N10-010 — CompTIA Network+ V10 Study Plan

A practical study plan for CompTIA Network+ V10 (N10-010), with 7-day, 14-day, 30-day, and 60/90-day schedules, practice rhythm, mock exams, and final review rules.

Orientation

This Study Plan is for candidates preparing for the real CompTIA Network+ V10 (N10-010) exam. It is designed to turn your remaining study time into a practical schedule with diagnostic practice, focused review, subnetting repetition, troubleshooting drills, and timed mock exams.

Use the current CompTIA objectives for N10-010 as your source of truth. Treat the topic groups below as planning buckets, not as a replacement for the official exam objectives.

Which plan should you use?

Time until examBest planUse this ifMain riskWhat to prioritize
7 daysFinal review planYou have already studied most objectivesTrying to relearn everythingWeak areas, timed practice, subnetting, troubleshooting
14 daysFocused planYou know networking basics but have gapsSkipping hands-on reasoningDaily drills plus targeted concept repair
30 daysBalanced planYou can study most daysStaying passive with videos/notesDomain rotation, labs, missed-question review
60 daysFull preparation pathYou are starting early or need structureForgetting early materialWeekly review cycles and progressive mocks
90 daysExtended preparation pathYou are new to networking or have limited weekly timeMoving too slowlyBuild fundamentals first, then scenario practice

Minimum weekly study targets

PlanSuggested weekly timeTypical session length
7-day final review10-15 hours total90-150 minutes
14-day focused plan15-25 hours total75-120 minutes
30-day balanced plan6-10 hours/week60-120 minutes
60-day path4-7 hours/week45-90 minutes
90-day path3-5 hours/week45-75 minutes

If your available time is lower, keep the same order but reduce passive review first. Do not remove missed-question review, subnetting practice, or timed practice.

Core N10-010 study buckets

Use these buckets to organize your study sessions for CompTIA Network+ V10 (N10-010).

Study bucketWhat to practiceHow to know you are improving
Network models and conceptsOSI/TCP-IP layers, encapsulation, common protocols, ports, traffic flowYou can explain where a problem fits in the stack
Addressing and subnettingIPv4, IPv6 basics, CIDR, masks, gateways, VLAN addressingYou can calculate networks, hosts, and valid ranges without notes
Switching and routingVLANs, trunks, STP concepts, routing decisions, default routes, dynamic routing conceptsYou can predict forwarding behavior from a simple diagram
Wireless networkingStandards concepts, channels, authentication, roaming, interference, site considerationsYou can choose likely causes for wireless performance issues
Network servicesDNS, DHCP, NAT, NTP, directory/authentication services, remote accessYou can diagnose name, address, and reachability issues separately
Network securitySegmentation, access control, secure protocols, VPN concepts, hardening, common attacksYou can identify the control that best reduces a scenario risk
Cloud, virtualization, and modern architecturesVirtual switches, SDN concepts, cloud connectivity, high availability, scalabilityYou can compare physical, virtual, and cloud network choices
Network operationsDocumentation, baselines, monitoring, logs, change management, disaster recovery conceptsYou can choose the next operational step in a scenario
TroubleshootingMethodology, cable/wireless issues, DNS/DHCP failures, performance, toolsYou can isolate the most likely fault before choosing a fix

Start with a diagnostic

Before choosing what to study, get a baseline.

StepActionTime
1Take a mixed set of practice questions without notes45-60 minutes
2Mark each miss by topic bucket and cause30 minutes
3Identify your top 3 weak areas10 minutes
4Build your first review list10 minutes

Use these miss categories:

Miss typeWhat it meansFix
Knowledge gapYou did not know the conceptRead/watch targeted explanation, then drill questions
Confusion between similar termsYou mixed up tools, protocols, layers, or devicesMake a comparison table
Scenario misreadYou knew the topic but missed a clueSlow down and underline constraints
Calculation errorSubnetting or addressing mistakeRepeat small timed drills daily
Tool/process errorYou chose the wrong troubleshooting stepPractice command output and troubleshooting order

Daily practice rhythm

A good Network+ session should include active recall, scenario practice, and review. Avoid spending the whole session watching videos or rereading notes.

60-minute session

BlockTimeWhat to do
Warm-up recall5 minPorts, layers, subnetting, or tool purpose
Focus topic20 minStudy one narrow objective area
Hands-on or diagram work15 minTrace traffic, read command output, sketch topology, calculate subnets
Practice questions15 minUse targeted questions for that topic
Error log update5 minRecord misses and next action

90-minute session

BlockTimeWhat to do
Warm-up drill10 minSubnetting, protocols, wireless, or troubleshooting tools
Concept review25 minOne objective group only
Scenario practice20 minDiagram, command output, or troubleshooting scenario
Practice questions25 minMixed or targeted set
Missed-question review10 minExplain why each wrong answer is wrong

2-hour session

BlockTimeWhat to do
Recall and subnetting15 minTimed quick drills
Deep review30 minWeak topic repair
Hands-on/diagram practice25 minBuild or analyze a topology
Practice set35 minTimed questions
Review and notes cleanup15 minConvert misses into flashcards or checklist items

Subnetting practice rule

Subnetting should be practiced in short, frequent sessions. Do not save it for one long study block.

