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 exam | Best plan | Use this if | Main risk | What to prioritize |
|---|---|---|---|---|
| 7 days | Final review plan | You have already studied most objectives | Trying to relearn everything | Weak areas, timed practice, subnetting, troubleshooting |
| 14 days | Focused plan | You know networking basics but have gaps | Skipping hands-on reasoning | Daily drills plus targeted concept repair |
| 30 days | Balanced plan | You can study most days | Staying passive with videos/notes | Domain rotation, labs, missed-question review |
| 60 days | Full preparation path | You are starting early or need structure | Forgetting early material | Weekly review cycles and progressive mocks |
| 90 days | Extended preparation path | You are new to networking or have limited weekly time | Moving too slowly | Build fundamentals first, then scenario practice |
Minimum weekly study targets
| Plan | Suggested weekly time | Typical session length |
|---|---|---|
| 7-day final review | 10-15 hours total | 90-150 minutes |
| 14-day focused plan | 15-25 hours total | 75-120 minutes |
| 30-day balanced plan | 6-10 hours/week | 60-120 minutes |
| 60-day path | 4-7 hours/week | 45-90 minutes |
| 90-day path | 3-5 hours/week | 45-75 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 bucket | What to practice | How to know you are improving |
|---|---|---|
| Network models and concepts | OSI/TCP-IP layers, encapsulation, common protocols, ports, traffic flow | You can explain where a problem fits in the stack |
| Addressing and subnetting | IPv4, IPv6 basics, CIDR, masks, gateways, VLAN addressing | You can calculate networks, hosts, and valid ranges without notes |
| Switching and routing | VLANs, trunks, STP concepts, routing decisions, default routes, dynamic routing concepts | You can predict forwarding behavior from a simple diagram |
| Wireless networking | Standards concepts, channels, authentication, roaming, interference, site considerations | You can choose likely causes for wireless performance issues |
| Network services | DNS, DHCP, NAT, NTP, directory/authentication services, remote access | You can diagnose name, address, and reachability issues separately |
| Network security | Segmentation, access control, secure protocols, VPN concepts, hardening, common attacks | You can identify the control that best reduces a scenario risk |
| Cloud, virtualization, and modern architectures | Virtual switches, SDN concepts, cloud connectivity, high availability, scalability | You can compare physical, virtual, and cloud network choices |
| Network operations | Documentation, baselines, monitoring, logs, change management, disaster recovery concepts | You can choose the next operational step in a scenario |
| Troubleshooting | Methodology, cable/wireless issues, DNS/DHCP failures, performance, tools | You can isolate the most likely fault before choosing a fix |
Start with a diagnostic
Before choosing what to study, get a baseline.
| Step | Action | Time |
|---|---|---|
| 1 | Take a mixed set of practice questions without notes | 45-60 minutes |
| 2 | Mark each miss by topic bucket and cause | 30 minutes |
| 3 | Identify your top 3 weak areas | 10 minutes |
| 4 | Build your first review list | 10 minutes |
Use these miss categories:
| Miss type | What it means | Fix |
|---|---|---|
| Knowledge gap | You did not know the concept | Read/watch targeted explanation, then drill questions |
| Confusion between similar terms | You mixed up tools, protocols, layers, or devices | Make a comparison table |
| Scenario misread | You knew the topic but missed a clue | Slow down and underline constraints |
| Calculation error | Subnetting or addressing mistake | Repeat small timed drills daily |
| Tool/process error | You chose the wrong troubleshooting step | Practice 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
| Block | Time | What to do |
|---|---|---|
| Warm-up recall | 5 min | Ports, layers, subnetting, or tool purpose |
| Focus topic | 20 min | Study one narrow objective area |
| Hands-on or diagram work | 15 min | Trace traffic, read command output, sketch topology, calculate subnets |
| Practice questions | 15 min | Use targeted questions for that topic |
