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CCNP R&S Course Outline

Fundamentals of Routing
  • Routing Introduction
  • Rules of Routing
  • Static Routing: Advantages and Disadvantages
  • Default Routing Introduction
  • Dynamic Routing Introduction
  • Routing Protocols and Types Introduction
  • IGP Introduction
  • Distance Vector Routing Protocols Introduction
  • Link State Routing Protocols Introduction
  • Enhance Distance Vector Routing Protocol Introduction
  • EGP Introduction and Types
  • Classful and Classless Addressing Introduction
  • Classful and Classless Routing Protocols Introduction
  • Metric Introduction
  • Administrative Distance Introduction
  • Convergence Time and Summarization Introduction
Implementation of Static and Default Routing
  • Static Routing Lab
  • Default Routing Lab
Fundamentals of RIP
  • RIP Introduction
  • RIP Route Poisoning
  • RIP Poison Reverse
  • RIP Split-Horizon
  • RIP Timers
Implementation of RIP
  • Configuring Basic RIPv2
Fundamentals of Classic EIGRP
  • EIGRP Introduction
  • EIGRP Component: PDM
  • EIGRP Component: RTP
  • EIGRP Component: NDR
  • EIGRP Component: DUAL
  • EIGRP Successor Introduction
  • EIGRP Feasible Distance Introduction
  • EIGRP Feasible Successor, Requirements and AD/RD Introduction
  • EIGRP Input Event Introduction
  • EIGRP Local Computation Introduction
  • EIGRP Going Active Introduction
  • EIGRP Additional Features Introduction
  • EIGRP Tables Introduction
  • EIGRP Neighborship Requirements Introduction
  • EIGRP Modes Introduction
  • EIGRP Metric and Formula Introduction
  • EIGRP Stub Router Introduction
  • EIGRP Final Words
Implementation of Classic EIGRP
  • Classic EIGRP Lab: Initial Config
  • Classic EIGRP Lab: Basic
  • Classic EIGRP Lab: Passive-Interface
  • Classic EIGRP Lab: Authentication
  • Classic EIGRP Lab: Hello Timer Changing
  • Classic EIGRP Lab: Hold Timer Changing
  • Classic EIGRP Lab: Neighbor Table Verification
  • Classic EIGRP Lab: Topology Table Verification
  • Classic EIGRP Lab: Routing Table Verification
  • Classic EIGRP Lab: Static-Neighborship
  • Classic EIGRP Lab: Equal-Cost Load Balancing
  • Classic EIGRP Lab: Un-Equal Cost Load Balancing
  • Classic EIGRP Lab: Offset-List
  • Classic EIGRP Lab: Metric Tuneing
  • Classic EIGRP Lab: Max-Path
  • Classic EIGRP Lab: Max-Hop
  • Classic EIGRP Lab: Split-Horizon
  • Classic EIGRP Lab: Default Route via Redistribution via Actual Gateway
  • Classic EIGRP Lab: Default Route via Redistribution via Null 0
  • Classic EIGRP Lab: Default Route via Summarization
  • Classic EIGRP Lab: Default Route via IP Default-Network
  • Classic EIGRP Lab: Default Route via Wild Card Command
  • Classic EIGRP Lab: Route Filtering via ACL
  • Classic EIGRP Lab: Route Filtering via Route-Map
  • Classic EIGRP Lab: Route Filtering via Prefix-List
  • Classic EIGRP Lab: Route Filtering via Administrative Distance
  • Classic EIGRP Lab: IP Bandwidth Percentage EIGRP
  • Classic EIGRP Lab: Active Timer Disable
  • Classic EIGRP Lab: Stub Router
  • Classic EIGRP Lab: Route Summarization