Useful formulas:

\[ \text{usable hosts} = 2^{\text{host bits}} - 2 \]\[ \text{number of subnets} = 2^{\text{borrowed bits}} \]

Daily subnetting drill:

TaskTarget
Convert CIDR to maskFast recognition
Identify network addressAccuracy first, then speed
Identify broadcast addressAvoid off-by-one errors
Find valid host rangeKnow first and last usable address
Choose a subnet sizeMatch requirements to CIDR

For IPv6, focus on notation, compression rules, address types, prefixes, and how IPv6 changes troubleshooting. Avoid spending excessive time on IPv6 arithmetic unless your objective review shows a clear gap.

Commands and tools to review

You do not need to memorize every possible option for every tool. For Network+, focus on what the tool is used for, what kind of output it produces, and what problem it helps isolate.

Tool or commandUse it to investigate
pingBasic reachability and latency clues
traceroute / tracertPath and hop where traffic may fail
ipconfig / ifconfig / ipLocal IP address, mask, gateway, DNS configuration
nslookup / digDNS resolution problems
netstat / ssConnections, listening ports, socket state
arpLocal Layer 2 to Layer 3 mapping
routeRouting table and default route issues
tcpdump / packet capture toolsPacket-level traffic inspection
cable testerPhysical cabling faults
toner/probeCable identification
Wi-Fi analyzerChannel, signal, and interference clues

Practice by asking: “What would I check first, and what result would change my next step?”

Missed-question review method

The score from a practice set matters less than what you do with the misses.

Use a three-pass review

PassQuestion to answerOutput
Pass 1: ConceptWhat concept did this test?Objective or topic label
Pass 2: ReasoningWhy is the correct answer best?One-sentence explanation
Pass 3: EliminationWhy are the other choices weaker?Short notes on traps

Error log template

DateTopicMiss typeWhy I missed itCorrect ruleRecheck date
ExampleDNS vs DHCPConfusionTreated name resolution as address assignmentDNS resolves names; DHCP assigns IP settingsTomorrow

Review the error log every 2-3 days. If the same topic appears three times, stop doing random questions and repair that topic directly.

7-day final review plan

Use this if your exam is one week away. This is not the time to start a full course. Your goal is to close high-impact gaps, stabilize timing, and reduce careless errors.

7-day schedule

DayMain goalStudy actions
1Baseline and triageTake a mixed diagnostic set. Build weak-area list. Review exam objectives and mark red/yellow/green.
2Addressing and subnettingDrill IPv4 subnetting, CIDR, gateways, VLAN addressing, IPv6 notation. Review missed questions.
3Switching, routing, and wirelessReview VLANs, trunks, routing behavior, wireless security, channels, interference, roaming scenarios.
4Services and securityReview DNS, DHCP, NAT, NTP, VPN concepts, secure protocols, segmentation, access controls.
5Troubleshooting and toolsPractice scenarios using ping, traceroute, ipconfig/ip, DNS tools, route tables, cable/wireless tools.
6Timed mock and deep reviewTake one full timed mock. Spend at least as long reviewing as you spent taking it.
7Final cleanupReview error log, ports/protocols, subnetting sheet, troubleshooting method. Stop heavy new learning.

7-day rules

  • Stop adding new resources immediately.
  • Do not chase every obscure topic. Prioritize repeated misses.
  • Do subnetting daily for 10-15 minutes.
  • Review why wrong answers are wrong, not just why the correct answer is correct.
  • Keep the final day lighter than the previous days.

14-day focused plan

Use this if you have two weeks and need a structured sprint. You have enough time to repair gaps, but not enough time for slow passive study.

Days 1-7: build control of the core topics

DayFocusPractice task
1Diagnostic and objective mappingMixed practice set, error log, red/yellow/green objective map
2Network models, protocols, and portsLayer mapping, protocol purpose, secure vs insecure protocol comparisons
3IPv4, IPv6, and subnettingCIDR drills, address planning, gateway/default route scenarios
4Switching and routingVLAN/trunk scenarios, routing table logic, loop prevention concepts
5Wireless and physical mediaCabling, transceivers, signal issues, channel/interference scenarios
6Network servicesDNS, DHCP, NAT, NTP, remote access, common service failure symptoms
7Mixed review checkpointTimed mixed set, review all misses, update weak-area list

Days 8-14: timed practice and weak-area repair

DayFocusPractice task
8Security controlsSegmentation, VPNs, authentication, secure management, common attacks
9Operations and monitoringLogs, baselines, documentation, change process, availability concepts
10Troubleshooting methodologyStep-by-step scenarios; identify likely cause and next best step
11Timed mockFull timed mock or longest available timed set; review thoroughly
12Weak-area sprint 1Repair top two weak topics from mock
13Weak-area sprint 2Mixed questions, subnetting, tools, ports, command-output review
14Final reviewLight practice, error log, summary sheets, rest and logistics

When to stop adding new material

For the 14-day plan, stop adding new study sources after Day 10. From Day 11 forward, use only your notes, official objectives, error log, and practice explanations.

