CCNA certification signifies the ability to install, configure, operate, and troubleshoot medium-sized routing and switching networks. CCNA-certified professionals have the knowledge and skills to establish connections to remote sites over a wide area network, eliminate basic security threats, and understand the requirements for wireless network access.
CCNA training includes (but is not limited to) the use of these protocols: IP, EIGRP, Serial Line Interface Protocol, Frame Relay, RIPv2, VLAN, Ethernet, and Access Control Lists (ACLs).
File List:
1.1 - Cisco Corporation_Introduction to Certification_Course Objectives .wmv
1.2 - Network Interconnection Foundation - Functional advantages of the seven-layer model .wmv
1.3 - Network Interconnection Basics - Detailed explanation and PDU.wmv of the seven-layer model
1.4 - Network Interconnection Basics - CSMA_CD (Conflict Domain Broadcast Domain) .wmv
10.1 - WAN Technology Basics_Terminology_Link Types (PPP_FR_ADSL_ISDN, etc.) .wmv
10.2 - WAN (HDLC packet capture experiment_PPP session establishment packet capture experiment _PAP packet capture experiment) .wmv).
10.3 - WAN (PPP_CHAP packet capture experiment and CHAP engineering extension experiment) .wmv
10.4 - WAN (PPP_PAP_CHAP Authentication Packet Capture Comprehensive Experiment) .wmv
11.1 - WAN (FR Working Principle_FR Basic Terminology_Dynamic FR Establishment Process) .wmv
11.2 - WAN (FR static configuration experiment_router simulation into FR experiment) .wmv
11.3 - WAN (OSPF Neighbor Configuration Experimental _RIP Horizontal Segmentation Solution) .wmv
11.4 - WAN (EIGRP Advanced Frame Relay Point-to-Point Subinterface Experiment under FR) .wmv
14.0-Wireless Standard Comparison_WLAN Technical Principles_WLAN Network Security_Explanation of Test Questions.wmv
16.0 - (OSPF NAT ACL FR VLAN Inter-VLAN Routing) Campus Network Design and Configuration Engineering Example .wmv
2.1-TCP_IP (Detailed Explanation of Interconnection Cables _TCP_UDP Packet Capture) .wmv
2.2-TCP_IP (detailed explanation of IP_ICMP_ARP packet capture) .wmv
3.1 - IP Address Classification_Planning_Subnet Mask .wmv
3.2 - IP Address Planning _VLSM_CIDR.wmv
3.3-A campus network IP address exam question practice explanation .wmv
4.1 - Router components _IOS various modes and interchangeable .wmv
4.2 - Router Startup_Basic Configuration Command_Register Value .wmv
4.3 - Router upgrade backup password recovery _CDP_Telnet experimental .wmv
5.1 - IP Routing Principle_(Floating) Static Routing_Default Routing Principle .wmv
5.2 - (Floating) Static Routing_Default Routing Experiment.wmv
6.0 - Classification and AD_Metric.wmv of dynamic routing protocols
7.1.1-RIP Development History_Protocol Basics_Working Principle.wmv
7.1.2 - RIP Basic Experiment_Packet Capture Lab_ Discontinuous Subnet Solution.wmv
7.1.3 - RIPv1v2 Version Interoper_Passive Interface_Anti-Loop Mechanism .wmv
7.1.4 - RIPv2 Default Routing_Plaintext _MD5 Authentication Configuration Experiment.wmv
7.2.1-EIGRP Basic Characteristics_Data Packets_3 Tables_Transmission Mechanism.wmv
7.2.2-EIGRP Basic Configuration Experiment_Neighbor Necessary Conditions_Detailed Explanation of Packet Grabbing Experiment.wmv
7.2.3-EIGRP Topology Table Detail (FD_AD_S_FS_FC) _Metric Experimental .wmv for calculation
7.3.1-OSPF Basic Algorithm and LSA Operation_Header Format_5 Packages_3 Table Entries .wmv
7.3.2-OSPF Basic Experiment_Table 3_Necessary Conditions for Neighbors_Detailed Explanation .wmv of Adjacency Experiment
7.3.3 - OSPF Router Type_LSA Lollipop_Network Type_RouteID_DR_BDR Experimental .wmv
7.4.0 - How EIGRP and OSPF Pass Default Routing Configuration Experimental .wmv
8.1-IP_ACL Basics (ACL Classification-Standard Extension)_Filtering Process and Rules.wmv
8.2-IP_ACL Standard Extended Named Access List Theoretical Configuration Experimental .wmv
9.1-Summary of IP_ACL knowledge points NAT working principle and several terms introduction .wmv
9.11 - Introduction to Ethernet Working Principle of Layer 2 and Layer 3 Switches Boot Order Basic Command Configuration .wmv
9.12 - Switch Password Recovery Switch Security Configuration Why is STP introduced and STP is introduced.wmv
9.13-STP Basic Rules Process (Detailed Explanation Root_RP_DP Selection Process) .wmv
9.14 - STP Port Status _RSTP (4 Ports) _VLAN_Trunk (ISL_802.1Q) .wmv
9.15 - VTP (Domain Name Three Modes Password) _VTP Announcement _VTP Trim .wmv
9.16-Experiment of inter-VLAN communication (single-arm routing sub-interface, SVI port, multi-layer switching three-layer port) .wmv
9.2-NAT Classification_Static NAT_ Dynamic NAT (PooL) Basic Configuration Experimental .wmv
9.3-NAT overload (PAT configuration experiment and CCNA real test question NAT analysis explanation) .wmv
9.4-NAT solution The multi-server TCP (HTTP) payload of the spatiotemporal network and the spatiotemporal network are .wmv
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