  • Classic EIGRP Route Summarization With Leak-Map
Fundamentals of Named EIGRP
  • Named EIGRP: Introduction
Implementation of Named EIGRP
  • Named EIGRP: Initial Config
  • Named EIGRP: Basic
  • Named EIGRP: Passive-Interface
  • Named EIGRP: Authentication
  • Named EIGRP: Hello Timer Changing
  • Named EIGRP: Hold Timer Changing
  • Named EIGRP: Neighbour Table Verification
  • Named EIGRP: Topology Table Verification
  • Named EIGRP: Routing Table Verification
  • Named EIGRP: Equal-Cost Load balancing
  • Named EIGRP: Static Neighbour Ship
  • Named EIGRP: Un-Equal-Cost Load balancing
  • Named EIGRP: Offset-list
  • Named EIGRP: Metrics Tuning
  • Named EIGRP: Max-Path
  • Named EIGRP: Max-Hop
  • Named EIGRP: Split-Horizon
  • Named EIGRP: Default Route via Redistribution
  • Named EIGRP: Default Route via Summarization
  • Named EIGRP: Default Route via IP default-Network
  • Named EIGRP: Default Route via Wild card Command
  • Named EIGRP: Route Filtering via ACL
  • Named EIGRP: Route Filtering via Route-Map
  • Named EIGRP: Route Filtering via Prefix-list
  • Named EIGRP: Route Filtering via AD
  • Named EIGRP: IP Bandwidth Percentage EIGRP
  • Named EIGRP: Active Timer Disable
  • Named EIGRP: Stub Routers
  • Named EIGRP: Route Summarization
  • Named EIGRP: Route Summarization With Leak-Map
Fundamentals of OSPFv2
  • OSPF Introduction
  • Difference Between Distance Vector and Link State Protocols
  • OSPF Tables and Messages and Messages’ Contents Introduction
  • OSPF States Introduction
  • OSPF Area and Structure Introduction
  • OSPF Priority Introduction
  • OSPF DR and BDR
  • OSPF DR and BDR Requirements
  • OSPF Metric Introduction
  • OSPF Network Types Introduction
  • OSPF Hello Interval and Dead Interval in Different Networks
  • OSPF Router Types Introduction
  • OSPF LSA Types Introduction
  • OSPF Area Types Introduction
  • OSPF Virtual-Link Introduction
  • OSPF Authentication and Summarization Types Introduction
  • OSPF Route Types Introduction
  • OSPF Seed Metric Introduction
  • OSPF Neighbourship Requirements Introduction
Implementation of OSPFv2
  • OSPF Initial Configuration
  • OSPF Lab: Basic
  • OSPF Lab: Passive Interface
  • OSPF Lab: Hello Timer Changing
  • OSPF Lab: Dead Timer Changing
  • OSPF Lab: Authentication Plain Text
  • OSPF Lab: Authentication MD5
  • OSPF Lab: Authentication Null
  • OSPF Lab: OSPF Area Authentication
  • OSPF Lab: Max-Path
  • OSPF Lab: AD Changing
  • OSPF Lab: Virtual-link
  • OSPF Lab: Virtual-link Authentication
  • OSPF Lab: Redistribution Metric-Type 2
  • OSPF Lab: Redistribution Metric-Type 1
  • OSPF Lab: Redistribution with Tagging
  • OSPF Lab: External-Summarization
  • OSPF Lab: Inter-Area Summarization
  • OSPF Lab: Stub Area
  • OSPF Lab: Totally Stub
  • OSPF Lab: NSSA
  • OSPF Lab: Totally NSSA
  • OSPF Lab: OSPF Route Filtering Via ACL
  • OSPF Lab: OSPF Route Filtering Via Route-Map
  • OSPF Lab: OSPF Route Filtering Via Prefix-list
  • OSPF Lab: OSPF Route Filtering Via AD
  • OSPF Lab: OSPF Route Filtering Via Tagging