30-day balanced plan

Use this if you want a complete but efficient preparation cycle. This plan gives enough time for topic coverage, hands-on reasoning, and multiple review loops.

Week 1: foundations and diagnostic control

DayFocusStudy actions
1DiagnosticMixed set, error log, objective map
2OSI/TCP-IP and traffic flowEncapsulation, devices by layer, protocol mapping
3Ports and protocolsCommon services, secure alternatives, use cases
4IPv4 addressingCIDR, masks, gateways, private/public addressing concepts
5SubnettingNetwork/broadcast/host range drills
6IPv6 basicsNotation, compression, address types, dual-stack concepts
7ReviewMixed questions and missed-question repair

Week 2: infrastructure and services

DayFocusStudy actions
8Cabling and physical mediaCopper, fiber, connectors, transceivers, physical troubleshooting
9SwitchingVLANs, trunks, STP concepts, MAC learning
10RoutingStatic/default/dynamic routing concepts, route selection scenarios
11WirelessStandards concepts, channels, interference, authentication
12Network servicesDNS, DHCP, NAT, NTP, remote access
13Diagrams and architectureRead topology diagrams; identify failure points
14Timed checkpointTimed mixed set; update weak-area ranking

Week 3: security, operations, and troubleshooting

DayFocusStudy actions
15Network security basicsCIA concepts, segmentation, ACL/firewall purpose
16Secure accessVPNs, authentication, secure management protocols
17Threats and hardeningCommon attacks, mitigation choices, device hardening
18Monitoring and observabilityLogs, SNMP concepts, baselines, alerts, metrics
19Documentation and changeDiagrams, asset records, change management, recovery planning
20Troubleshooting toolsMatch command/tool to symptom
21Timed mock 1Full timed mock or long timed practice set; deep review

Week 4: exam readiness and weak-area sprint

DayFocusStudy actions
22Mock review repairRework every missed topic from timed mock
23Subnetting and addressing sprintTimed drills plus address-planning scenarios
24Troubleshooting scenariosDNS, DHCP, gateway, VLAN, wireless, cable, and routing failures
25Security and services reviewSecure protocols, segmentation, VPNs, DNS/DHCP/NAT
26Timed mock 2Fresh timed mock; track pacing and fatigue
27Weak-area sprintTop 3 recurring misses only
28Objective checklistRed/yellow/green review against N10-010 objectives
29Final light reviewPorts, tools, subnetting, troubleshooting process, notes
30Rest and exam logisticsLight recall only; no heavy new material

30-day stop point

Stop adding new material around Day 24. After that, shift to review, timed practice, and targeted repairs.

60/90-day full preparation path

Use this if you are starting early, are new to networking, or need a lower weekly workload. The main goal is to avoid cramming by cycling through learn, practice, review, and test phases.

60-day path

PhaseDaysGoalWhat to do
Phase 11-7Baseline and foundationsDiagnostic, OSI/TCP-IP, protocols, ports, traffic flow
Phase 28-18Addressing and core infrastructureIPv4, subnetting, IPv6, switching, routing, cabling
Phase 319-28Services and wirelessDNS, DHCP, NAT, NTP, wireless, remote access
Phase 429-38Security and operationsSegmentation, VPNs, secure protocols, monitoring, documentation
Phase 539-48Troubleshooting and scenariosTools, command output, topology diagnosis, failure isolation
Phase 649-55Timed mock cycleFull timed mock, deep review, weak-area repair
Phase 756-60Final reviewError log, subnetting, tools, ports, final readiness check

60-day weekly rhythm

Day typeActivity
Study day 1Learn one topic group
Study day 2Practice targeted questions
Study day 3Hands-on or diagram reasoning
Study day 4Mixed review and missed-question log
Optional daySubnetting, ports, commands, or weak area
Rest dayNo heavy study; light flashcards only if needed

