CCNA 200-301 Exam Overview

CCNA foundation available

Planning for the 200-301 v2.0 exam

Cert Happens does not yet offer a dedicated CCNA practice-test bank or Cisco IOS study guide. This overview explains the version transition, maps the current skill areas, and shows which existing Network+ resources can support the foundation while the v2.0 objective map and review workflow are built.

At a glance

What CCNA covers

CCNA measures whether a candidate can understand, configure, verify, and troubleshoot a small to medium network. Addressing, switching, routing, wireless, security, services, and automation are connected through practical operational decisions rather than treated as isolated definitions.

The current 200-301 v1.1 exam remains available through February 2, 2027. Cisco says the v2.0 exam launches February 3, 2027 with more practical assessment, troubleshooting, security-first thinking, and AI in network management and operations.

Exam code

200-301 CCNA

Current version

v1.1

Current exam time

120 minutes

Current price

U.S. $300 plus applicable tax

Current languages

English and Japanese

v2.0 launch

February 3, 2027

Version transition

Study now without building toward an obsolete target

Candidates planning to test by February 2, 2027 should continue using the current v1.1 blueprint. Cisco has said the refresh keeps the technical core, so current study in subnetting, switching, routing, services, security, and automation still carries forward.

Cert Happens will target its first dedicated CCNA question bank at v2.0. That avoids launching a short-lived bank while still giving current candidates a useful map of the skills that remain central to the certification.

Last day for v1.1

February 2, 2027

First day for v2.0

February 3, 2027

Refresh emphasis

Practical skills, troubleshooting, security, and AI

Candidate fit

Who CCNA is built for

CCNA is aimed at people entering or advancing in network engineering, network administration, infrastructure support, and related security or cloud roles. It is also useful for experienced support professionals who need stronger routing, switching, and troubleshooting depth.

There is no formal certification prerequisite. The practical challenge is being able to move between concepts, command output, configuration intent, and fault evidence without losing track of how traffic should flow.

Signals that CCNA may fit your next step

You understand basic networking and want to configure and verify it rather than only describe it.
You need stronger routing, switching, wireless, or infrastructure troubleshooting skills.
You work with Cisco IOS or expect to support Cisco-based environments.
You want a networking foundation that can lead toward security, cloud, automation, or professional-level Cisco study.

Building on a foundation

What changes after Network+

Network+ provides broad vendor-neutral coverage. CCNA expects more configuration fluency, output interpretation, and device-level verification.

Addressing and subnetting

Network+ foundation: Calculate subnets, host ranges, masks, and addressing requirements.

CCNA perspective: Apply IPv4 and IPv6 addressing to interfaces, routing decisions, VLAN designs, and troubleshooting evidence.

Switching

Network+ foundation: Explain VLANs, trunks, spanning tree, link aggregation, and common Layer 2 faults.

CCNA perspective: Interpret and verify Cisco switch configuration, trunk state, VLAN membership, spanning-tree roles, and EtherChannel operation.

Routing

Network+ foundation: Understand route selection, static and dynamic routing, and common path problems.

CCNA perspective: Read routing tables, select the most specific route, configure IPv4 and IPv6 paths, and verify OSPF and static routing behavior.

Troubleshooting

Network+ foundation: Use a structured method and choose appropriate commands, tools, and evidence.

CCNA perspective: Combine interface state, configuration, tables, logs, and command output to isolate the fault and choose the next verification step.

Automation and management

Network+ foundation: Recognize APIs, configuration management, software-defined networking, and automation concepts.

CCNA perspective: Understand how controllers, APIs, data formats, automation tools, and AI-assisted operations fit into modern Cisco network management.

Current official scope

Six current CCNA v1.1 domains

These weights describe the current v1.1 exam. Cisco has published a v2.0 refresh for February 2027, so the dedicated Cert Happens bank will be mapped separately before launch.

Domain 1.0 · 20%

Network Fundamentals

Network components, topologies, cabling, TCP/IP, IPv4 and IPv6 addressing, wireless principles, virtualization, and switching concepts.

