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    CCNA R&S (CCNAX) 200-125 Deep Dive:

    BY
    Udemy

    Join the online CCNA R&S (CCNAX) 200-125 Deep Dive: course by Udemy to prepare for CCNA R&S.

    Brochure Enquire
    Mode

    Online

    Fees

    ₹ 2499

    Quick Facts

    particular details
    Medium of instructions English
    Mode of learning Self study
    Mode of Delivery Video and Text Based

    Course overview

    CCNA R&S (CCNAX) 200-125 Deep Dive:  Course is an online course developed by Baldev Singh, a Trainer & Consultant of Cisco Network Security, that will help the learners to acquire knowledge of the whole range of topics required for the Cisco Certified Network Associate Routing and Switching (CCNA R&S). The curriculum of CCNA R&S (CCNAX) 200-125 Deep Dive: Online Course will go through numerous aspects such as fundamentals of networking, Local Area Network, Metropolitan Area Network, Wide Area Network, OSI model, and much more. 

    CCNA R&S (CCNAX) 200-125 Deep Dive: Certification, administered by Udemy, will equip the students with expertise and skills in implementing  Cisco CCNAv3 Routing and Switching 200-125 CCNA technologies. The interested folk can join the programme by making the payment of a fee. 

    The highlights

    • Online course
    • Downloadable resources
    • Full lifetime access
    • Access on mobile and TV
    • Certificate of completion
    • English videos
    • 30-Day Money-Back Guarantee

    Program offerings

    • 48.5 hours on-demand video
    • 1 article
    • Full lifetime access
    • Access on mobile and tv
    • Certificate of completion
    • English videos

    Course and certificate fees

    Fees information
    ₹ 2,499
    certificate availability

    Yes

    certificate providing authority

    Udemy

    Who it is for

    Network architect

    What you will learn

    After the completion of  CCNA R&S (CCNAX) 200-125 Deep Dive: Online Certification, the students will have the opportunity to study TCP/IP Model, IPv4 Subnetting,  EIGRP, WAN Technologies, implementation of VLAN, VTP, STP, and Ether-Channel and a lot more. 

    The syllabus

    CCNAX: Course Introduction

    • CCNAX: Course Introduction

    Fundamentals of Networking

    • CCNAX: Network Introduction
    • CCNAX: Local Area Network Introduction
    • CCNAX: Metropolitan Area Network Introduction
    • CCNAX: Wide Area Network Introduction
    • CCNAX: Campus Area Network and Storage Area Network Introduction
    • CCNAX: Enterprise Network Introduction
    • CCNAX: Small Office Home Office and Data Center Introduction
    • CCNAX: Networking Introduction and Types
    • CCNAX: Networking Devices Introduction Part::1
    • CCNAX: Networking Devices Introduction Part::2
    • CCNAX: Peer-Peer Networking Lab with Windows XP
    • CCNAX: Server Base Networking Lab with Windows XP and Server 2003
    • CCNAX: Peer-Peer Networking Lab with Windows 7
    • CCNAX: Server Base Networking Lab with Windows 7 and Server 2008

    Fundamentals of OSI Model

    • CCNAX: Open System Interconnection Model Introduction
    • CCNAX: OSI Physical Layer Introduction
    • CCNAX: OSI Data Link Layer Introduction
    • CCNAX: OSI Network Layer Introduction
    • CCNAX: OSI Transport Layer Introduction
    • CCNAX: OSI Session Layer Introduction
    • CCNAX: OSI Presentation Layer Introduction
    • CCNAX: OSI Application Layer Introduction
    • CCNAX: Encapsulation and Decapsulation Introduction

    Fundamentals of TCP/IP Model

    • CCNAX: TCP/IP Introduction
    • CCNAX: TCP/IP Physical Layer and Data Link Layer Protocols Introduction
    • CCNAX: TCP/IP Internet Layer Protocols Introduction
    • CCNAX: TCP/IP Transport Layer Protocols Introduction
    • CCNAX: TCP/IP Application Layer Protocols Introduction Part::1
    • CCNAX: TCP/IP Application Layer Protocols Introduction Part::2