  • OSPF Lab: OSPF Route Filtering Area Filter-list
  • OSPF Lab: OSPF Route Filtering LSA Introduction
  • OSPF Lab: OSPF Max-LSA
  • OSPF Lab: IP MTU Ignore
Fundamentals of PBR and SLA
  • Policy Base Routing and SLA Introduction
Implementation of PBR and SLA
  • Policy Base Routing and SLA Lab
Fundamentals of BGP
  • BGP Introduction
  • BGP Messages Introduction
  • BGP Tables and States Introduction
  • BGP Next Hop Self Introduction
  • BGP Route Reflector Client Introduction
  • BGP eBGP Multihop Introduction
  • BGP Max-Path Introduction
  • BGP Update Source Introduction
  • BGP Redistribute Internal Introduction
  • BGP Aggregation and Authentication Introduction
Implementation of BGP
  • BGP Lab: Initial Configuration
  • BGP Lab: Basic
  • BGP Lab: Tables Verification
  • BGP Lab: Next-Hop-Self
  • BGP Lab: Route-Reflector-Client
  • BGP Lab: BGP-Multi-Hop
  • BGP Lab: Max-Path
  • BGP Lab: Authentication
  • BGP Lab: Aggregation/Summarization
  • BGP Lab: Path Selection via Weight
  • BGP Lab: Path Selection via Local Preference
  • BGP Lab: Path Selection via MED
  • BGP Lab: Update Source
  • BGP Lab: Redistribute Internal
  • BGP Lab: Route Filtering Via ACL
  • BGP Lab: Route Filtering Via Route Map
  • BGP Lab: Route Filtering Via Prefix-list
Fundamentals and Implementation of WAN Technologies
  • WAN Introduction
  • HDLC Introduction
  • PPP Introduction
  • Frame-Relay Introduction
  • GRE Introduction and Lab
  • Introduction to DMVPN
Fundamentals and Implementation of IOS Access-List
  • Access-List Introduction
  • Standard Access-List Lab
  • Extended Access-List Lab
  • Named Access-List Lab
  • Time Base Access-List Lab
Fundamentals and Implementation of Network Address Translation
  • NAT Introduction
  • Static NAT Lab
  • Dynamic NAT Lab
  • Port Address Translation (PAT) Lab
Fundamental and Implementation of Infrastructure Services
  • SNMP Introduction
  • SNMPv1 Configuration Lab
  • SNMPv2 Configuration Lab
  • SNMPv3 Configuration Lab
Fundamentals of IPv6
  • IPv6 Introduction Part::1
  • IPv6 Introduction Part::2
  • IPv6 Introduction Part::3
Implementing IPv6 Static Routing and Default Routing
  • IPv6 Static Routing Lab
  • IPv6 Default Routing Lab
Implementation on RIPng
  • IPv6 RIPng Lab Initial Configuration
  • IPv6 RIPng Lab Basic
  • IPv6 RIPng Lab Timers Changing
  • IPv6 RIPng Lab Distance Changing
  • IPv6 RIPng Lab Distribute-list
  • IPv6 RIPng Lab Maximum-paths
  • IPv6 RIPng Lab Port Changing
  • IPv6 RIPng Lab Redistribution
  • IPv6 RIPng Lab Split-horizon Disable
  • IPv6 RIPng Lab Default-information only
  • IPv6 RIPng Lab Default-information originate
  • IPv6 RIPng Lab Metric-offset
  • IPv6 RIPng Lab Summarization
  • IPv6 RIPng Lab Poison-reverse Enable
Implementation on Classic EIGRPv6
  • Classic EIGRPv6 Initial Configuration
  • Classic EIGRPv6 Basic
  • Classic EIGRPv6 Passive-Interface
  • Classic EIGRPv6 Authentication
  • Classic EIGRPv6 Hello Changing
  • Classic EIGRPv6 Hold Changing
  • Classic EIGRPv6 AD Changing
  • Classic EIGRPv6 Neighbour Table Verification
  • Classic EIGRPv6 Topology Table Verification
