CCNA ROUTER & SWITCHES ONLINE TRAINING COURSE

INTRODUCTION & DETAILED CONCEPT FOR CCNA ROUTER & SWITCHES

  1. Network fundamentals
  2. Basic requirement to establish a network
  3. Twisted pair cable
  4. Straight through cable
  5. Crossover cable
  6. Cabling standards
  7. process of crimping
  8. Networking Devices
  9. Basics of switch
  10. basics of router
  11. basics of firewall
  12. access points
  13. wireless LAN controller
  14. Broadcast domain and collision domain
  15. Half duplex
  16. Full duplex
  17. OSI reference model
  18. Tcp 3 way handshake
  19. protocol data unit
  20. Tcp vs udp
  21. IP addressing
  22. Classes of IP address
  23. network section
  24. Host section
  25. Subnetting
  26. FLSM
  27. VLSM
  28. Introduction to cisco IOS
  29. ISR Router
  30. Modular Router vs Fixed Router
  31. Components of a router
  32. Booting sequence of a router
  33. Interfaces
  34. Basic router configuration
  35. Cisco discovery protocol
  36. Backup and restore of IOS and running configuration
  37. Password reset
  38. Telnet
  39. Telnet sessions
  40. dynamic host configuration protocol
  41. Dora process
  42. Domain name system server
  43. Automatic private ip addressing
  44. Static routing
  45. Starting routing with floating routes
  46. Next hop IP method
  47. Exit interface method
  48. Default route
  49. Routing table
  50. Routing information protocol
  51. Maximum hop count
  52. RIPv1 vs RIPv2
  53. Multicast packet
  54. Distance vector routing protocol
  55. Enhanced interior gateway routing protocol
  56. Neighbor table
  57. Topology table
  58. DUAL Algorithm
  59. Hybrid routing protocol
  60. Reliable transport protocol
  61. Classless protocol
  62. Administrative distance
  63. Hello Packets
  64. Metric calculation
  65. Open shortest path first
  66. Link state routing protocol
  67. Link state advertisement
  68. link state database
  69. Database descriptor
  70. Link state request
  71. Link state acknowledgement
  72. Status of neighbor relationship
  73. single area and multi area
  74. ABR and ASBR
  75. Ipv6
  76. Extended unique identifier 64
  77. link local address
  78. Static and auto configuration
  79. Stateful vs stateless auto configuration
  80. Open shortest path first ipv6
  81. Enhanced interior gateway routing protocol ipv6
  82. router id
  83. Switching
  84. L2 vs L3
  85. MAC address table (CAM)
  86. Switch virtual interface
  87. store and forward
  88. Cut through
  89. Fragment free
  90. Virtual local area network
  91. Spanning tree protocol
  92. Root bridge
  93. Root port
  94. Designated port
  95. Bridge id
  96. Spanning tree priority
  97. Spanning tree mac address
  98. Inter vlan routing
  99. Standard access list
  100. Extended access list
  101. Named the trees list
  102. Network address translation
  103. Static network address translation
  104. Dynamic network address translation
  105. Port address translation
  106. Hsrp vs vrrp
  107. Ppp
  108. Stackwise vs stackwise plus
  109. Multilink point to point protocol
  110. Border gateway protocol
  111. Dhcp starvation
  112. Dhcp spoofing
  113. Gre tunneling
  114. Network time protocol
  115. Virtual private network
  116. Site to site vpn
  117. Cisco anyconnect
  118. Dmvpn operation
  119. IP service level agreement
  120. Radius vs TACACS+
  121. Fundamentals of cloud computing
  122. Metro Ethernet
  123. Multiprotocol label switching
  124. Quality of service
  125. QoS trust boundary
  126. Traffic shaping
  127. Traffic policing
  128. Congestion management

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