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CCNP Enterprise: Enarsi 300-410 V1.1
Published 8/2023
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 43.34 GB | Duration: 63h 18m

Implementing Cisco Enterprise Advanced Routing and Services with Step-by-Step Notes.



What you'll learn
You will be ready to pass ENARSI exams and get hands on experience with our detailed labs
Anyone who wants to learn routing at professional level.
Implementing, Optimizing, Troubleshooting EIGRP,OSPF & BGP
Configuring & Troubleshooting


Requirements
CCNA Routing & Switching Knowledge CCNA 200-125 or CCNA 200-301
General understanding of how to manage network devices.
Basic knowledge of how to implement LANs, network automation.
General understanding of network fundamentals


Description
This Course is updating monthly mannersThe ENARSI - Implementing Cisco Enterprise Advanced Routing and Services v1.1 (300-410) course gives you the knowledge and skills needed to configure, troubleshoot, and manage enterprise wired and wireless networks. You ll also learn to implement routing protocol CCNP ENARSI training includes advanced routing & troubleshooting, etc.After taking this course you will get knowledge of the below given topics.1. Introduction to CCNP Enasarsi2. Tshoot Methodologies different approach3. Troubleshooting Common Commands4. Basic Tshoot Lab5. IP Address Theory with Lab6. Introduction to Routing Protocol7. Routing protocol Part 8. Packet Handling and Forwarding Decision9. EIGRP Theory with Lab10. EIGRP Metric Theory with Lab11. Path Selection Optimization EIGRP Lab12. Eigrp Packet Theory with Lab13. FD and AD Theory with Lab14. EIGRP Auto Summarization15. Manual Summarization theory with Lab16. EIGRP Equal cost loadbalancing17. EIGRP UnEqual Cost Loadbalancing18. EIGRP Authentication Theory lab19. SIA EIGRP theory with Lab20. EIGRP Stubs21. EIGRP BFD Theory with Lab22. EIGRP Modes Theory with Lab23. CCNP- EVE ng24. EIGRP Tshooting Theory25. EIGRP Tshoot Labs26. EIGRP VRF Theory with Lab27. PBR Theory with Lab28. Introduction to OSPF29. OSPF Basic Lab in EVE ng30. OSPF Terminologies31. DR and BDR Theory with Lab32. OSPF Neighbor Requirements33. OSPF Metric Theory with Lab34. OSPF Packet Theory with Lab35. OSPF States Theory with Lab36. OSPF Network Types37. OSPF Multi Area with Redistribute Lab38. OSPF Authenticaiton39. OSPF Area Types40. OSPF Area Types Lab41. OSPF Virtual Link42. OSPF Passive Interface theory with Lab43. OSPF Path Selection theory with lab44. OSPF address Family theory with lab45. OSPF Tshooting Lab with Theory46. AD value Tshoot lab with theory47. Summarization for OSPF48. Auto and Manual Summarization in EIGRP49. Auto Summarization Issuse50. Redistribution theory with Lab51. BGP Introduction Theory52. IBGP Theory with Lab53. EBGP Theory with Lab54. BGP Neighbor States55. BGP Message Types Theory with Lab56. BGP Active and Passive57. BGP Timer theory with lab58. BGP Next-Hope-Self59. BGP Multihop & Update-Source60. BGP Peer Group theory with Lab61. BGP Attribute Theory62. BGP Weight Attribute Lab63. BGP Local Preference Lab64. AS-Path Prepending Lab65. BGP Origin Lab66. BGP MED Attribute Lab67. BGP Neighbor Relationship Lab68. BGP Authentication Lab69. BGP Synchronization70. BGP Synchronization Lab71. Route Reflectors Lab with Theory72. BGP Confederation theory with Lab73. BGP Route Refresh theory74. BGP Route Refresh Lab75. BGP Address Families76. BGP Address Families Lab 177. BGP Address Families lab 278. BGP Filtering Theory79. BGP Filtering Lab80. Basic DHCP Theory with Lab81. DHCP Lab in EVE ng82. DHCP Relay Agent theory with Lab83. DHCP Tshoot theory with Lab tickets84. SNMP Theory with lab part 185. SNMP Part 286. SNMP Tshoot87. Netflow Theory with Lab Part 188. Netflow Tshoot labs89. Syslog Theory90. Syslog Lab and Debug and Conditional Debug91. IPSLA Theory with Lab92. Tshoot Device Management Part 193. Http and Https Tshoot (Tshoot Device Management Part 2)94. FTP and TFTP theory and Tshoot (Tshoot Device Management Part 3)95. CISCO DNA Center(Tshoot Device Management Part 4)96. Copp Theory lab and Tshoot97. AAA Theory with Packet Tracer lab and Tshoot98. Aaa Lab With Cisco Ise99. ACL Theory with Basic Lab100. Extended ACL Lab with Tshoot101. Name Standard ACL Lab102. Extended Name ACL lab103. Time Base ACL with Tshoot theory104. URPF theory with lab105. VPN Introduction106. GRE with IPSec107. Cryptography Concepts108. IPSec theory109. IPSEC Lab110. DMVPN Theory with Lab111. MPLS Introduction with Lab112. MPLS L3 VPN Theory with Lab113. Split horizon route poisoning and Tagg lab114. IPV6 labs

