5.00 (3 Ratings)

CompTia N+

Categories: CompTia, Networking
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Course Info
Curriculum
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About Course

About the instructor

Course Curriculum

Welcome

  • Welcome to Course
    2:14
  • Introduction to OSI Model // CompTIA Network+ (N10-007) // Video – 2
    1:06
  • Welcome to CompTIA Network+
    2:16

Section 1

  • 1.1 OSI Model
    22:50
  • 1.2 OSI vs TCP IP
    12:24
  • 1.3 IP ICMP UDP TCP
    11:54
  • 1.4 Ports & Protocols
    15:10

Section 2

  • 2.1 Analog Modem
    2:37
  • 2.2 CSMA CD vs CSMA CA
    3:05
  • 2.3 Hubs Switches and Routers
    4:12
  • 2.4 Collision vs Broadcast Domains
    5:37
  • 2.5 Wireless Access Points
    1:25
  • 2.6 Firewalls
    3:50
  • 2.7 Intrusion Detection and Prevention
    3:19
  • 2.8 VPN Concentrators
    2:18
  • 2.9 Load Balancers
    2:40
  • 2.10 Advanced Filtering Appliances
    2:11
  • 2.11 Proxy Server
    3:56

Section 3

  • 3.1 Start Topology
    1:25
  • 3.2 Mesh Topology
    2:39
  • 3.3 Ring Topology
    1:23
  • 3.4 Bus Topology
    1:37
  • 3.5 Point to Point Topology
    1:47
  • 3.6 Point to Multipoint Topology
    0:58
  • 3.7 Hybrid Topology
    0:40
  • 3.8 Client Server Network
    1:30
  • 3 9 Wireless Local Area Network
    1:30
  • 3 10 Peer ti Peer Network
    2:44
  • 3 11 Local Area Network
    1:20
  • 3 12 Wide Area Network
    1:32
  • 3 13 Metropolitan Area Network
    0:58
  • 3 14 Campus Area Network
    1:14
  • 3 15 Personal Area Network
    1:46

Section 4

  • 4 1 Virtual Private Network
    5:41
  • 4 2 Dynamic Multipoint VPN
    2:37
  • 4 3 Web Services
    1:25
  • 4 4 Voice over IP
    4:26
  • 4 5 DHCP
    3:57
  • 4 6 DNS
    10:45
  • 4 7 NAT & PAT
    5:38
  • 4 8 NTP
    4:54
  • 4 9 Software Define Networking
    3:16

Section 5

  • 5 1 Packet Switched vs Packet Switched
    3:06
  • 5 2 Cellular Technologies
    7:19
  • 5 3 Frame Relay
    1:15
  • 5 4 Satellite
    2:39
  • 5 5 Cable Modem
    1:35
  • 5 6 Point to point Protocol
    1:56
  • 5 7 PPP over Ethernet
    1:42
  • 5 8 DSL
    0:38
  • 5 9 Leased Line
    2:33
  • 5 10 Multiporotocol Label Switching
    3:55

Section 6

  • 6 1 Copper Cables
    5:13
  • 6 2 Fiber Optic Cables
    1:18
  • 6 3 Copper Connectors
    2:20
  • 6 4 Fiber Connectors
    2:05
  • 6 5 Media Converter
    2:26
  • 6 6 Transceiver
    1:07
  • 6 7 Termination Points
    3:41
  • 6 8 Cabling Tools
    4:01
  • 6 9 T568 Standards
    1:47
  • 6 10 Straight through vs Crossover Cables
    2:54

Section 7

  • 7 1 Mac Address
    2:59
  • 7 2 Ethernet Switch Frame Forwarding
    6:17
  • 7 3 VLAN
    3:59
  • 7 4 Trunk Port
    3:05
  • 7 5 Power over Ethernet
    2:24
  • 7 6 Spanning Tree Protocol
    1:55
  • 7 7 STP Port States
    6:53
  • 7 8 STP Convergence Times
    2:03
  • 7 9 STP Types
    3:43
  • 7 10 Link Aggregation
    5:05
  • 7 11 Port Mirroring
    1:18
  • 7 12 Distributed Switching
    3:36

Section 8

  • 8 1 Introduction to WLAN
    5:41
  • 8 2 WLAN Antennas
    3:35
  • 8 3 Frequencies & Channels
    3:05
  • 8 4 WI-FI Standards
    2:33

Section 9

  • 9 1 IPv4 Address
    30:01
  • 9 2 IPv4 Identification & verification
    15:52
  • 9 3 Same network Communication
    9:40
  • 9 4 Subnetting Part 1
    14:22
  • 9 5 Subnetting FLSM Part II
    13:16
  • 9 6 Subnetting VLSM Part iii
    13:04
  • 9 7 Subnetting VLSM PART IV
    9:01
  • 9 8 Supper netting
    6:53
  • 9 9 Summarization
    9:57

Section 10

  • 10 1 Introduction to IPv6 Addresses
    3:24
  • 10 2 Rules for Representing IPv6 Addresses
    3:11
  • 10 3 IPv6 Address Types
    4:40
  • 10 4 IPv6 Address Assignment
    2:25

Section 11

  • 11 1 Packet flow in Routed Network
    4:10
  • 11 2 Static & Default Routing
    4:47
  • 11 3 Dynamic Routing Protocols
    7:49
  • 11 4 Routing Information Protocol
    3:11
  • 11 5 OSPF Routing Protocol
    9:32
  • 11 6 EIGRP
    7:56
  • 11 7 BGP Protocol
    3:32

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