common MST Misconfigurations Introduction

7- VLAN Assignment to the IST Introduction

8- VLAN Assignment to the IST Configuration

9- Trunk Link Pruning Introduction

10- MST Region Boundary Introduction

11- PVST simulation mechanism Introduction

12- PVST simulation mechanism Configuration

13- PVST simulation check Introduction

14- PVST simulation check Configuration

1- Dynamic Trunking Protocol [DTP] Introduction

2- Dynamic Trunking Protocol [DTP] Configuration

3- Dynamic Trunking Protocol [DTP] Verification

4- DTP Administrative Mode Introduction

5- DTP Operational    Mode Introduction

6- DTP Administrative Encapsulation Mode Introduction

7- DTP Operational    Encapsulation Mode Introduction

1- VLAN Trunking Protocol [VTP] Introduction

2- VLAN Trunking Protocol [VTP] Domain Introduction

3- VLAN Trunking Protocol [VTP] Modes [ Server | Client | Transparent | off ] Introduction

4- VLAN Trunking Protocol [VTP] Versions [ 1,2,3 ] Introduction

5- VLAN Trunking Protocol [VTP] Configuration Revision Number Introduction

6- VLAN Trunking Protocol [VTP] Message Types [ Summary | Subset | Client Request ] Introduction

7- VLAN Trunking Protocol [VTP] Domain Configuration

8- VLAN Trunking Protocol [VTP] Modes Configuration

9- VLAN Trunking Protocol [VTP] Versions Configuration

10- VLAN Trunking Protocol [VTP] Verification Introduction

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- 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- 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- IP Static Discard route Introduction