Domain 2.0 · 20%

Network Access

VLANs, trunks, discovery protocols, EtherChannel, spanning tree, wireless architecture, management access, and Layer 2 security.

Domain 3.0 · 25%

IP Connectivity

Routing tables, forwarding decisions, static routing, single-area OSPF, first-hop redundancy, and verification of IPv4 and IPv6 paths.

Domain 4.0 · 10%

IP Services

NAT, NTP, DHCP, DNS, SNMP, syslog, QoS, secure remote access, and device management services.

Domain 5.0 · 15%

Security Fundamentals

Threats, vulnerabilities, access control, Layer 2 protections, device hardening, wireless security, VPN concepts, and security program elements.

Domain 6.0 · 10%

Automation and Programmability

Controllers, software-defined architectures, APIs, data formats, configuration management, automation tools, and AI or machine learning in network operations.

Exam and certification path

One exam, then an active certification cycle

CCNA has no formal degree or prior-certification prerequisite. Earning it requires passing the current 200-301 exam version available on the candidate’s test date.

Most Cisco certifications, including CCNA, remain active for three years. Associate-level recertification can be completed through qualifying exams, 30 Continuing Education credits, or another current option listed in Cisco’s recertification policy.

Because the exam version changes in February 2027, candidates should verify the active blueprint before scheduling and make sure their preparation materials match their intended test date.

Formal prerequisite

None

Certification exam

One 200-301 exam

Active cycle

Three years

Associate CE option

30 credits

Study approach

Build command fluency around the network model

Step 1

Lock down the fundamentals

Be comfortable with subnetting, Ethernet, VLANs, trunks, routing logic, wireless basics, and common services before adding command memorization.

Step 2

Use a lab from the beginning

Practice on Packet Tracer, Cisco Modeling Labs, or suitable equipment so configuration and verification commands are connected to visible network behavior.

Step 3

Read output before changing configuration

Learn what normal interface, VLAN, spanning-tree, neighbor, and routing output looks like. Troubleshooting improves when evidence comes before guesses.

Step 4

Practice the next best command

Do not stop at identifying the likely fault. Decide which command or observation would confirm it with the least unnecessary change.

Step 5

Track the exam version

Use v1.1 material for a test scheduled by February 2, 2027. Use the published v2.0 scope for testing on or after February 3, 2027.

Current resources

Useful Cert Happens networking resources available now

These resources are written for Network+, so they do not replace Cisco IOS labs or CCNA-specific preparation. They can strengthen the vendor-neutral foundation needed before configuration and verification practice.

Network+ study guide

Review networking concepts, implementation, operations, security, and troubleshooting across all five N10-009 domains.

Open network+ study guide

IPv4 subnetting reference

Review masks, prefixes, boundaries, host capacity, and special-use addresses before applying them to interfaces and routes.

Open ipv4 subnetting reference

IPv4 subnet calculator

Check network and broadcast boundaries, usable ranges, masks, and address status while practicing calculations manually.

Open ipv4 subnet calculator

VLANs, trunks, STP, and LACP

Separate the Layer 2 features that later need Cisco-specific configuration and verification.

Open vlans, trunks, stp, and lacp

Troubleshooting tools

Match host commands, packet tools, cable testers, and wireless tools to the evidence each one provides.

Open troubleshooting tools

Ports and protocols

Refresh common services, transports, secure alternatives, and protocol behavior.

Open ports and protocols

Planned CCNA v2.0 resources

A complete v2.0 objective map and source register
Cisco IOS command, configuration, and show-output presentation patterns
Original questions built around routing tables, configurations, verification output, and troubleshooting decisions
A weighted practice-test bank and domain guides after the review process is ready

Confirm the active blueprint with Cisco

Exam versions, prices, topics, and recertification rules can change. Check the current Cisco pages before scheduling or making a long-term study plan.

Cert Happens is an independent study resource and is not affiliated with or endorsed by Cisco.