| Error log update | 5 min | Record misses and next action |
90-minute session
| Block | Time | What to do |
|---|---|---|
| Warm-up drill | 10 min | Subnetting, protocols, wireless, or troubleshooting tools |
| Concept review | 25 min | One objective group only |
| Scenario practice | 20 min | Diagram, command output, or troubleshooting scenario |
| Practice questions | 25 min | Mixed or targeted set |
| Missed-question review | 10 min | Explain why each wrong answer is wrong |
2-hour session
| Block | Time | What to do |
|---|---|---|
| Recall and subnetting | 15 min | Timed quick drills |
| Deep review | 30 min | Weak topic repair |
| Hands-on/diagram practice | 25 min | Build or analyze a topology |
| Practice set | 35 min | Timed questions |
| Review and notes cleanup | 15 min | Convert 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:
| Task | Target |
|---|---|
| Convert CIDR to mask | Fast recognition |
| Identify network address | Accuracy first, then speed |
| Identify broadcast address | Avoid off-by-one errors |
| Find valid host range | Know first and last usable address |
| Choose a subnet size | Match 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 command | Use it to investigate |
|---|---|
| ping | Basic reachability and latency clues |
| traceroute / tracert | Path and hop where traffic may fail |
| ipconfig / ifconfig / ip | Local IP address, mask, gateway, DNS configuration |
| nslookup / dig | DNS resolution problems |
| netstat / ss | Connections, listening ports, socket state |
| arp | Local Layer 2 to Layer 3 mapping |
| route | Routing table and default route issues |
| tcpdump / packet capture tools | Packet-level traffic inspection |
| cable tester | Physical cabling faults |
| toner/probe | Cable identification |
| Wi-Fi analyzer | Channel, 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
| Pass | Question to answer | Output |
|---|---|---|
| Pass 1: Concept | What concept did this test? | Objective or topic label |
| Pass 2: Reasoning | Why is the correct answer best? | One-sentence explanation |
| Pass 3: Elimination | Why are the other choices weaker? | Short notes on traps |
Error log template
| Date | Topic | Miss type | Why I missed it | Correct rule | Recheck date |
|---|---|---|---|---|---|
| Example | DNS vs DHCP | Confusion | Treated name resolution as address assignment | DNS resolves names; DHCP assigns IP settings | Tomorrow |
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
| Day | Main goal | Study actions |
|---|---|---|
| 1 | Baseline and triage | Take a mixed diagnostic set. Build weak-area list. Review exam objectives and mark red/yellow/green. |
| 2 | Addressing and subnetting | Drill IPv4 subnetting, CIDR, gateways, VLAN addressing, IPv6 notation. Review missed questions. |
| 3 | Switching, routing, and wireless | Review VLANs, trunks, routing behavior, wireless security, channels, interference, roaming scenarios. |
| 4 | Services and security | Review DNS, DHCP, NAT, NTP, VPN concepts, secure protocols, segmentation, access controls. |
| 5 | Troubleshooting and tools | Practice scenarios using ping, traceroute, ipconfig/ip, DNS tools, route tables, cable/wireless tools. |
| 6 | Timed mock and deep review | Take one full timed mock. Spend at least as long reviewing as you spent taking it. |
| 7 | Final cleanup | Review 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
| Day | Focus | Practice task |
|---|---|---|
| 1 | Diagnostic and objective mapping | Mixed practice set, error log, red/yellow/green objective map |
| 2 | Network models, protocols, and ports | Layer mapping, protocol purpose, secure vs insecure protocol comparisons |
| 3 | IPv4, IPv6, and subnetting | CIDR drills, address planning, gateway/default route scenarios |
| 4 | Switching and routing | VLAN/trunk scenarios, routing table logic, loop prevention concepts |
| 5 | Wireless and physical media | Cabling, transceivers, signal issues, channel/interference scenarios |
| 6 | Network services | DNS, DHCP, NAT, NTP, remote access, common service failure symptoms |
| 7 | Mixed review checkpoint | Timed mixed set, review all misses, update weak-area list |
Days 8-14: timed practice and weak-area repair
| Day | Focus | Practice task |