    Fundamentals of IPv4 Addressing

    • CCNAX: IP Addreess and Its Classess
    • CCNAX: IP Addreess and Parts
    • CCNAX: IP Addreess and Types
    • CCNAX: IP Addreess and Styles

    Fundamentals of IPv4 Subnetting

    • CCNAX: Subnetting
    • CCNAX: What Should We Know Before Subnetting

    Implementing IPv4 Subnetting of Class C

    • CCNAX: Class C Subnetting at /25
    • CCNAX: Class C Subnetting at /26
    • CCNAX: Class C Subnetting at /27
    • CCNAX: Class C Subnetting at /28
    • CCNAX: Class C Subnetting at /29
    • CCNAX: Class C Subnetting at /30

    Implementing IPv4 Subnetting of Class B

    • CCNAX: Class B at /16
    • CCNAX: Class B Subnetting at /17
    • CCNAX: Class B Subnetting at /18
    • CCNAX: Class B Subnetting at /19
    • CCNAX: Class B Subnetting at /20
    • CCNAX: Class B Subnetting at /21
    • CCNAX: Class B Subnetting at /22
    • CCNAX: Class B Subnetting at /23
    • CCNAX: Class B Subnetting at /24
    • CCNAX: Class B Subnetting at /25
    • CCNAX: Class B Subnetting at /26
    • CCNAX: Class B Subnetting at /27
    • CCNAX: Class B Subnetting at /28
    • CCNAX: Class B Subnetting at /29
    • CCNAX: Class B Subnetting at /30

    Implementing IPv4 Subnetting of Class A

    • CCNAX: Class A at /8
    • CCNAX: Class A Subnetting at /9
    • CCNAX: Class A Subnetting at /10
    • CCNAX: Class A Subnetting at /11
    • CCNAX: Class A Subnetting at /12
    • CCNAX: Class A Subnetting at /13
    • CCNAX: Class A Subnetting at /14
    • CCNAX: Class A Subnetting at /15
    • CCNAX: Class A Subnetting at /16
    • CCNAX: Class A Subnetting at /17
    • CCNAX: Class A Subnetting at /18
    • CCNAX: Class A Subnetting at /19
    • CCNAX: Class A Subnetting at /20
    • CCNAX: Class A Subnetting at /21
    • CCNAX: Class A Subnetting at /22
    • CCNAX: Class A Subnetting at /23
    • CCNAX: Class A Subnetting at /24
    • CCNAX: Class A Subnetting at /25
    • CCNAX: Class A Subnetting at /26
    • CCNAX: Class A Subnetting at /27
    • CCNAX: Class A Subnetting at /28
    • CCNAX: Class A Subnetting at /29
    • CCNAX: Class A Subnetting at /30

    Understanding VLSM and Summarization

    • CCNAX: VLSM Introduction
    • CCNAX: Summarization Introduction

    Operating Cisco Routers

    • CCNAX: Router Introduction
    • CCNAX: Router Booting Process
    • CCNAX: Router Modes and Hostname
    • CCNAX: How To Check Configuration
    • CCNAX: How To Set Enable Password
    • CCNAX: How To Set Service Password Encryption
    • CCNAX: How To Decrypt Enable Password Using Key Ring
    • CCNAX: How To Decrypt Enable Password Using Internet
    • CCNAX: How To set enable Secret Password
    • CCNAX: How To set Minimum Password Length
    • CCNAX: How To Assign IP to Interface
    • CCNAX: How To Set Console Password
    • CCNAX: How To Login On Console Via Username and Password
    • CCNAX: How To Enable Telnet on Router
    • CCNAX: How To Telnet With Username and Password
    • CCNAX: How To Enable SSH
    • CCNAX: How To Enable HTTP
    • CCNAX: How To Enable HTTPS
    • CCNAX: How To Take IOS Backup Of Router
    • CCNAX: How To Take Running-Config and Startup-Config Backup
    • CCNAX: How To Upgrade Router IOS
    • CCNAX: How To Do Password Recovery of Router
    • CCNAX: How To Configure Router As DNS Server and DNS Client
    • CCNAX: How To Configure Router As DHCP Server and DHCP Client
    • CCNAX: How To Configure Router As NTP Server and NTP Client