  • Classic EIGRPv6 Routing Table Verification
  • Classic EIGRPv6 Equal-Cost Load balancing
  • Classic EIGRPv6 Static Neighbour Ship
  • Classic EIGRPv6 Un-Equal-Cost Load balancing
  • Classic EIGRPv6 Metrics Tuning
  • Classic EIGRPv6 Max-Path
  • Classic EIGRPv6 Max-Hop
  • Classic EIGRPv6 Over Frame-Relay
  • Classic EIGRPv6 Split-Horizon Disable
  • Classic EIGRPv6 Default Route via Redistribution
  • Classic EIGRPv6 Default Route via Summarization
  • Classic EIGRPv6 Route Filtering via Prefix-list
  • Classic EIGRPv6 IP Bandwidth Percentage EIGRPv6
  • Classic EIGRPv6 Active Timer Disable
  • Classic EIGRPv6 Stub Routers
  • Classic EIGRPv6 Route Summarization
Implementation on Named EIGRPv6
  • Named EIGRP:v6 Initial Configuration
  • Named EIGRP:v6 Basic
  • Named EIGRP:v6 Passive-Interface
  • Named EIGRP:v6 Authentication
  • Named EIGRP:v6 Hello Changing
  • Named EIGRP:v6 Hold Changing
  • Named EIGRP:v6 AD Changing
  • Named EIGRP:v6 Neighbour Table Verification
  • Named EIGRP:v6 Topology Table Verification
  • Named EIGRP:v6 Routing Table Verification
  • Named EIGRP:v6 Equal-Cost Load balancing
  • Named EIGRP:v6 Static Neighbour Ship
  • Named EIGRP:v6 Un-Equal-Cost Load balancing
  • Named EIGRP:v6 Metrics Tuning
  • Named EIGRP:v6 Max-Path
  • Named EIGRP:v6 Max-Hop
  • Named EIGRP:v6 Split-Horizon
  • Named EIGRP:v6 Default Route via Redistribution
  • Named EIGRP:v6 Default Route via Summarization
  • Named EIGRP:v6 Route Filtering via Prefix-list
  • Named EIGRP:v6 IP Bandwidth Percentage EIGRPv6
  • Named EIGRP:v6 Active Timer Disable
  • Named EIGRP:v6 Stub Routers
  • Named EIGRP:v6 Route Summarization
Implementation on OSPFv3
  • Implementation on OSPFv3
  • OSPFv3 Lab Basic
  • OSPFv3 Lab Passive Interface
  • OSPFv3 Lab Hello Changing
  • OSPFv3 Lab Dead Changing
  • OSPFv3 Lab Authentication IPSec SHA
  • OSPFv3 Lab Authentication IPSec MD5
  • OSPFv3 Lab Authentication Null
  • OSPFv3 Lab Area Authentication IPSec SHA
  • OSPFv3 Lab Area Authentication IPSec MD5
  • OSPFv3 Lab Max-Path
  • OSPFv3 Lab AD Changing
  • OSPFv3 Lab Virtual-link
  • OSPFv3 Lab Virtual-link Authentication
  • OSPFv3 Lab Redistribution Metric-Type 2
  • OSPFv3 Lab Redistribution Metric-Type 1
  • OSPFv3 Lab External-Summarization
  • OSPFv3 Lab Inter-Area Summarization
  • OSPFv3 Lab Stub Area
  • OSPFv3 Lab Totally Stub Area
  • OSPFv3 Lab NSSA Area
  • OSPFv3 Lab Totally NSSA Area
  • OSPFv3 Lab Route Filtering Via Prefix-list
  • OSPFv3 Lab IPv6 MTU Ignore
Implementation of IPv6 Tunnelling
  • IPv6 Over IPv4 Lab
  • GRE Over IPv6 Lab
Implementation of MP-BGP IPv6
  • MP-BGP IPv6 Lab Initial Configuration
  • MP-BGP IPv6 Lab Basic
  • MP-BGP IPv6 Lab Tables Verification
  • MP-BGP IPv6 Lab Next-Hop-Self
  • MP-BGP IPv6 Lab Route-Reflector-Client
  • MP-BGP IPv6 Lab EBGP-Multi-Hop
  • MP-BGP IPv6 Lab Max-Path
  • MP-BGP IPv6 Lab Authentication
  • MP-BGP IPv6 Lab Aggregation/Summarization
  • MP-BGP IPv6 Lab Path Selection via Weight
  • MP-BGP IPv6 Lab Path Selection via Local Preference
  • MP-BGP IPv6 Lab Path Selection via MED