15- IP Static Discard route Configuration

16- IP Static Discard route Verification

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

10- Link State Algorithm Introduction

11- Path Vector Vector Algorithm Introduction

1- Routing Table Basics

2- ICMP Echo Request , ICMP Echo Reply , ICMP Destination Host Unreachable

3- Static Route Configuration with Outgoing Interface

4- Static Route Configuration with Next Hop IP Address

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

6- Static Route Verification

7- VRF Lite Routing Concept

8- VRF Lite Routing Configuration with Static Routing

9- VRF Lite Routing Verification

10- VRF Lite using Subinterfaces concept

11- VRF Lite using Subinterfaces configuration

12- VRF Lite using Subinterfaces verification

13- VRF Lite using Subinterfaces capture

14- Compare Physical Network and Virtual Network with eachother

15- VRF Lite Configuration for Dual Stack Concept

16- VRF Lite Configuration for Dual Stack with VRF Defnition Command

17- VRF Lite for Dual Stack verification

1- Enhanced Interior Gateway Routing Protocol [EIGRP] Introduction

2- EIGRP Neighborship Process Introduction

3- EIGRP Path Exchange Introduction

4- EIGRP Topology Table Introduction

5- EIGRP Process Introduction

6- EIGRP Classic Configuration Introduction

7- EIGRP Named   Configuration Introduction

8- EIGRP Classic Configuration Example

9- EIGRP Named   Configuration Example

10- EIGRP Classic Configuration Verification

11- EIGRP Named   Configuration Verification

12- EIGRP Router-ID Introdution

13- EIGRP Router-ID Configuration

1- EIGRP Multicast Address Introduction

2- EIGRP Messages Introduction

3- EIGRP Hello Message Introduction

4- EIGRP Passive Interface Introduction

5- EIGRP Passive Interface Configuration in Classic Mode

6- EIGRP Passive Interface Configuration in Named   Mode

7- EIGRP Neighborship Conditions Introduction

8- EIGRP Authentication Introduction

9- Key Chain Introduction

10- EIGRP Authentication Configuration in Classic Mode

11- EIGRP Authentication Configuration in Named   Mode

12- EIGRP K Values Introduction

13- EIGRP K Values Configuration in Classic Mode

14- EIGRP K Values Configuration in Named   Mode

15- EIGRP Hello Interval Introduction

16- EIGRP Hold  Time Introduction

17- EIGRP Hello Interval Configuration in Classic Mode

18- EIGRP Hello Interval Configuration in Named   Mode

19- EIGRP Hold Time Configuration in Classic Mode

20- EIGRP Hold Time Configuration in Named   Mode

1- Interface Bandwidth   Introduction

2- Interface Delay       Introduction

3- Interface Load        Introduction

4- Interface Reliability Introduction

5- Interface MTU         Introduction

6- EIGRP Update          Introduction

7- EIGRP Update Metric Parammeters Introduction

8- EIGRP Update Non-Metric Parammeters Introduction

9- EIGRP Classic Path Metric Calculation Introduction

10- EIGRP Classic Path Metric Calculation Calculation

11- EIGRP Classic Path Metric Calculation Shortcomings

12- EIGRP Wide    Path Metric Calculation Introduction

13- EIGRP Wide    Path Metric Calculation Calculation

14- EIGRP Wide Metric Metric Backward Compatibility Introduction

1- EIGRP Successor Path [S] Introduction

2- EIGRP Feasible Successor [FS] Introduction

3- EIGRP Feasible Distance [FD] Introduction

4- EIGRP Reported Distance [RD] Introduction

5- EIGRP Feasibility Condition Introduction

6- EIGRP Query/Reply Mechanism Introduction

7- EIGRP SIA-Query/SIA Reply Introduction

8- EIGRP Active Timer Introduction

9- EIGRP Active Timer Configuration in Traditional Configuration

10- EIGRP Active Timer Configuration in Named Configuration

11- EIGRP Passive / Active Path Introduction

12- EIGRP Stuck in Active [SIA] Introduction

1- EIGRP Load Balancing Introduction

2- EIGRP Equal Cost Multi Path [ECMP] Introduction

3- EIGRP Equal Cost Multi Path [ECMP] Classic Configuration

4- EIGRP Equal Cost Multi Path [ECMP] Named Configuration

5- EIGRP Equal Cost Multi Path [ECMP] Verification

6- EIGRP Unequal Cost Load Balancing [UCLB] Introduction

7- EIGRP Variance Multiplier Introduction

8- EIGRP Unequal Cost Load Balancing [UCLB] Classic Configuration

9- EIGRP Unequal Cost Load Balancing [UCLB] Named Configuration