Overview
Section 1: ENARSI 300-410

Lecture 1 Updating Course

Lecture 2 1.Introduction to CCNP Enasarsi

Lecture 3 2.Tshoot Methodologies different approach

Lecture 4 3.Troubleshooting Common Commands

Lecture 5 4.Basic Tshoot Lab

Lecture 6 5.IP Address Theory with Lab

Lecture 7 6. Introduction to Routing Protocol.wmv

Lecture 8 7.Routing protocol

Lecture 9 8.Packet Handling and Forwarding Decision

Lecture 10 9.EIGRP Theory with Lab

Lecture 11 10.EIGRP Metric Theory with Lab

Lecture 12 11.Path Selection Optimization EIGRP Lab

Lecture 13 12.Eigrp Packet Theory with Lab

Lecture 14 13.FD and AD Theory with Lab

Lecture 15 14.EIGRP Auto Summarization

Lecture 16 15.Manual Summarization theory with Lab

Lecture 17 16.EIGRP Equal cost loadbalancing

Lecture 18 17.EIGRP UnEqual Cost Loadbalancing

Lecture 19 18.EIGRP Authentication Theory lab

Lecture 20 19.SIA EIGRP theory with Lab

Lecture 21 20.EIGRP Stubs

Lecture 22 21.EIGRP BFD Theory with Lab

Lecture 23 22.EIGRP Modes Theory with Lab

Lecture 24 23. CCNP- EVE ng

Lecture 25 24.EIGRP Tshooting Theory

Lecture 26 25.EIGRP Tshoot Labs

Lecture 27 26.VRF Theory with Lab

Lecture 28 26 (a). VRF Lab 2 with EIGRP

Lecture 29 27.PBR Theory with Lab

Lecture 30 28.Introduction to OSPF

Lecture 31 29.OSPF Basic Lab in EVE ng

Lecture 32 30.OSPF Terminologies

Lecture 33 31.DR and BDR Theory with Lab

Lecture 34 32.OSPF Neighbor Requirements

Lecture 35 33.OSPF Metric Theory with Lab

Lecture 36 34.OSPF Packet Theory with Lab

Lecture 37 35.OSPF States Theory with Lab

Lecture 38 36.OSPF Network Types

Lecture 39 37.OSPF Multi Area with Redistribute Lab

Lecture 40 38.OSPF Authenticaiton

Lecture 41 39.OSPF Area Types

Lecture 42 40.OSPF Area Types Lab

Lecture 43 41.OSPF Virtual Link

Lecture 44 42.OSPF Passive Interface theory with Lab

Lecture 45 43.OSPF Path Selection theory with lab

Lecture 46 44.OSPF address Family theory with lab

Lecture 47 45.OSPF Tshooting Lab with Theory

Lecture 48 46.AD value Tshoot lab with theory

Lecture 49 47.Summarization for OSPF

Lecture 50 48.Auto and Manual Summarization in EIGRP

Lecture 51 49.Auto Summarization Issuse

Lecture 52 50.Redistribution theory with Lab

Lecture 53 51.BGP Introduction Theory

Lecture 54 52.IBGP Theory with Lab

Lecture 55 53.EBGP Theory with Lab

Lecture 56 54.BGP Neighbor States

Lecture 57 55.BGP Message Types Theory with Lab

Lecture 58 56.BGP Active and Passive

Lecture 59 57.BGP Timer theory with lab

Lecture 60 58.BGP Next-Hope-Self