|---|---|---|
| 8 | Security controls | Segmentation, VPNs, authentication, secure management, common attacks |
| 9 | Operations and monitoring | Logs, baselines, documentation, change process, availability concepts |
| 10 | Troubleshooting methodology | Step-by-step scenarios; identify likely cause and next best step |
| 11 | Timed mock | Full timed mock or longest available timed set; review thoroughly |
| 12 | Weak-area sprint 1 | Repair top two weak topics from mock |
| 13 | Weak-area sprint 2 | Mixed questions, subnetting, tools, ports, command-output review |
| 14 | Final review | Light 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
| Day | Focus | Study actions |
|---|---|---|
| 1 | Diagnostic | Mixed set, error log, objective map |
| 2 | OSI/TCP-IP and traffic flow | Encapsulation, devices by layer, protocol mapping |
| 3 | Ports and protocols | Common services, secure alternatives, use cases |
| 4 | IPv4 addressing | CIDR, masks, gateways, private/public addressing concepts |
| 5 | Subnetting | Network/broadcast/host range drills |
| 6 | IPv6 basics | Notation, compression, address types, dual-stack concepts |
| 7 | Review | Mixed questions and missed-question repair |
Week 2: infrastructure and services
| Day | Focus | Study actions |
|---|---|---|
| 8 | Cabling and physical media | Copper, fiber, connectors, transceivers, physical troubleshooting |
| 9 | Switching | VLANs, trunks, STP concepts, MAC learning |
| 10 | Routing | Static/default/dynamic routing concepts, route selection scenarios |
| 11 | Wireless | Standards concepts, channels, interference, authentication |
| 12 | Network services | DNS, DHCP, NAT, NTP, remote access |
| 13 | Diagrams and architecture | Read topology diagrams; identify failure points |
| 14 | Timed checkpoint | Timed mixed set; update weak-area ranking |
Week 3: security, operations, and troubleshooting
| Day | Focus | Study actions |
|---|---|---|
| 15 | Network security basics | CIA concepts, segmentation, ACL/firewall purpose |
| 16 | Secure access | VPNs, authentication, secure management protocols |
| 17 | Threats and hardening | Common attacks, mitigation choices, device hardening |
| 18 | Monitoring and observability | Logs, SNMP concepts, baselines, alerts, metrics |
| 19 | Documentation and change | Diagrams, asset records, change management, recovery planning |
| 20 | Troubleshooting tools | Match command/tool to symptom |
| 21 | Timed mock 1 | Full timed mock or long timed practice set; deep review |
Week 4: exam readiness and weak-area sprint
| Day | Focus | Study actions |
|---|---|---|
| 22 | Mock review repair | Rework every missed topic from timed mock |
| 23 | Subnetting and addressing sprint | Timed drills plus address-planning scenarios |
| 24 | Troubleshooting scenarios | DNS, DHCP, gateway, VLAN, wireless, cable, and routing failures |
| 25 | Security and services review | Secure protocols, segmentation, VPNs, DNS/DHCP/NAT |
| 26 | Timed mock 2 | Fresh timed mock; track pacing and fatigue |
| 27 | Weak-area sprint | Top 3 recurring misses only |
| 28 | Objective checklist | Red/yellow/green review against N10-010 objectives |
| 29 | Final light review | Ports, tools, subnetting, troubleshooting process, notes |
| 30 | Rest and exam logistics | Light 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
| Phase | Days | Goal | What to do |
|---|---|---|---|
| Phase 1 | 1-7 | Baseline and foundations | Diagnostic, OSI/TCP-IP, protocols, ports, traffic flow |
| Phase 2 | 8-18 | Addressing and core infrastructure | IPv4, subnetting, IPv6, switching, routing, cabling |
| Phase 3 | 19-28 | Services and wireless | DNS, DHCP, NAT, NTP, wireless, remote access |
| Phase 4 | 29-38 | Security and operations | Segmentation, VPNs, secure protocols, monitoring, documentation |
| Phase 5 | 39-48 | Troubleshooting and scenarios | Tools, command output, topology diagnosis, failure isolation |
| Phase 6 | 49-55 | Timed mock cycle | Full timed mock, deep review, weak-area repair |
| Phase 7 | 56-60 | Final review | Error log, subnetting, tools, ports, final readiness check |
60-day weekly rhythm
| Day type | Activity |
|---|---|
| Study day 1 | Learn one topic group |
| Study day 2 | Practice targeted questions |