10- EIGRP Unequal Cost Load Balancing [UCLB] Verification

1- Route Summarization Introduction

2- EIGRP Route Summarization Introduction

3- EIGRP Interface Specific Summarization Introduction

4- EIGRP Summarization Metric Introduction

5- EIGRP Interface Specific Summarization Classic Configuration

6- EIGRP Summary Metric Classic Configuration

7- EIGRP Interface Specific Summarization Named Configuration

8- EIGRP Summary Metric Named Configuration

9- EIGRP Summary Route (Discard Route) Introduction

10- EIGRP Automatic Summarization Introduction

11- EIGRP Automatic Summarization Classic Configuration

12- EIGRP Automatic Summarization Named   Configuration

1- Open Shortest Path First [OSPF] Introduction

2- Open Shortest Path First [OSPF] Fundamentals

3- OSPF Internal Router Introduction

4- OSPF Area Border Router (ABR) Introduction

5- OSPF Backbone Router Introduction

6- OSPF Autonomous System Boundary Router (ASBR) Introduction

7- OSPF Considerations Introduction

8- OSPF Area Fundamentals

9- OSPF Area's Advantages Introduction

10- Link State (LS) Algorithm Introduction

1- OSPF Traditional (Network Command) Introduction

2- OSPF Traditional (Network Command) Configuration

3- OSPF Traditional (Network Command) Verification

4- OSPF Interface Specific (Explicit Command) Introduction

5- OSPF Interface Specific (Explicit Command) Configuration

6- OSPF Interface Specific (Explicit Command) Verification

7- OSPF Router-ID Introduction

8- OSPF Router-ID Configuration

9- OSPF Router-ID Verification

10- OSPF Passive-Interface Introduction

11- OSPF Passive-Interface Configuration

12- OSPF Passive-Interface Verification

13- OSPF Cost Introduction

1- OSPF Neighborship Introduction

2- OSPF Multicast Address Introduction

3- OSPF Hello Packet Introduction

4- OSPF Neighborship Requirement Introduction

5- OSPF Neighborship Router-ID Requirement

6- OSPF Neighborship Subnet Number Requirement

7- OSPF Neighborship MTU Requirement

8- OSPF Neighborship Area-ID Requirement

9- OSPF Hello Timer Introduction

10- OSPF Dead Timer Introduction

11- OSPF Hello Timer Configuration

12- OSPF Dead Timer Configuration

13- OSPF Neighborship Hello Timer Requirement

14- OSPF Neighborship Dead Timer Requirement

15- OSPF Authentication Types Introduction

16- OSPF Plain Text Authentication Configuration

17- OSPF Message Digest Authentication Configuration

1- OSPF Finite State Machine [FSM] Introduction

2- OSPF States Introduction

3- OSPF Down State Introduction

4- OSPF Init State Introduction

5- OSPF 2-Way State Introduction

6- OSPF Exstart State Introduction

7- OSPF Exchange State Introduction

8- OSPF Loading State Introduction

9- OSPF Full State Introduction

10- OSPF Attempt State Introduction

11- OSPF Static Neighborship Introduction

12- OSPF Static Neighborship Configuration

13- OSPF Static Neighborship Verification

14- OSPF Database Description [DBD] Introduction

15- OSPF Link State Request [LSR] Introduction

16- OSPF Link State Update [LSU] Introduction

17- OSPF Link State Acknowledgement [LSAck] Introduction

1- OSPF Designated Router [DR] Introduction

2- OSPF Backup Designated Router [BDR] Introduction

3- OSPF DRother Introduction

4- OSPF Priority Introduction

5- OSPF DR/BDR Selection Rules Introduction

6- OSPF DR/BDR Configuration

7- OSPF DR/BDR Verification

1- OSPF LSA Types Introduction

2- OSPF LSA Type-1 ( Router LSA ) Introduction

3- OSPF LSA Type-1 Contents Introduction

4- OSPF Stub Link Introduction

5- OSPF Single Area with Stub Links Configuration

6- OSPF LSA Type-1 Verification

7- OSPF LSA Age Introduction

8- OSPF LSA Sequence Number Introduction

9- OSPF LSA Refresh Time Introduction

1- OSPF LSA Type-1 Transit Link Introduction

2- OSPF LSA Type-2 ( Network LSA ) Introduction

3- OSPF LSA Type-2 Contents Introduction

4- OSPF LSA Type-2 Verification

5- OSPF Single Area with Stub and Transit Link Configuration

1- OSPF LSA Type-3 ( Summary LSA ) Introduction

2- OSPF LSA Type-3 Contents Introduction

3- OSPF LSA Type-3 Verification

4- OSPF LSA Type-3 LSA ID Introduction

1- OSPF Special Rule About Intra-Area and Inter-Area Routes Introduction