Configuring DHCP and DHCP Relay Agent and NTP
  • What is Dynamic Host Configuration Protocol (DHCP)
  • What is DHCP Relay Agent
  • Cisco Router As DHCP Server lab
  • Cisco Router As DHCP Relay Agent lab
  • Cisco Switch As DHCP Server lab
  • Cisco Switch As DHCP Relay Agent lab
  • NTP Introduction
  • NTP Lab Without Authentication
  • NTP Lab With Authentication
Managing Cisco Router with AAA
  • AAA Introduction
Switch Operation
  • Switching Introduction
  • What is Layer 2 Switching
  • Similarities and differences between Layer 3 Routing and Switching
  • What is Layer 4 Switching
  • How The Switches Learn MAC Address of End Devices
  • Layer 2 Switch Tables
  • Multilayer Switching (MLS) brief Introduction
Switch Port Configuration
  • How To Configure Switch Ports as Access Ports or Trunk Ports
  • How To Use Interface Range Command
  • How To Use Macro Command
  • How To Configure Description on Switch Interface
  • How To Configure Switch Ports Speed
  • How To Configure Switch Ports Duplex
  • How To Configure Error Disable Command
  • How To Enable and Disable Cisco Discovery Protocol (CDP)
  • How To Enable and Disable Link Layer Discovery Protocol (LLDP)
Fundamentals of Switching
  • Switching and its Functions Introduction
  • Switching Methods Introduction
  • MAC Addresses Types Introduction
  • Broadcast Domain Introduction
  • Collision Domain Introduction
  • CSMA/CD Introduction
VLANs and Trunks
  • VLAN Introduction
  • Static VLAN Introduction
  • Dynamic VLAN Introduction
  • VLAN Tagging Introduction
  • ISL Introduction
  • 802.1q Introduction
  • Inter-Vlan Routing Lab Via Router on a Stick
  • Inter-Vlan Routing Lab Via SVI
VLAN Trunking Protocol
  • VTP Introduction
  • VTP Server Mode Introduction
  • VTP Client Mode Introduction
  • VTP Transparent Mode Introduction
  • Default VTP Configuration Introduction
  • VTP Working Introduction
  • VTP Working Requirements and Versions Introduction
  • VTP Messages Introduction
  • VTP Prunning Introduction
  • DTP Introduction
  • Native VLAN Introduction
  • VTP Lab
Traditional Spanning Tree Protocol
  • STP Introduction
  • STP Tasks Introduction
  • STP BPDU and Types Introduction
  • STP Cost Introduction
  • STP Root Bridge Requirements Introduction
  • STP Root Bridge Election Process Introduction
  • STP DP and RP Requirements and Election Introduction
  • STP Timers Introduction
  • STP Port States Introduction
  • STP Topology Changes Introduction
  • STP Portfast Introduction
  • STP Uplinkfast Introduction
  • STP Backbonefast Introduction
Spanning-Tree Configuration
  • STP Lab
  • STP Portfast Introduction
  • STP Portfast Lab
  • STP Uplinkfast Introduction
  • STP Uplinkfast Lab
  • STP Backbonefast Introduction
  • STP Backbonefast Lab
Protecting the Spanning Tree Protocol Topology
  • STP Root Guard Introduction
  • STP Root Guard Lab
  • STP Loop Guard Introduction
  • STP Loop Guard Lab
  • STP BPDU Guard Introduction
  • STP BPDU Guard Lab
  • STP BPDU Filter Introduction
  • STP BPDU Filter Lab
  • STP UDLD Introduction
