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Network+ vs CCNA: Which Certification Should You Get? (2026)

March 12, 2026 8 min read

Network+ and CCNA are both foundational networking certifications, but they target different career paths and levels of depth.

Let’s see them in action. Imagine you’re troubleshooting a connectivity issue at a small business.

Scenario: A user can’t access the internet.

Network+ Approach:

You’d start with the OSI model, working your way up.

  1. Physical Layer (Layer 1):

    • Check: Is the Ethernet cable plugged in securely at both ends? Is the link light on the NIC and the switch port illuminated?
    • Command: ipconfig /all (Windows) or ip a (Linux) to check for a valid IP address and subnet mask.
    • Fix: Reseat the cable, try a different cable, check the switch port status.
    • Why it works: Ensures a physical connection exists and the network interface is recognized by the OS.

  2. Data Link Layer (Layer 2):

    • Check: Can the device communicate with the default gateway?
    • Command: ping <default_gateway_ip> (e.g., ping 192.168.1.1).
    • Fix: If the ping fails, the issue could be with the switch, VLAN configuration, or the NIC driver. Update drivers, check switch port configuration, or try a different switch port.
    • Why it works: Verifies Layer 2 connectivity and MAC address resolution.

  3. Network Layer (Layer 3):

    • Check: Can the device reach external IP addresses (like a public DNS server)?
    • Command: ping 8.8.8.8 (Google’s DNS).
    • Fix: If ping <default_gateway_ip> works but ping 8.8.8.8 fails, the router’s routing tables or firewall rules are likely the culprit. Check the router’s NAT configuration and default route.
    • Why it works: Tests IP packet forwarding and routing.

  4. Transport/Application Layers (Layers 4-7):

    • Check: Can the user access websites? Are DNS lookups resolving?
    • Command: nslookup google.com or dig google.com. Try accessing a website via its IP address (e.g., http://172.217.160.142).
    • Fix: If DNS fails, check DNS server configuration on the client and the router. If accessing by IP works but by domain name doesn’t, it’s a DNS issue. If all else fails, check firewall rules on the router and client for blocking specific ports (like 80 for HTTP, 443 for HTTPS).
    • Why it works: Confirms that protocols like DNS and HTTP are functioning correctly.

CCNA Approach:

The CCNA would dive deeper into the configuration of the Cisco devices involved.

  1. Device Configuration:

    • Check: What is the current configuration of the Cisco router and switch?
    • Command: On the Cisco router: show running-config. On the Cisco switch: show running-config.
    • Fix: You’d be looking for specific configuration errors. For instance, if the internet is down, you’d check the router’s interface configuration (e.g., IP address, subnet mask, no shutdown command), the default route (ip route 0.0.0.0 0.0.0.0 <next_hop_ip>), and NAT configuration (ip nat inside source list <acl_number> interface <outside_interface> overload). On the switch, you’d verify VLAN assignments (show vlan brief), port security, and trunk configurations (show interfaces trunk).
    • Why it works: Directly inspects and modifies the operational parameters of the network devices.

  2. Routing Protocols:

    • Check: Is the router advertising the correct routes? Is it receiving routes from upstream?
    • Command: If using OSPF: show ip ospf neighbor, show ip route ospf. If using EIGRP: show ip eigrp neighbors, show ip route eigrp.
    • Fix: Ensure routing protocols are enabled on the correct interfaces and that network statements match the configured subnets. For example, in OSPF, a network 192.168.1.0 0.0.0.255 area 0 command on the router’s interface connected to the 192.168.1.0/24 network is crucial.
    • Why it works: Verifies that devices are learning and sharing network reachability information.

  3. Access Control Lists (ACLs):

    • Check: Are any ACLs blocking legitimate traffic?
    • Command: show ip access-lists.
    • Fix: Edit the ACL to permit necessary traffic. For example, if web browsing is blocked, an ACL might need a line like permit tcp any any eq 80 and permit tcp any any eq 443.
    • Why it works: ACLs act as firewalls and can inadvertently block traffic if misconfigured.

Key Differences:

  • Scope: Network+ is vendor-neutral, covering broad networking concepts essential for any IT professional. CCNA is Cisco-specific, focusing on the configuration and troubleshooting of Cisco devices, which are prevalent in enterprise networks.
  • Depth: Network+ provides a solid understanding of what networking is. CCNA teaches you how to build and manage a Cisco network.
  • Career Path: Network+ is great for entry-level roles like help desk or junior network administrator. CCNA is often a prerequisite for roles like Cisco Network Administrator, Network Engineer, or Systems Administrator working with Cisco gear.

If you want to work with specific vendor hardware and get hands-on with device configuration, CCNA is the way to go. If you need a foundational understanding of networking principles applicable across different technologies, Network+ is your starting point.

The next logical step after mastering these foundational certifications is often a specialization, such as cloud networking, cybersecurity, or wireless networking.

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