2- OSPF Special Rule About Intra-Area and Inter-Area Routes Configuration

3- OSPF Special Rule About Intra-Area and Inter-Area Routes Verification

4- Comparing OSPF Intra Area , Inter Area , External Type 2 , External Type 1

1- OSPF Default Route Advertisement Introduction

2- OSPF Default Information Originate Command Introduction

3- OSPF Default Information Originate Metric Command Introduction

4- OSPF Default Information Originate Metric-Type Command Introduction

5- OSPF Default Information Originate Always Command Introduction

6- OSPF Default Information Originate Route-Map Introduction

7- OSPF Default Route Advertisement with Single Edge Configuration

8- OSPF Default Route Advertisement with single Edge Verification

9- OSPF Default Route Advertisement with Multiple Edge Configuration

10- OSPF Default Route Advertisement with Multiple Edge Verification

1- OSPF Automatic Cost Introduction

2- OSPF Automatic Cost Reference Bandwidth Configuration

3- OSPF Automatic Cost Reference Bandwidth Verification

4- OSPF Manual Cost Introduction

5- OSPF Manual Cost Configuration

6- OSPF Manual Cost Verification

7- OSPF Path Selection Rules Introduction

8- OSPF Intra-Area Routes vs Inter-Area Routes Introduction

9- OSPF Intra-Area Routes vs Inter-Area Routes Verification

10- OSPF Inter-Area Routes vs Inter-Area Routes Introduction

11- OSPF Inter-Area Routes vs Inter-Area Routes Verification

12- OSPF Equal Cost Multi Path [ECMP] Introduction

13- OSPF Equal Cost Multi Path [ECMP] Configuration

14- OSPF Equal Cost Multi Path [ECMP] Verification

1- OSPF Summarization Introduction

2- OSPF Inter-Area Summarization Introduction

3- OSPF Inter-Area Summarization Configuration

4- OSPF Inter-Area Summarization Verification

5- OSPF Inter-Area Discard Route Introduction

6- OSPF Filtering with Inter-Area Summarization Command

1- OSPF Network Type Introduction

2- OSPF Point-to-Point Network Type Introduction

3- OSPF Point-to-Point Network Type Configuration

4- OSPF Broadcast Network Type Introduction

5- OSPF Broadcast Network Type Configuration

6- OSPF Non-Broadcast Network Type Introduction

7- OSPF Non-Broadcast Network Type Configuration

8- OSPF Point-to-Multipoint Network Type Introduction

9- OSPF Point-to-Multipoint Network Type Configuration

10- OSPF Point-to-Multipoint Non-Broadcast Network Type Introduction

11- OSPF Point-to-Multipoint Non-Broadcast Network Type Configuration

12- OSPF Loopback Network Type Introduction

13- OSPF Loopback Network Type Configuration

1- OSPF Filtering with Summarization Introduction

2- OSPF Filtering with Summarization Configuration

3- OSPF Filtering with Summarization Verification

4- OSPF Area Filtering Introduction

5- OSPF Area Filtering Configuration with IP Prefix List

6- OSPF Area Filtering Verification

7- Local OSPF Filtering Introduction

8- Local OSPF Filtering Configuration with Access Control List

9- Local OSPF Filtering Configuration with IP Prefix List

10- Local OSPF Filtering Configuration with Route Map

11- Local OSPF Filtering Verification

1- OSPFv3 Fundamentals Introduction

2- OSPFv3 Basic Configuration Command Introduction

3- OSPFv3 Verification Commands Introduction

4- OSPFv3 Example Configuration

5- OSPFv3 Example Verification

6- OSPFv3 Passive Interface Introduction and Configuration

7- OSPFv3 Summarization Introduction and Configuration

8- OSPFv3 Network Type Introduction and Configuration

9- OSPFv3 Link-Local Forwarding Introduction and Configuration

10- OSPFv3 Packet Types Introduction

1- OSPFv3 LSAs Introduction

2- OSPFv3 LSA Type-1 [ Router LSA ] Introduction

3- OSPFv3 LSA Type-2 [ Network LSA ] Introduction

4- OSPFv3 LSA Type-3 [ Inter-Area-Prefix LSA ] Introduction

5- OSPFv3 LSA Type-4 [ Inter-Area-Router LSA ] Introduction

6- OSPFv3 LSA Type-5 [ AS-External LSA ] Introduction

7- OSPFv3 LSA Type-6 [ Group-Membership LSA ] Introduction

8- OSPFv3 LSA Type-7 [ Type-7 LSA ] Introduction

9- OSPFv3 LSA Type-8 [ Link LSA ] Introduction

10- OSPFv3 LSA Type-9 [ Intra-Area-Prefix LSA ] Introduction

11- OSPFv3 LSA Flooding Scope Introduction

12- OSPFv3 LSA Type Code Introduction [ U / S2 / S1 / Function ]

13- OSPFv4 Option bits Introduction [ v6 / E / R / DC / MC / N ]

