Cost
$390 USD
Single voucher, no retake included
Format
MCQ + PBQ
Multiple-choice + performance-based
Duration
90 minutes
Up to 90 questions
Passing score
720/900
Scaled scoring, ~80% accuracy
Prerequisites
None official
A+ + 9-12 months IT recommended
Renewal
3 years
CEUs or higher-level CompTIA cert
The CompTIA Network+ N10-009 exam was released in June 2024 and remains the current version through 2027. It's one of the most-recommended foundational certifications in IT — and one of the most-failed when candidates underestimate its breadth. This guide breaks down all 5 domains, gives you a realistic 12-week study plan, lists the resources that actually deliver value, and shares the exam-day tips that separate first-try passes from expensive retakes.
Why Network+ matters in 2026
Network+ sits in a sweet spot: more advanced than CompTIA A+, less specialized than CCNA. It's the credential most IT employers expect from candidates moving beyond help desk into network admin, junior engineer, or cybersecurity roles. The N10-009 version updated content to reflect modern realities — cloud, SDN, Zero Trust, SASE — while keeping vendor neutrality.
Three concrete reasons it's still relevant:
- Career gatekeeper: Many networking job descriptions list Network+ as required or strongly preferred. Without it, you're filtered out before the interview.
- Foundation for security: You can't defend networks you don't understand. Network+ → Security+ is the most common path into cybersecurity for a reason.
- DoD 8140 approved: Network+ qualifies you for several Department of Defense work roles, opening doors to government and contractor jobs.
The honest reality: Network+ is a stepping-stone, not a destination. It alone won't land you a $100K job, but it opens doors that stay closed without it.
The 5 exam domains explained
CompTIA weighs each domain differently. Smart studying means allocating time proportional to weight — Troubleshooting (24%) and Networking Concepts (23%) together represent nearly half the exam.
Networking Concepts
Foundational knowledge — OSI model, IP addressing, ports/protocols, network topologies, and cloud concepts. The 'what' of networking.
Key topics
- OSI model (7 layers) — know them cold
- IPv4 addressing, subnetting, CIDR notation
- IPv6 addressing fundamentals
- Common ports & protocols (HTTP, HTTPS, DNS, FTP, SSH, etc)
- Network topologies (star, mesh, hybrid, hub-and-spoke)
- Cloud concepts (IaaS, PaaS, SaaS, NFV, VPC, hybrid)
- Transmission media (copper, fiber, wireless)
- Networking appliances (routers, switches, firewalls, IDS/IPS)
Network Implementation
How to actually deploy networks — installing and configuring routers, switches, firewalls, wireless infrastructure, and routing protocols.
Key topics
- Routing protocols (RIP, OSPF, BGP, EIGRP)
- Switching (VLANs, trunking, STP, port mirroring)
- Wireless standards (802.11 a/b/g/n/ac/ax, Wi-Fi 6/6E)
- Network appliance installation and configuration
- Cable types and connectors (Cat5e/6/6a/7/8, fiber)
- Network access methods (CSMA/CD, CSMA/CA)
- VPN configurations (site-to-site, remote access)
- SDN/SD-WAN basics
Network Operations
Running networks day-to-day — monitoring, documentation, disaster recovery, and change management. Less glamorous, but heavily tested in 2026.
Key topics
- Network monitoring tools (SNMP, NetFlow, syslog)
- Performance metrics (bandwidth, latency, jitter, packet loss)
- Documentation (network diagrams, IP schemas, runbooks)
- High availability and redundancy (HSRP, VRRP, NIC teaming)
- Disaster recovery and business continuity
- Change management procedures
- Configuration management and automation basics
- Service-level agreements (SLAs)
Network Security
Security fundamentals applied to networks — Zero Trust, SASE, access control, and common attack types. Smaller weight, but heavily overlapping with Security+.
Key topics
- Zero Trust principles
- SASE / SSE (Secure Access Service Edge)
- Access control (RBAC, MAC, DAC)
- Authentication methods (MFA, certificates, RADIUS, TACACS+)
- Network attacks (DDoS, MITM, ARP poisoning, DNS hijacking)
- Hardening techniques (port security, ACLs, segmentation)
- Wireless security (WPA2, WPA3, 802.1X)
- VPN protocols (IPsec, SSL/TLS, WireGuard)
Network Troubleshooting
The largest domain — and the hardest. Identify and resolve real network issues using a methodical approach. PBQs cluster here heavily.