| Study day 3 | Hands-on or diagram reasoning |
| Study day 4 | Mixed review and missed-question log |
| Optional day | Subnetting, ports, commands, or weak area |
| Rest day | No heavy study; light flashcards only if needed |
90-day path
| Phase | Weeks | Goal | What to do |
|---|---|---|---|
| Phase 1 | 1-2 | Networking fundamentals | Models, devices, protocols, addressing basics |
| Phase 2 | 3-4 | Addressing depth | IPv4, subnetting, IPv6, VLAN addressing |
| Phase 3 | 5-6 | Infrastructure | Switching, routing, wireless, cabling, physical layer |
| Phase 4 | 7 | Network services | DNS, DHCP, NAT, NTP, remote access |
| Phase 5 | 8 | Security | Segmentation, secure protocols, VPNs, access controls, threats |
| Phase 6 | 9 | Operations | Monitoring, documentation, change, recovery concepts |
| Phase 7 | 10 | Troubleshooting | Methodology, tools, command output, scenarios |
| Phase 8 | 11 | Timed mock and repair | Full timed mock, detailed review, targeted study |
| Phase 9 | 12 | Final readiness | Second timed mock, error log, weak-area sprint |
| Final days | Last 3-5 days | Exam polish | Light review, subnetting, tools, logistics |
90-day checkpoint rules
| Checkpoint | You should be able to |
|---|---|
| End of Week 2 | Explain traffic flow through common devices and layers |
| End of Week 4 | Complete basic subnetting without notes |
| End of Week 6 | Interpret simple switching, routing, and wireless scenarios |
| End of Week 8 | Match security controls to network risks |
| End of Week 10 | Select the right troubleshooting tool and next step |
| End of Week 12 | Complete 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
| Activity | What to practice |
|---|---|
| Draw a small LAN | Label router, switch, access point, VLANs, subnet, gateway, DNS, DHCP |
| Trace a web request | Client IP, DNS lookup, gateway, routing, NAT, server response |
| Compare two failures | DNS failure vs DHCP failure vs gateway failure |
| Read local IP settings | Identify IP, mask, gateway, DNS, lease details |
| Analyze wireless symptoms | Interference, weak signal, wrong authentication, congestion |
| Interpret route behavior | Decide which path traffic takes and where it fails |
| Review packet capture examples | Identify 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.
| Plan | First timed mock | Second timed mock | Final timed practice |
|---|---|---|---|
| 7-day | Day 6 | Optional shorter set only | Day 7 light review, not a heavy mock |
| 14-day | Day 11 | Day 13 if needed | Day 14 light review |
| 30-day | Day 21 | Day 26 | Day 28 or 29 short targeted set |
| 60-day | Around Days 49-52 | Around Days 54-56 | Final short targeted review |
| 90-day | Week 11 | Week 12 | Final short targeted review |
How to review a timed mock
| Review step | Action |
|---|---|
| Score by topic | Group misses by objective area |
| Review timing | Identify sections where you rushed or stalled |
| Classify errors | Knowledge, calculation, scenario reading, tool/process |
| Re-answer missed questions | Try again before reading the explanation |
| Write one correction rule | Turn each miss into a reusable rule |
| Schedule repair | Put 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 area | Check |
|---|---|
| Objective coverage | You can explain every major N10-010 objective area at a high level |
| Subnetting | You can calculate common IPv4 subnetting questions accurately without notes |
| Troubleshooting | You can choose the likely cause and next best step in scenario questions |
| Tools | You know which command or tool fits each symptom |
| Services | You can separate DNS, DHCP, NAT, routing, and firewall problems |
| Security | You can match network controls to risks and requirements |
| Timing | You can complete timed practice without rushing the final section |
| Miss pattern | You 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
| Time | Action |
|---|---|
| 48 hours out | Review error log, subnetting, ports/protocols, troubleshooting tools |
| 24 hours out | Light mixed practice only; no new heavy material |
| Night before | Prepare identification, exam appointment details, workspace or test-center plan |
| Exam morning | Light 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.