1- OSPFv3 Address Family Configuration Introduction

2- OSPFv3 Address Family Configuration

3- OSPFv3 Address Family Verification

4- OSPFv3 Address Family Show Command Introduction

1- Border Gateway Protocol [BGP] Introduction

2- Path Vector Protocol Introduction

3- BGP Update Message Introduction

4- BGP Path Attribute [PA] Introduction

5- BGP AS-Path PA Introduction

6- BGP AS-Path Best Path Selection Introduction

7- BGP AS-Path Loop Prevention Introduction

8- BGP Messages Introduction

9- TCP 3-Way Handshake Introduction

10- BGP Traditional Configuration

11- BGP Traditional Verification

12- BGP Address Family Configuration

13- BGP Address Family Verification

14- BGP Router-ID Introduction

15- BGP Router-ID Configuration

16- BGP Router-ID Verification

1- BGP Timers Introduction

2- BGP Keep Alive Introduction

3- BGP Keep Alive Interval Introduction

4- BGP Hold Time Introduction

5- BGP Keep Alive Configuration

6- BGP Keep Alive Verification

7- BGP Hold Time Configuration

8- BGP Hold Time Verification

9- BGP Neighborship Over Multiple Links Introduction

10- BGP Neighborship Over Multiple Links Configuration

11- BGP Neighborship Over Multiple Links Verification

12- BGP Finite State Machine [FSM] Introduction

13- BGP States Introudction

14- BGP IDLE , Connect , Active , OpenSent , OpenConfirm , Established State

1- BGP Table Introduction

2- BGP Update Introduction

3- BGP Methods for Injecting Routes into BGP Table Introduction

4- Injecting Routes into BGP Table with Network Command Introduction

5- Injecting Routes into BGP Table with Network Command Configuration

6- Injecting Routes into BGP Table with Network Command Verification

7- The Effect of Auto Summary Command to Network Statement

8- Injecting Routes into BGP Table with Redistribution Command Introduction

9- Injecting Routes into BGP Table with Redistribution Command Configuration

10- Injecting Routes into BGP Table with Redistribution Command Verification

11- The Effect of Auto Summary Command to Redistribution

1- BGP Summarization Introduction

2- Benefits of BGP Summarization Introduction

3- BGP Aggregation Command Introduction

4- BGP Aggregation Command with Summary-only Introduction

5- BGP Aggregation Command with AS-SET Introduction

6- BGP Aggreagtion Configuration

7- BGP Aggregation Command with Summary-only Configuration

8- BGP Aggregation Command with AS-SET Configuration

9- BGP AS-Path Segments Introduction

10- BGP Aggregator Attribute Introduction

11- BGP Atomic Aggregator Introduction

12- BGP Discard Route Introduction

1- Multi Protocol BGP [MP-BGP] Introduction

2- MP-BGP for IPv6 Configuration over IPv6 TCP Session Introduction

3- MP-BGP for IPv6 Configuration over IPv6 TCP Session Configuration

4- MP-BGP for IPv6 Configuration over IPv6 TCP Session Verification

5- MP-BGP for IPv6 Configuration over IPv4 TCP Session Introduction

6- MP-BGP for IPv6 Configuration over IPv4 TCP Session Configuration

7- MP-BGP for IPv6 Configuration over IPv4 TCP Session Verification

8- MP-BGP IPv6 Summarization Introduction

9- MP-BGP IPv6 Summarization Configuration

10- MP-BGP IPv6 Summarization Verification

11- BGP MP-REACH_NLRI Path Attribute Introduction

12- BGP MP-UNREACH_NLRI Path Attribute Introduction

1- Access Control List [ACL] Introduction

2- Access Control List [ACL] Process Introduction

3- Standard Numbered Access Control List [ACL] Introduction 

4- Standard Named Access Control List [ACL] Introduction

5- Extended Numbered Access Control List [ACL] Introduction

6- Extended Named Access Control List [ACL] Introduction

7- Standard Access Control List [ACL] Configuration

8- Extended Access Control List [ACL] Configuration

9- Standard Access Control List [ACL] for IGP Introduction

10- Standard Access Control List [ACL] for IGP Configuration

11- Standard Access Control List [ACL] for BGP Introduction

12- Standard Access Control List [ACL] for BGP Configuration

13- Extended Access Control List [ACL] for IGP Introduction

14- Extended Access Control List [ACL] for IGP Configuration