    Fundamentals of Routing

    • CCNAX: Routing Introduction
    • CCNAX: First Rule of Routing
    • CCNAX: Second Rule of Routing
    • CCNAX: Static Routing Advantages and Disadvantages
    • CCNAX: Default Routing Introduction
    • CCNAX: Dynamic Routing Introduction
    • CCNAX: Routing Protocols and Types
    • CCNAX: Interior Gateway Protocols Introduction and Types
    • CCNAX: Distance Vector Routing Protocols Introduction
    • CCNAX: Link State Routing Protocols Introduction
    • CCNAX: Enhance Distance Vector Routing Protocols Introduction
    • CCNAX: Exterior Gateway Protocols Introduction and Types
    • CCNAX: Classful Addressing and Classless Addressing
    • CCNAX: Classful Routing Protocols and Classless Routing Protocols
    • CCNAX: Metric Introduction
    • CCNAX: Administrative Distance
    • CCNAX: Convergence Time and Summarization

    Implementing IPv4 Static Routing and Default Routing

    • CCNAX: Static Routing Lab
    • CCNAX: Default Routing Lab

    Fundamentals of RIP

    • CCNAX: RIP Introduction and Version
    • CCNAX: Route Poisoning Introduction
    • CCNAX: Poison Reverse Introduction
    • CCNAX: Split-Horizon Introduction
    • CCNAX: RIP Timer Introduction

    Implementation of RIP

    • CCNAX: RIP Lab Basic
    • CCNAX: RIP Lab Versions 2
    • CCNAX: RIP Lab Passive interface
    • CCNAX: RIP Lab Authentication
    • CCNAX: RIP Lab Send and Receive Versions
    • CCNAX: RIP Lab Timer Changing
    • CCNAX: RIP Lab AD Changing
    • CCNAX: RIP Lab Default Route via Summarization
    • CCNAX: RIP Lab Default Route via IP default-network
    • CCNAX: RIP Lab Default Route via Default-information-originate
    • CCNAX: RIP Lab Default Route via Redistribution
    • CCNAX: RIP Lab Route Filtering via Offset-list
    • CCNAX: RIP Lab Route Filtering via ACL
    • CCNAX: RIP Lab Route Filtering via Prefix-list
    • CCNAX: RIP Lab Route Filtering via AD
    • CCNAX: RIP Lab Broadcast Update

    Fundamentals of EIGRP

    • CCNAX: EIGRP Introduction
    • CCNAX: EIGRP Component PDM Introduction
    • CCNAX: EIGRP Component RTP Introduction
    • CCNAX: EIGRP Component NDR Introduction
    • CCNAX: EIGRP Component DUAL Introduction
    • CCNAX: EIGRP Successor Introduction
    • CCNAX: EIGRP Feasible Successor Introduction
    • CCNAX: EIGRP Feasible Successor and Requirements and AD-RD
    • CCNAX: EIGRP Input Event Introduction
    • CCNAX: EIGRP Local Computation Introduction
    • CCNAX: EIGRP Going Active Introduction
    • CCNAX: EIGRP Additional Features Introduction
    • CCNAX: EIGRP Tables Introduction
    • CCNAX: EIGRP Neighborship Requirements Introduction
    • CCNAX: EIGRP Modes Introduction
    • CCNAX: EIGRP Metric and Formula Introduction
    • CCNAX: EIGRP Stub Router Introduction
    • CCNAX: EIGRP Final

