Network Fundamentals
20%Network components, topology, cabling, interface behavior, IP addressing, wireless principles, and virtualization basics.
CCNA study guide
CCNA rewards practical network reasoning: can you read a topology, predict forwarding behavior, spot a VLAN or routing mistake, and choose the operational fix? Use this plan with CertVector drills.
Network components, topology, cabling, interface behavior, IP addressing, wireless principles, and virtualization basics.
VLANs, trunking, EtherChannel, spanning tree, wireless architectures, access ports, and discovery protocols.
Routing tables, static routes, OSPF fundamentals, first-hop redundancy, forwarding decisions, and IPv4/IPv6 troubleshooting.
NAT, NTP, DHCP, DNS, SNMP, syslog, QoS, TFTP/FTP, and device management services.
Device access control, ACLs, wireless security, DHCP snooping, port security, VPN concepts, and basic threat mitigation.
Controller-based networking, APIs, JSON, REST, configuration management, and automation-driven operations.
Keep the loop concrete: answer, read the rationale, identify the command/concept gap, then retry the same domain.
Week 1
Review devices, traffic paths, interface behavior, IPv4 subnetting, IPv6 basics, and how to read simple topology requirements.
Week 2
Practice VLANs, trunks, access ports, STP symptoms, EtherChannel choices, wireless roles, and basic access-layer troubleshooting.
Week 3
Work through routing tables, longest-prefix match, static routes, default routes, OSPF fundamentals, and first-hop redundancy concepts.
Week 4
Study NAT, DHCP, DNS, NTP, syslog, SNMP, QoS basics, file transfer services, and device management workflows.
Week 5
Practice ACLs, port security, secure management, wireless security, DHCP snooping concepts, APIs, JSON, and controller-based networking.
Week 6
Run mixed drills, review misses by domain, then complete timed checkpoints to identify whether gaps are conceptual, calculation-based, or troubleshooting-based.
Start with mixed CCNA drills, then filter by switching, routing, security, or automation when the missed-review queue shows a pattern.