15- Extended Access Control List [ACL] for BGP Introduction

16- Extended Access Control List [ACL] for BGP Configuration

1- IP Prefix List Introduction

2- IP Prefix List Process Introduction

3- IP Prefix List High Order Bit Pattern Introduction 

4- IP Prefix List High Order Bit Count Introduction

5- IPv6 Prefix List Introduction

6- IP Prefix List Configuration

7- IP Prefix List Verification

8- IPv6 Prefix List Configuration

9- IPv6 Prefix List Verification

1- Route-Map Introduction

2- Route-Map Components Introduction

3- Route-Map Processing Order Introduction 

4- Route-Map Match Conditions Introduction

5- Route-Map Optional Actions Introduction

6- Route-Map Multiple Match Conditions [Boolean OR] Introduction

7- Route-Map Multiple Match Conditions [Boolean OR] Configuration

8- Route-Map Multiple Match Conditions [Boolean AND] Introduction

9- Route-Map Multiple Match Conditions [Boolean AND] Configuration

10- Route-Map Continue Introduction

11- Route-Map Continue Configuration

1- BGP Filtering Introduction

2- BGP Filtering with ACL Configuration

3- BGP Loc-RIB Table Introduction

4- BGP Adj-RIB-In Table Introduction

5- BGP Adj-RIB-Out Table Introduction

6- BGP Soft Reconfiguration Inbound Introudction

7- BGP Filtering with ACL Verification

8- BGP Filtering with IP Prefix Configuration

9- BGP Filtering with IP Prefix Verification

10- BGP Filtering with Route-Map Configuration

11- BGP Filtering with Route-Map Verification

12- BGP Filtering with AS-Path ACL Configuration

13- BGP Filtering with AS-Path ACL Verification

14- BGP Regular Expression [REGEXP] Introduction

1- BGP Clear(Reset) Introduction

2- BGP Hard Clear Introduction

3- BGP Hard Clear Configuration

4- BGP Hard Clear Verification

5- BGP Outbound Soft Clear Introduction

6- BGP Outbound Soft Clear Configuration

7- BGP Outbound Soft Clear Verification

8- BGP Inbound Soft Clear Introduction

9- BGP Inbound Soft Clear Configuration

10- BGP Inbound Soft Clear Verification

1- BGP Community Introduction

2- BGP Community Configuration with Route-Map

3- BGP Community Advertisement Configuration

4- BGP Community New Format Presentation

5- BGP Community Replace Configuration

6- BGP Community Append  Configuration

7- BGP Stundard Number Community List Configuration

8- BGP Stundard Named  Community List Configuration

9- BGP Expanded Number Community List Configuration

10- BGP Expanded Named  Community List Configuration

11- BGP Well-Known Community Introduction

12- BGP Internet Well-Known Community Introduction

13- BGP Internet Well-Known Community Configuration

14- BGP No-Advertise Well-Known Community Introduction

15- BGP No-Advertise Well-Known Community Configuration

16- BGP No-Export Well-Known Community Introduction

17- BGP No-Export Well-Known Community Configuration

18- BGP Local-As Well-Known Community Introduction

19- BGP Local-As Well-Known Community Configuration

1- BGP Path Selection Using the Longest Match Introduction

2- BGP Path Selection Using the Longest Match Configuration

3- BGP Path Selection Using the Longest Match Verification

4- BGP Path Selection Using the Longest Match Limitation

1- BGP Best Path Selection Rules

2- BGP Next Hop Reachability Requirement Introduction

3- BGP Weight Attribute introduction

4- BGP Weight Attribute Configuration per neighbor

5- BGP Weight Attribute Configuration per route

6- BGP Weight Attribute for Locally Injected Routes

7- BGP Weight Attribute Verification

1- BGP Best Path Selection RulesIntroduction

2- BGP Local Preference Introduction

3- BGP Local Preference Configuration Globally

4- BGP Local Preference Configuration per route

5- BGP Local Preference Verification

6- Routing Table Manager [RTM] Introduction

7- BGP RIB-Failure Introduction

8- BGP RIB-Failure Verification

1- BGP Best Path Selection Rules Introduction

2- BGP Preference of Locally Injected Path Introduction

3- BGP Preference of Locally Injected Path Verification

1- BGP Best Path Selection Rules Introduction

2- BGP Accumulated Interior Gateway Protocol (AIGP) Introduction