Lecture 61 59.BGP Multihop & Update-Source

Lecture 62 60.BGP Peer Group theory with Lab

Lecture 63 61.BGP Attribute Theory

Lecture 64 62.BGP Weight Attribute Lab

Lecture 65 63.BGP Local Preference Lab

Lecture 66 64.AS-Path Prepending Lab

Lecture 67 65.BGP Origin Lab

Lecture 68 66.BGP MED Attribute Lab

Lecture 69 67.BGP Neighbor Relationship Lab

Lecture 70 68.BGP Authentication Lab

Lecture 71 69.BGP Synchronization

Lecture 72 70.BGP Synchronization Lab

Lecture 73 71.Route Reflectors Lab with Theory

Lecture 74 72.BGP Confederation theory with Lab

Lecture 75 73.BGP Route Refresh theory

Lecture 76 74.BGP Route Refresh Lab

Lecture 77 75.BGP Address Families

Lecture 78 76.BGP Address Families Lab 1

Lecture 79 77.BGP Address Families lab 2

Lecture 80 78.BGP Filtering Theory

Lecture 81 79.BGP Filtering Lab

Lecture 82 80.Basic DHCP Theory with Lab

Lecture 83 81.DHCP Lab in EVE ng

Lecture 84 82.DHCP Relay Agent theory with Lab

Lecture 85 83.DHCP Tshoot theory with Lab tickets

Lecture 86 84.SNMP Theory with lab part 1

Lecture 87 85.SNMP Part 2

Lecture 88 86.SNMP Tshoot

Lecture 89 87.Netflow Theory with Lab Part 1

Lecture 90 88.Netflow Tshoot labs

Lecture 91 89.Syslog Theory

Lecture 92 90.Syslog Lab and Debug and Conditional Debug

Lecture 93 91.IPSLA Theory with Lab

Lecture 94 92.Tshoot Device Management Part 1

Lecture 95 93.Http and Https Tshoot (Tshoot Device Management Part 2)

Lecture 96 94.FTP and TFTP theory and Tshoot (Tshoot Device Management Part 3)

Lecture 97 95.CISCO DNA Center(Tshoot Device Management Part 4)

Lecture 98 96.Copp Theory lab and Tshoot

Lecture 99 97.AAA Theory with Packet Tracer lab and Tshoot

Lecture 100 98.Aaa Lab With Cisco Ise

Lecture 101 99.ACL Theory with Basic Lab

Lecture 102 100.Extended ACL Lab with Tshoot

Lecture 103 101.Name Standard ACL Lab

Lecture 104 102.Extended Name ACL lab

Lecture 105 103.Time Base ACL with Tshoot theory

Lecture 106 104.URPF theory with lab

Lecture 107 105.VPN Introduction

Lecture 108 106.GRE with IPSec

Lecture 109 107.Cryptography Concepts

Lecture 110 108.IPSec theory

Lecture 111 109.IPSEC Lab

Lecture 112 110.DMVPN Theory with Lab

Lecture 113 111.MPLS Introduction with Lab

Lecture 114 112.MPLS L3 VPN Theory with Lab

Lecture 115 113.Split horizon route poisoning and Tagg lab

Lecture 116 114.IPV6 Part 1

Network administrators,Network support technicians,Enterprise network engineers,Help desk technicians,System administrators


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