90-day path

PhaseWeeksGoalWhat to do
Phase 11-2Networking fundamentalsModels, devices, protocols, addressing basics
Phase 23-4Addressing depthIPv4, subnetting, IPv6, VLAN addressing
Phase 35-6InfrastructureSwitching, routing, wireless, cabling, physical layer
Phase 47Network servicesDNS, DHCP, NAT, NTP, remote access
Phase 58SecuritySegmentation, secure protocols, VPNs, access controls, threats
Phase 69OperationsMonitoring, documentation, change, recovery concepts
Phase 710TroubleshootingMethodology, tools, command output, scenarios
Phase 811Timed mock and repairFull timed mock, detailed review, targeted study
Phase 912Final readinessSecond timed mock, error log, weak-area sprint
Final daysLast 3-5 daysExam polishLight review, subnetting, tools, logistics

90-day checkpoint rules

CheckpointYou should be able to
End of Week 2Explain traffic flow through common devices and layers
End of Week 4Complete basic subnetting without notes
End of Week 6Interpret simple switching, routing, and wireless scenarios
End of Week 8Match security controls to network risks
End of Week 10Select the right troubleshooting tool and next step
End of Week 12Complete timed practice with stable pacing and fewer repeated misses

Hands-on and diagram practice

For Network+, hands-on practice does not need to be complex. The exam often rewards understanding how a network behaves and how to troubleshoot it.

Practical activities

ActivityWhat to practice
Draw a small LANLabel router, switch, access point, VLANs, subnet, gateway, DNS, DHCP
Trace a web requestClient IP, DNS lookup, gateway, routing, NAT, server response
Compare two failuresDNS failure vs DHCP failure vs gateway failure
Read local IP settingsIdentify IP, mask, gateway, DNS, lease details
Analyze wireless symptomsInterference, weak signal, wrong authentication, congestion
Interpret route behaviorDecide which path traffic takes and where it fails
Review packet capture examplesIdentify ARP, DNS, TCP handshake, retransmissions at a basic level

Scenario questions to ask yourself

  • What layer is most likely involved?
  • Is the problem local, LAN-wide, site-wide, or internet-facing?
  • Is it a name resolution problem or a reachability problem?
  • Is the device missing an IP address, gateway, DNS server, or route?
  • Did a change introduce the issue?
  • What is the least disruptive next troubleshooting step?

Timed mock exam strategy

Timed mocks are most useful after you have reviewed enough content to learn from the results. Taking too many too early can waste high-quality practice questions.

PlanFirst timed mockSecond timed mockFinal timed practice
7-dayDay 6Optional shorter set onlyDay 7 light review, not a heavy mock
14-dayDay 11Day 13 if neededDay 14 light review
30-dayDay 21Day 26Day 28 or 29 short targeted set
60-dayAround Days 49-52Around Days 54-56Final short targeted review
90-dayWeek 11Week 12Final short targeted review

How to review a timed mock

Review stepAction
Score by topicGroup misses by objective area
Review timingIdentify sections where you rushed or stalled
Classify errorsKnowledge, calculation, scenario reading, tool/process
Re-answer missed questionsTry again before reading the explanation
Write one correction ruleTurn each miss into a reusable rule
Schedule repairPut weak topics into the next 2-3 study sessions

Do not take a new mock until you have reviewed the previous one.

Final-week rules

The final week should increase accuracy and confidence, not overload your memory.

Do this

  • Review your error log daily.
  • Drill subnetting in short sessions.
  • Review common protocols, ports, tools, and troubleshooting order.
  • Practice mixed scenario questions.
  • Revisit official objectives and mark remaining weak spots.
  • Sleep normally before the exam.

Avoid this

  • Starting a new full-length course.
  • Collecting new resources instead of reviewing misses.
  • Taking multiple full mocks back-to-back without review.
  • Memorizing isolated facts without scenario context.
  • Studying heavily late the night before the exam.

Exam-readiness checks

You are likely ready when most of these are true:

Readiness areaCheck
Objective coverageYou can explain every major N10-010 objective area at a high level
SubnettingYou can calculate common IPv4 subnetting questions accurately without notes
TroubleshootingYou can choose the likely cause and next best step in scenario questions
ToolsYou know which command or tool fits each symptom
ServicesYou can separate DNS, DHCP, NAT, routing, and firewall problems
SecurityYou can match network controls to risks and requirements
TimingYou can complete timed practice without rushing the final section
Miss patternYou are no longer repeating the same errors every practice session

If you are still missing the same topic repeatedly, do not keep taking random mixed sets. Repair that topic first, then retest it.

Final 48 hours

TimeAction
48 hours outReview error log, subnetting, ports/protocols, troubleshooting tools
24 hours outLight mixed practice only; no new heavy material
Night beforePrepare identification, exam appointment details, workspace or test-center plan
Exam morningLight recall, no cramming, arrive or log in early

Practical next step

Start with a mixed diagnostic practice set for CompTIA Network+ V10 (N10-010), build your error log, and choose the 7-day, 14-day, 30-day, or 60/90-day schedule based on your remaining time. Then study from the error log every day, not just from a list of topics.

Browse Certification Practice Tests by Exam Family