3- BGP Accumulated Interior Gateway Protocol (AIGP) Usage

4- BGP Accumulated Interior Gateway Protocol (AIGP) Configuration

5- BGP Accumulated Interior Gateway Protocol (AIGP) Verification

1- BGP Best Path Selection Rules Introduction

2- BGP AS-Path Introduction

3- BGP Best Path Selection with AS-Path Introduction

4- BGP Best Path Selection with AS-Path Verification

5- BGP AS-Path Prepending Introduction

6- BGP AS-Path Prepending Configuration

7- BGP AS-Path Prepending Verification

1- BGP Best Path Selection Rules Introduction

2- BGP Origin-Code Introduction

3- BGP Best Path Selection with Origin-Code Introduction

4- BGP Best Path Selection with Origin-Code Verification

5- BGP Policy Configuration with Origin Code

1- BGP Best Path Selection Rules Introduction

2- BGP Multi Exit Discriminator [MED] Introduction

3- BGP Multi Exit Discriminator [MED] Default Behavior Introduction

4- BGP Multi Exit Discriminator [MED] Default Behavior Verification

5- BGP Multi Exit Discriminator [MED] Inbound Policy Introduction

6- BGP Multi Exit Discriminator [MED] Inbound Policy Configuration

7- BGP Multi Exit Discriminator [MED] Inbound Policy Verification

1- BGP Best Path Selection Rules Introduction

2- BGP Best Path Selection about Prefer eBGP to iBGP Path Introduction

3- BGP Best Path Selection about Prefer eBGP to iBGP Path Configuration

4- BGP Best Path Selection about Prefer eBGP to iBGP Path Verification

1- BGP Best Path Selection Rules Introduction

2- BGP Best Path Selection about Lowest IGP Metric to Next-Hop Introduction

3- BGP Best Path Selection about Lowest IGP Metric to Next-Hop Configuration

4- BGP Best Path Selection about Lowest IGP Metric to Next-Hop Verification

1- BGP Best Path Selection Rules Introduction

2- BGP Best Path Selection about Prefer Oldest eBGP Path Introduction

3- BGP Best Path Selection about Prefer Oldest eBGP Path Configuration

4- BGP Best Path Selection about Prefer Oldest eBGP Path Verification

1- BGP Best Path Selection Rules Introduction

2- BGP Best Path Selection about Lower BGP Router ID  Introduction

3- BGP Best Path Selection about Lower BGP Router ID  Configuration

4- BGP Best Path Selection about Lower BGP Router ID  Verification

1- BGP Best Path Selection Rules Introduction

2- BGP Best Path Selection about Lowest Neighbor IP Address  Introduction

3- BGP Best Path Selection about Lowest Neighbor IP Address  Configuration

4- BGP Best Path Selection about Lowest Neighbor IP Address  Verification

1- BGP Path Attributes Types Introduction

2- BGP Well-Known Attributes Introduction

3- BGP Optional Attributes Introduction

4- BGP Well-Known Manadatory Introduction

5- BGP Well-Known Discretionary Introduction

6- BGP Optional Transitive Introduction

7- BGP Optional Non-Transitive Introduction

1- 16-bits Autonomous-System (AS) Introduction

2- 32-bits Autonomous-System (AS) Introduction

3- Public AS Number Introduction

4- Private AS Number Introduction

5- Documentation AS Number Introduction

6- BGP Remove Private AS Number Introduction

7- BGP Remove Private AS Number Configuration

8- BGP Remove Private AS Number Verification

1- BGP Multihoming Introduction

2- Resiliency in Service Providers Introduction

3- Internet Transit Routing Introduction

4- Branch Transit Routing Introduction

5- Deterministic Routing During Failover Introduction

6- Nondeterministic Routing During Failover Introduction

1- What is the Policy Based Routing or PBR

2- Relation between a PBR and Routing-Table

3- PBR Configuration with ACL as a Match Conditioner

4- PBR Configuration with outgoing Interface  as a Set Conditioner

5- PBR Configuration with Next Hop IP Address as a Set Conditioner

6- PBR Verification with Show and Debug Commands

1- What is the Policy Based Routing or PBR

2- Relation between a PBR and Routing-Table

3- PBR Configuration with Packet Length as a Match Conditioner

4- PBR Configuration with outgoing Interface  as a Set Conditioner

5- PBR Configuration with Next Hop IP Address as a Set Conditioner

6- PBR Verification with Show and Debug Commands