    Implementation of EIGRP

    • CCNAX: EIGRP Initial Config
    • CCNAX: EIGRP Lab Basic
    • CCNAX: EIGRP Lab Passive-Interface
    • CCNAX: EIGRP Lab Authentication
    • CCNAX: EIGRP Lab Hello Timer Changing
    • CCNAX: EIGRP Lab Hold Timer Changing
    • CCNAX: EIGRP Lab Neighbour Table Verification
    • CCNAX: EIGRP Lab Topology Table Verification
    • CCNAX: EIGRP Lab Routing Table Verification
    • CCNAX: EIGRP Lab Equal-Cost Load balancing
    • CCNAX: EIGRP Lab Static Neighbour Ship
    • CCNAX: EIGRP Lab Un-Equal-Cost Load balancing
    • CCNAX: EIGRP Lab Offset-list
    • CCNAX: EIGRP Lab Metrics Tuning
    • CCNAX: EIGRP Lab Max-Path
    • CCNAX: EIGRP Lab Max-Hop
    • CCNAX: EIGRP Lab Over Frame-Relay
    • CCNAX: EIGRP Lab Split-Horizon
    • CCNAX: EIGRP Lab Default Route via Redistribution via Actual Gateway
    • CCNAX: EIGRP Lab Default Route via Null 0
    • CCNAX: EIGRP Lab Default Route via Summarization
    • CCNAX: EIGRP Lab Default Route via IP default-Network
    • CCNAX: EIGRP Lab Default Route via Wild card Command
    • CCNAX: EIGRP Lab Route Filtering via ACL
    • CCNAX: EIGRP Lab Route Filtering via Route-Map
    • CCNAX: EIGRP Lab Route Filtering via Prefix-list
    • CCNAX: EIGRP Lab Route Filtering via AD
    • CCNAX: EIGRP Lab IP Bandwidth Percentage
    • CCNAX: EIGRP Lab Active Timer Disable
    • CCNAX: EIGRP Lab Stub Routers
    • CCNAX: EIGRP Lab Route Summarization

    Fundamentals of OSPF

    • CCNAX: OSPF Introduction
    • CCNAX: Difference Between Distance Vector and Link State
    • CCNAX: OSPF Tables and Messages
    • CCNAX: OSPF States
    • CCNAX: OSPF Area and Structures
    • CCNAX: OSPF Priority
    • CCNAX: What are DR and BDR and Why
    • CCNAX: OSPF DR and BDR Requirements
    • CCNAX: OSPF Metric and Formula
    • CCNAX: OSPF Network Types
    • CCNAX: OSPF Hello Interval and Dead Interval in Different Network Types
    • CCNAX: OSPF Router Types
    • CCNAX: OSPF LSA Types
    • CCNAX: OSPF Area Types
    • CCNAX: OSPF Virtual Links
    • CCNAX: OSPF Authentication Types and Summarization Types
    • CCNAX: OSPF Route Types
    • CCNAX: OSPF Seed Metric
    • CCNAX: OSPF Neighbor ship Requirements

    Implementation of OSPF

    • CCNAX: OSPF Lab Initial Config
    • CCNAX: OSPF Lab Basic
    • CCNAX: OSPF Lab Passive Interface
    • CCNAX: OSPF Lab Hello Interval Changing
    • CCNAX: OSPF Lab Dead Interval Changing
    • CCNAX: OSPF Lab Authentication Plain Text
    • CCNAX: OSPF Lab Authentication MD5
    • CCNAX: OSPF Lab Authentication Null
    • CCNAX: OSPF Lab OSPF Area Authentication
    • CCNAX: OSPF Lab Max-Path
    • CCNAX: OSPF Lab AD Changing
    • CCNAX: OSPF Lab Virtual-link
    • CCNAX: OSPF Lab Virtual-link Authentication
    • CCNAX: OSPF Lab Redistribution with Metric-Type 2
    • CCNAX: OSPF Lab Redistribution with Metric-Type 1
    • CCNAX: OSPF Lab Redistribution with Tagging
    • CCNAX: OSPF Lab External-Summarization
    • CCNAX: OSPF Lab Inter-Area Summarization
    • CCNAX: OSPF Lab Stub Area
    • CCNAX: OSPF Lab Totally Stub Area
    • CCNAX: OSPF Lab NSSA Area
    • CCNAX: OSPF Lab Totally NSSA Area

    Fundamentals and Implementation WAN Technologies

    • CCNAX: WAN Introduction
    • CCNAX: HDLC Introduction
    • CCNAX: PPP Introduction
    • CCNAX: Frame-Relay Introduction
    • CCNAX: Frame-Relay Lab
    • CCNAX: GRE Introduction and Lab