Key topics
- Troubleshooting methodology (7 steps)
- Cable issues (continuity, crosstalk, EMI)
- Wireless issues (interference, signal strength, channel overlap)
- Network performance (bottlenecks, congestion)
- Common command-line tools (ping, traceroute, nslookup, dig, netstat, arp, ipconfig/ifconfig)
- Packet capture and analysis (Wireshark basics)
- Hardware tools (cable tester, tone generator, multimeter)
- Common protocol/service failures (DHCP, DNS, ARP)
12-week study plan
This plan assumes 1-2 hours per day, 5 days per week — totaling roughly 150-200 hours over 12 weeks. Adjust upward if you're a true beginner, or downward if you have prior networking experience.
Weeks 1-3
Foundations
Build the conceptual base. Get comfortable with OSI, IP addressing, and core protocols. Most candidates skip this and regret it — without solid fundamentals, the rest collapses.
Action items
- → Watch all of Professor Messer's free Network+ N10-009 series
- → Master OSI 7 layers — memorize names, functions, and example protocols at each
- → Practice IPv4 subnetting daily until it's automatic (15+ exercises)
- → Learn IPv6 basics (address structure, EUI-64, link-local)
- → Memorize top 25 ports and protocols (80, 443, 22, 53, 25, 587, 110, 143, 993, 995, 21, 20, 23, 3389, etc)
Weeks 4-6
Implementation
Routing, switching, wireless, and physical infrastructure. This is where networking gets practical — and where labs become essential.
Action items
- → Build virtual labs in Cisco Packet Tracer or GNS3 (free)
- → Configure basic routing (static routes, RIP, OSPF)
- → Practice VLAN configuration and trunking
- → Learn STP (Spanning Tree Protocol) — Root Bridge election is heavily tested
- → Study wireless standards comparison table (cold)
- → Memorize cable categories and max speeds/distances
Weeks 7-8
Operations & Security
The 'softer' domains — monitoring, documentation, security fundamentals. Smaller weight individually but together they're 33% of the exam.
Action items
- → Learn SNMP basics, MIBs, OID structure
- → Understand SLA components and metrics
- → Study Zero Trust principles and SASE architecture
- → Practice ACL configurations (standard vs extended)
- → Learn the difference between RADIUS and TACACS+
- → Study common attack types and mitigation strategies
Weeks 9-10
Troubleshooting
The largest single domain (24%). PBQs cluster heavily here. Build systematic command-line muscle memory.
Action items
- → Memorize the 7-step troubleshooting methodology
- → Practice with ping, traceroute, nslookup, dig DAILY
- → Learn Wireshark basics — filter syntax, common packet types
- → Study real-world failure scenarios (cable issues, DHCP failures, DNS problems)
- → Practice PBQ-style scenarios online (CertMaster, MeasureUp, Jason Dion)
Weeks 11-12
Practice & Refinement
Switch entirely to practice exams. Identify weak spots. Retake until consistently 85%+ on practice tests before scheduling the real exam.
Action items
- → Take 1 full practice exam every 2-3 days
- → Review EVERY wrong answer in detail
- → Build flashcards for memorized content (ports, cable specs, etc)
- → Focus on PBQ-style questions specifically
- → Schedule the real exam only after 3 consecutive 85%+ practice scores
The resources that actually work
You don't need 10 study guides. Pick a primary video course, a practice exam pack, and one reference book — that's it. More than that and you're procrastinating, not studying.
Free
Professor Messer N10-009 Course
Video
The single best free resource. Watch all videos at 1.25x speed.
Jason Dion Free Practice Questions
Practice
Sample questions from his Udemy course. Free preview gives you 30+ questions.
Cisco Packet Tracer
Lab
Free network simulator from Cisco. Create accounts, build labs.
Subnetting.org practice
Drill
Random subnetting questions until it's automatic.