  • STP UDLD Lab
Advanced Spanning Tree Protocol
  • RSTP Introduction
  • Difference Between STP and RSTP Ports States
  • RSTP Convergence Process Steps Introduction
  • RSTP Ports Types Introduction
  • STP Protocols Types Introduction
  • Introduction to RSTP and MSTP
  • Rapid PVST+ Configuration Lab
  • MST Configuration Lab
Aggregating Switch Links
  • Ether-Channel Introduction
  • XOR Gate Introduction
  • Ether Channel Loadbalancing
  • Ether-Channel Load Balancing Techniques
  • Layer 2 Ether-Channel Configuration Lab
  • Layer 3 Ether-Channel Configuration Lab
Multilayer Switching
  • Multilayer Switching (MLS) Introduction
  • First Generation MLS Introduction
  • Second Generation MLS Introduction
  • MLS Switch Tables
  • What is Forwarding Information Base (FIB) and Its Components
  • What is Packet Re-writer
Configuring DHCP
  • DHCP Introduction
  • DHCP Relay Agent Introduction
  • Cisco Router As DHCP Server Configuration Lab
  • Cisco Router As DHCP Relay Agent Configuration Lab
  • Cisco Switch As DHCP Server Configuration Lab
  • Cisco Switch As DHCP Relay Agent Configuration Lab
Logging Switch Activity
  • NTP Introduction
  • NTP Without Authentication Configuration Lab
  • NTP With Authentication Configuration Lab
Layer 3 Availability
  • What is The Need of First Hop Redundency
  • HSRP Introduction
  • HSRP Lab
  • VRRP Introduction
  • VRRP Lab
  • GLBP Introduction
  • GLBP Lab Initial Configuration
  • GLBP Lab
  • Load balancing with HSRP Lab
  • HSRP Authentication Lab
  • Load balancing with VRRP Lab
  • VRRP Authentication Lab
  • GLBP Authentication Lab
Managing Switches with SNMP
  • SNMP Introduction
  • SNMPv1 Configuration Lab
  • SNMPv2 Configuration Lab
  • SNMPv3 Configuration Lab
Using Port Mirroring to Monitor Traffic
  • SPAN and RSPAN Introduction
  • SPAN Lab
  • RSPAN Lab
Securing Switch Access
  • Layer 2 Security Port Security
  • Layer 2 Security Port Security Lab
  • Layer 2 Security Protected Port
  • Layer 2 Security Protected Port Lab
Securing VLANs
  • Layer 2 Security VLAN ACL
  • Layer 2 Security VLAN ACL Lab
  • Layer 2 Security Private VLAN
  • Layer 2 Security Private VLAN Lab
Preventing Spoofing Attacks
  • Layer 2 Security Rough DHCP Attack and DHCP Snooping Introduction
  • Layer 2 Security Rough DHCP Attack and DHCP Snooping Lab
  • Layer 2 Security IP Spoofing or IP Source Guard Introduction
  • Layer 2 Security IP Spoofing or IP Source Guard Lab
  • Layer 2 Security Man-in-Middle Attack
  • Layer 2 Security Dynamic ARP Inspection
  • Layer 2 Security Dynamic ARP Inspection Lab
Managing Switch Users
  • AAA Introduction
  • AAA Lab
Monitoring Performance with IP SLA
  • Policy Base Routing and SLA Introduction
  • Policy Base Routing and SLA Lab

Our Trainers

Saurabh Yadav

Saurabh Yadav

Triple CCIE R&S, SP, Security # 46962

Baldev Singh

Baldev Singh

CCIE Security #37094

Sudhanshu Bhat

Sudhanshu Bhat

CCIE Voice # 41212

Surendra Singh

Surendra Singh

CCIE R&S # 60346

Shubham Singh

Shubham Singh

CCIE Security # 58858

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