    Fundamentals and Implementation of Basic IPv4 Access Control Lists

    • CCNAX: IOS Firewall Features Introduction
    • CCNAX: IOS Access-list Introduction
    • CCNAX: IOS Standard Access-list Lab
    • CCNAX: IOS Extended Access-list Lab
    • CCNAX: IOS Named Access-list Lab

    Fundamentals and Implementation of Advanced IPv4 ACLs and Device Security

    • CCNAX: IOS Time Base Access-list Lab
    • CCNAX: IOS Dynamic Access-list Lab
    • CCNAX: IOS Reflexive Access-list Lab
    • CCNAX: IOS TCP Establish Keyword Access-list Lab

    Fundamentals and Implementation of Network Address Translation

    • CCNAX: IOS NAT Introduction
    • CCNAX: IOS Static NAT Lab
    • CCNAX: IOS Dynamic NAT Lab
    • CCNAX: IOS Port Address Translation Lab
    • CCNAX: IOS Static PAT Lab
    • CCNAX: IOS Static PAT with Non Standard Port Lab

    Fundamentals of Switching

    • CCNAX: Switching and its Functions Introduction
    • CCNAX: Switching Methods Introduction
    • CCNAX: MAC Addresses Types Introduction
    • CCNAX: Broadcast Domain Introduction
    • CCNAX: Collision Domain Introduction
    • CCNAX: CSMA/CD Introduction

    Fundamentals and Implementation of VLAN

    • CCNAX: VLAN Introduction
    • CCNAX: Static VLAN Introduction
    • CCNAX: Dynamic VLAN Introduction
    • CCNAX: VLAN Tagging Introduction
    • CCNAX: ISL Introduction
    • CCNAX: 802.1q Introduction
    • CCNAX: Inter-Vlan Routing Lab Via Router on a Stick
    • CCNAX: Inter-Vlan Routing Lab Via SVI

    Fundamentals and Implementation of VTP

    • CCNAX: VTP Introduction
    • CCNAX: VTP Server Mode Introduction
    • CCNAX: VTP Client Mode Introduction
    • CCNAX: VTP Transparent Mode Introduction
    • CCNAX: Default VTP Configuration Introduction
    • CCNAX: VTP Working Introduction
    • CCNAX: VTP Requirements and Versions Introduction
    • CCNAX: VTP Messages Introduction
    • CCNAX: VTP Prunning Introduction
    • CCNAX: DTP Introduction
    • CCNAX: Native VLAN Introduction
    • CCNAX: VTP Lab

    Fundamentals and Implementation of STP

    • CCNAX: STP Introduction
    • CCNAX: STP Tasks Introduction
    • CCNAX: STP BPDU and Types Introduction
    • CCNAX: STP Cost Introduction
    • CCNAX: STP Root Bridge Requirements Introduction
    • CCNAX: STP Root Bridge Election Process Introduction
    • CCNAX: STP DP and RP Requirements and Election Introduction
    • CCNAX: STP Timers Introduction
    • CCNAX: STP Port States Introduction
    • CCNAX: STP Topology Changes Introduction
    • CCNAX: STP Portfast Introduction
    • CCNAX: STP Uplinkfast Introduction
    • CCNAX: STP Backbonefast Introduction
    • CCNAX: STP Lab
    • CCNAX: STP Portfast Lab
    • CCNAX: STP Uplinkfast Lab
    • CCNAX: STP Backbonefast Lab