CompTIA exam objectives PDF
Reference
The official blueprint. Download and use as checklist.
Paid (worth it)
Jason Dion Udemy Course
Video
$15 on sale. Practical, exam-focused, paced for working professionals.
Jason Dion 6 Practice Exams
Practice
$15 on sale. The closest thing to the real exam quality-wise.
Mike Meyers AIO Exam Guide
Book
Traditional textbook style. Good reference, but Messer + Dion cover everything.
CompTIA CertMaster Practice
Practice
Official CompTIA tool. Expensive ($170+) but realistic PBQs.
Exam-day tips that actually matter
Everyone tells you to "study hard." Here's what specifically helps when the exam is in front of you.
Subnetting must be automatic
High impactMost candidates underestimate how much subnetting appears on the exam. If you can't subnet in under 60 seconds, you'll lose 5-10 questions to time pressure. Drill it daily until it's reflexive.
PBQs come first — and they're slow
High impactPerformance-Based Questions usually appear at the start of the exam. They take 5-8 minutes each. Skip them initially, do the multiple-choice first, then return. This protects your time budget.
Memorize port numbers cold
Medium impactFree points. About 10-15% of questions involve specific port/protocol pairings. There's no creative way around it — just memorize the top 25.
OSI vs TCP/IP model — know both
Medium impactSome questions test pure OSI (7 layers), others use TCP/IP (4 layers). Know which protocols sit at which layer in BOTH models.
Don't skip Operations and Security
Medium impactThese are the smallest domains (19% + 14% = 33% combined) but candidates routinely ignore them. They're easy points if you study them.
Practice exams ≠ exam dumps
High impactUse legitimate practice exams (Dion, Messer, CompTIA). Avoid exam dump sites — they're often outdated, inaccurate, and violate CompTIA policy (your cert can be revoked).
Is Network+ right for you?
Honest fit analysis — Network+ isn't universally valuable. Here's whether it's worth your $390 and 200 hours.
Aspiring IT/Network Admin
Perfect fitNetwork+ is literally designed for this. It's the standard credential for help desk → network admin career paths. Combined with A+, you're ready for entry-level network roles.
Cybersecurity Career Switcher
Strong fitNetworking is the foundation of security — you can't defend what you don't understand. Network+ before Security+ is the classic path, and most hiring managers respect this sequence.
Developer moving into DevOps/Cloud
Useful but not essentialNetwork+ teaches concepts you'll use daily (VPCs, subnets, routing, load balancers). But if your goal is cloud-specific, AWS/Azure certs may give faster ROI.
Already-Working SOC Analyst
Skip itIf you've been in SOC for 6+ months, the day-to-day teaches you more than Network+ covers. Better to pursue CySA+, Splunk certs, or vendor-specific credentials instead.
Hobbyist / Learning at Home
MixedNetwork+ is exam-focused, which means lots of memorization. If you just want to learn networking, watch Messer's videos free without taking the exam. The cert itself only matters if employers see it.
Final verdict
CompTIA Network+ is still one of the highest-ROI foundational certifications in 2026 — IF you're heading into networking, sysadmin, or cybersecurity careers. Outside those paths, the value drops sharply.
The N10-009 version is harder than its predecessor (more troubleshooting, more cloud, more modern security). But with a structured 12-week plan, the right resources (Messer free + Dion paid + Packet Tracer labs), and honest practice exam scores, first-try passes are entirely realistic.
My recommendation: don't rush. Block out 12 weeks, follow the study plan, hit 85%+ on practice exams consistently, then schedule the real exam. People who skip this and try to cram in 4 weeks rarely pass, and the retake fee makes it more expensive than just doing it properly the first time.
Frequently asked questions
The most common questions from people preparing for Network+ N10-009.
01 How long does it take to study for Network+ N10-009?
02 Should I get A+ before Network+?
03 Is Network+ N10-009 harder than N10-008?
04 What jobs can I get with Network+ certification?
05 Is CCNA better than Network+?
06 How much does the Network+ exam cost?
07 Can I pass Network+ without lab experience?
08 What happens if I fail the Network+ exam?
09 How long is Network+ certification valid?
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