1- Multicast Fundamentals Introduction

2- Transmission methods Introduction

3- Unicast Transmission methods Introduction

4- Multicast Transmission methods Introduction

5- Broadcast Transmission methods Introduction

6- Multicast Addressing Introduction

7- Well-Known Reserved Multicast Addresses Introduction

8- IP Multicast Addresses Assigned by IANA Introduction

9- Local network control block (224.0.0/24) Introduction

10- Internetwork control block (224.0.1.0/24) Introduction

11- Source Specific Multicast (SSM) block (232.0.0.0/8) Introduction

12- GLOP block (233.0.0.0/8) Introduction

13- Administratively scoped block (239.0.0.0/8) Introduction

14- Layer 2 Multicast Addresses Introduction

1- Internet Group Management Protocol [IGMP] v1 Introduction

2- Internet Group Management Protocol [IGMP] v1 Message Format Introduction

3- Internet Group Management Protocol [IGMP] v1 Message Types  Introduction

4- Internet Group Management Protocol [IGMP] v1 Configuration

5- Internet Group Management Protocol [IGMP] v2 Introduction

6- Internet Group Management Protocol [IGMP] v2 Message Format Introduction

7- Internet Group Management Protocol [IGMP] v2 Message Types  Introduction

8- Internet Group Management Protocol [IGMP] v2 Configuration

9- Internet Group Management Protocol [IGMP] v3 Introduction

10- Internet Group Management Protocol [IGMP] v3 Message Format Introduction

11- Internet Group Management Protocol [IGMP] v3 Message Types  Introduction

12- Internet Group Management Protocol [IGMP] v3 Configuration

13- Internet Group Management Protocol [IGMP] Snooping Introduction

1- Protocol Independent Multicast [PIM] Introduction

2- PIM Distribution Trees - Source Tree Introduction

3- PIM Distribution Trees - Shortest Path Tree(SPT) Introduction

4- Reverse Path Forwarding (RPF) Introduction

5- Reverse Path Forwarding (RPF) Interface Introduction

6- Reverse Path Forwarding (RPF) Neighbor Introduction

7- Multicast Routing Information Base (MRIB) Introduction

8- Multicast Forwarding Information Base (MFIB) Introduction

9- Multicast state (S,G) Introduction

10- Incoming interface (IIF) Introduction

11- Outgoing interface List (OIL) Introduction

12- Last-hop router (LHR) Introduction

13- First-hop router (FHR) Introduction

14- PIM operating modes Introduction

15- PIM Dense Mode Introduction

16- PIM-DM Flood and Prune Operation Introduction

17- PIM Dense Mode Configuration

18- PIM Dense Mode Verification

1- Protocol Independent Multicast [PIM] Introduction

2- PIM Distribution Trees - Shared Tree Introduction

3- PIM Distribution Trees - RP trees (RPT) Introduction

4- PIM Sparse Mode Introduction

5- PIM Sparse Mode Configuration

6- PIM Sparse Mode Verification

7- PIM Sparse Mode Source Registration Introduction

8- PIM Register Message Introduction

9- PIM Register Stop Message Introduction

10- PIM Join Message Introduction

11- PIM Prune Message Introduction

12- PIM Sparse Mode PIM SPT Switchover  Introduction

13- PIM Sparse Mode Reverse Path Forwarding [RPF] Introduction

1- PIM Sparse Mode Introduction

2- PIM Shared and Source Path Trees Introduction

3- PIM Sparse Mode Shared Tree Join Introduction

4- PIM Sparse Mode Source Registration Introduction

5- PIM Sparse Mode PIM SPT Switchover Introduction

6- PIM Designated Router Introduction

7- PIM Designated Router Configuration

8- PIM Designated Router Verification

9- PIM Forwarder Router Introduction

10- PIM Forwarder Router Configuration

11- PIM Forwarder Router Verification

12- PIM Assert Mechanism Introduction

1- Rendezvous Points Introduction

2- Static RP Introduction

3- Static RP Configuration

4- Static RP Verification

5- Cisco Auto-RP Introduction

6- Cisco Auto-RP Candidate RPs Introduction

7- Cisco Auto-RP Mapping Agent Introduction

8- Cisco Auto-RP Configuration

9- Cisco Auto-RP Verification

10- PIM Bootstrap Router Introduction

11- PIM Bootstrap Router Candidate RPs Introduction

12- PIM Bootstrap Router BSR Introduction

13- PIM Bootstrap Router Configuration

14- PIM Bootstrap Router Verification