    Fundamentals and Implementation of Ether-Channel

    • CCNAX: Ether-Channel Introduction
    • CCNAX: Ether-Channel Lab

    Fundamentals of Layer 2 Security

    • CCNAX: Layer 2 Security CAM Table Overflow
    • CCNAX: Layer 2 Security VLAN Hopping
    • CCNAX: Layer 2 Security MAC Spoofing
    • CCNAX: Layer 2 Security Man-in-Middle Attack
    • CCNAX: Layer 2 Security Dynamic ARP Inspection
    • CCNAX: Layer 2 Security Dynamic ARP Inspection Lab
    • CCNAX: Layer 2 Security Rough DHCP Attack
    • CCNAX: Layer 2 Security DHCP Starvation
    • CCNAX: Layer 2 Security Port Security
    • CCNAX: Layer 2 Security IP Spoofing
    • CCNAX: Layer 2 Security Protected Port
    • CCNAX: Layer 2 Security VLAN ACL
    • CCNAX: Layer 2 Security MAB
    • CCNAX: Layer 2 Security 8021x
    • CCNAX: Layer 2 Security Dyanmic VLAN
    • CCNAX: Layer 2 Security Private VLAN
    • CCNAX: Layer 2 Security Proxy Attack
    • CCNAX: Layer 2 Security STP Portfast
    • CCNAX: Layer 2 Security STP Uplinkfast
    • CCNAX: Layer 2 Security STP Backbonefast
    • CCNAX: Layer 2 Security STP Root Guard
    • CCNAX: Layer 2 Security STP Loop Guard
    • CCNAX: Layer 2 Security STP BPDU Guard
    • CCNAX: Layer 2 Security STP BPDU Filter
    • CCNAX: Layer 2 Security STP UDLD

    Implementation of Layer 2 Security Labs

    • CCNAX: Layer 2 Security CAM Table Overflow Lab
    • CCNAX: Layer 2 Security VLAN Hopping Lab
    • CCNAX: Layer 2 Security MAC Spoofing Lab
    • CCNAX: Layer 2 Security Rough DHCP Attack Lab
    • CCNAX: Layer 2 Security DHCP Starvation Lab
    • CCNAX: Layer 2 Security Port Security Lab
    • CCNAX: Layer 2 Security IP Spoofing Lab
    • CCNAX: Layer 2 Security Protected Port Lab
    • CCNAX: Layer 2 Security VLAN ACL Lab
    • CCNAX: Layer 2 Security MAB Configuration Lab
    • CCNAX: Layer 2 Security MAB Verification Lab
    • CCNAX: Layer 2 Security 8021x Configuration Lab
    • CCNAX: Layer 2 Security 8021x Verification Lab
    • CCNAX: Layer 2 Security Dyanmic VLAN Configuration Lab
    • CCNAX: Layer 2 Security Dyanmic VLAN Verification Lab
    • CCNAX: Layer 2 Security Private VLAN Lab
    • CCNAX: Layer 2 Security Proxy Attack Lab
    • CCNAX: Layer 2 Security STP Portfast Lab
    • CCNAX: Layer 2 Security STP Uplinkfast Lab
    • CCNAX: Layer 2 Security STP Backbonefast Lab
    • CCNAX: Layer 2 Security STP Root Guard Lab
    • CCNAX: Layer 2 Security STP Loop Guard Lab
    • CCNAX: Layer 2 Security STP BPDU Guard Lab
    • CCNAX: Layer 2 Security STP BPDU Filter Lab
    • CCNAX: Layer 2 Security STP UDLD Lab

    Fundamentals of IP Security and Cryptography

    • CCNAX: IPSec Introduction
    • CCNAX: VPN Based On Protocols Introduction
    • CCNAX: VPN Supported On Cisco IOS and Cisco ASA Introduction
    • CCNAX: IPSec Feature Confidentiality Introduction
    • CCNAX: IPSec Feature Integrity Introduction
    • CCNAX: IPSec Feature Data Origin Authentication Introduction
    • CCNAX: IPSec Feature Anti-Replay Introduction
    • CCNAX: IPSec Protocols Introduction
    • CCNAX: IKE Introduction
    • CCNAX: IKE Main Mode Introduction
    • CCNAX: IKE Aggressive Mode Introduction
    • CCNAX: IKE Quick Mode Introduction
    • CCNAX: IKE Phases Introduction
    • CCNAX: ISAKMP Introduction
    • CCNAX: IPSec Transport Mode Introduction
    • CCNAX: IPSec Tunnel Mode Introduction
    • CCNAX: SA and its Components Introduction
    • CCNAX: DH Working Introduction
    • CCNAX: Encryption Algorithms and Types Introduction
    • CCNAX: PKI Introduction
    • CCNAX: AH Introduction
    • CCNAX: ESP Introduction
    • CCNAX: NAT-Traversal Introduction
    • CCNAX: IKE Versions Introduction
    • CCNAX: Hashing Introduction

    Fundamentals and Implementing Site-Site VPN

    • CCNAX: Cisco Configuration Professional Installation
    • CCNAX: IPSec Site-Site VPN Using Cisco Configuration Professional

    Fundamentals and Implementing Remote Access VPN

    • CCNAX: Remote Access VPN Introduction
    • CCNAX: Remote Access VPN Mode Introduction
    • CCNAX: Remote Access VPN Client Mode Software Introduction
    • CCNAX: Remote Access VPN Client Mode Hardware Introduction
    • CCNAX: Remote Access VPN Network Extension Mode Introduction
    • CCNAX: Remote Access VPN Network Extension Plus Mode Introduction
    • CCNAX: Remote Access VPN Working Introduction
    • CCNAX: IPSec Remote Access VPN Using Cisco Configuration Professional

    Fundamentals of IP Version 6

    • CCNAX: IPv6 Introduction Part 1
    • CCNAX: IPv6 Introduction Part 2
    • CCNAX: IPv6 Introduction Part 3

    Implementing IPv6 Static Routing

    • CCNAX: IPv6 Static Routing Lab

    Implementing IPv6 Default Routing

    • CCNAX: IPv6 Default Routing Lab

    Implementing IPv6 RIPng

    • CCNAX: IPv6 RIPng Lab

    Implementing IPv6 EIGRPv6

    • CCNAX: IPv6 EIGRPv6 Lab

    Implementing IPv6 OSPFv3

    • CCNAX: IPv6 OSPFv3 Lab

    Fundamentals and Implementation of First Hop Redundancy Protocols

    • CCNAX: What is The Need of First Hop Redundency
    • CCNAX: HSRP Introduction
    • CCNAX: HSRP Lab
    • CCNAX: VRRP Introduction
    • CCNAX: VRRP Lab
    • CCNAX: GLBP Introduction
    • CCNAX: GLBP Lab Initial Configuration
    • CCNAX: GLBP Lab

    Implementing Infrastructure Management

    • CCNAX: SPAN Lab
    • CCNAX: RSPAN
    • CCNAX: SNMP Introduction
    • CCNAX: SNMPv1 Lab
    • CCNAX: SNMPv2 Lab
    • CCNAX: SNMPv3 Lab

    Fundamentals of BGP

    • CCNAX: BGP Introduction
    • CCNAX: BGP Messages Introduction
    • CCNAX: BGP Tables and States Introduction
    • CCNAX: BGP Next Hop Self Introduction Introduction
    • CCNAX: BGP Route Reflector Client Introduction
    • CCNAX: BGP eBGP Multihop Introduction
    • CCNAX: BGP Max-Path Introduction
    • CCNAX: BGP Update Source Introduction
    • CCNAX: BGP Redistribute Internal ntroduction
    • CCNAX: BGP Aggregation and Authentication Introduction

    Implementation of BGP

    • CCNAX: BGP Initial Lab Configuration
    • CCNAX: BGP Basic
    • CCNAX: BGP Tables Verification
    • CCNAX: BGP Lab Next-Hop-Self
    • CCNAX: BGP Lab Route-Reflector-Client
    • CCNAX: BGP Lab eBGP-Multi-Hop
    • CCNAX: BGP Lab Max-Path
    • CCNAX: BGP Lab Authentication
    • CCNAX: BGP Lab Aggregation/Summarization
    • CCNAX: BGP Lab Path Selection via Weight
    • CCNAX: BGP Lab Path Selection via Local Preference
    • CCNAX: BGP Lab Path Selection via MED

    Final

    • CCNAX: Final
    • NOW NEXT WHAT? GET DISCOUNT ON ALL COURSES!

    Instructors

    Mr Baldev Singh
    Trainer and Consultant
    Freelancer

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