CWNA vs Network+: Which Certification Should You Choose First?


If you’re building a career in networking, two certifications often appear early on the roadmap: the CompTIA Network Plus (Network+) and the CWNP Certified Wireless Network Administrator (CWNA).


Both are respected, vendor-neutral credentials, but they serve slightly different purposes and support different career directions.


So how do they compare? Should you choose one before the other? And are they both worth your time? Let’s explore...

What Is Network+?


Network+ is widely considered the foundation-level certification for networking professionals. It introduces the essential concepts that every network engineer, administrator, or IT support professional, should understand.


Typical topics include:

• Network architecture and topologies

• IP addressing and routing basics

• Switching fundamentals

• Network security concepts

• Troubleshooting methodology

• Cabling and physical infrastructure


Because it covers both wired and wireless networking at a conceptual level, Network+ is often the first structured networking certification many IT professionals pursue.


It helps learners answer questions such as, “How does a network actually work?”


This makes it particularly valuable for early-career engineers, helpdesk professionals moving into networking roles, and anyone transitioning into infrastructure-focused IT positions.

What Is CWNA?


The CWNA certification focuses specifically on Wi-Fi networking. Rather than treating wireless as just one topic among many, CWNA explores wireless networking in technical depth.


Core areas include:

• RF fundamentals

• Wi-Fi standards (802.11 family)

• WLAN design principles

• Antennas and propagation

• Site survey methodology

• Security considerations

• Performance troubleshooting


CWNA answers a different question “How do wireless networks really work, and how do you design them properly?”


As wireless connectivity becomes mission-critical across enterprises, healthcare, logistics, education, and manufacturing, this expertise is increasingly valuable.

Key Differences Between CWNA and Network+


The most important difference is scope:

  • Network+ provides breadth and helps you understand networks overall.
  • CWNA provides depth (in wireless) and helps you understand Wi-Fi professionally.


Here’s a very basic and simple comparison:

Network+ CWNA

Broad networking foundation             Specialized wireless expertise

Covers wired + wireless basics           Focuses entirely on Wi-Fi

Entry-level friendly                                    Intermediate technical depth

Ideal first networking certification   Ideal wireless specialization step

Recognized across all IT roles              Highly valued in wireless-focused roles


Neither replaces the other. They complement each other.


Should You Take Network+ Before CWNA?


In most cases, yes.


Network+ builds the foundational vocabulary and conceptual understanding that makes CWNA easier to learn and apply. Topics like switching, subnetting, and troubleshooting methodology provide context that strengthens your wireless studies later.


A common progression could be: Network+ → CWNA → Advanced wireless certifications


However, there are exceptions: if your role already focuses heavily on Wi-Fi (perhaps in enterprise WLAN support, field engineering, or wireless deployment) starting with CWNA might make perfect sense.

(You can right-click the image and select "Open Image in New Tab" to read image contents more comfortably.)



How Network+ Supports Your Career


Network+ helps open doors. It demonstrates that you understand the essential mechanics of modern networks and can work confidently in infrastructure environments.


Career benefits include:

• Strong entry point into networking roles

• Useful foundation for cybersecurity pathways

• Supports progression toward advanced certifications

• Recognized by employers globally

• Builds troubleshooting confidence early in your career


For many professionals, Network+ marks the transition from general IT support into networking specialization.


How CWNA Supports Your Career


CWNA positions you differently. Rather than simply proving you understand networking basics, it shows that you can design, analyze, and troubleshoot wireless networks professionally. This matters because Wi-Fi is no longer optional: it is core infrastructure.


CWNA helps professionals:

• Support enterprise wireless environments

• Participate in WLAN design discussions

• Perform or interpret site surveys

• Improve network performance and reliability

• Move toward advanced wireless certifications (like CWSP or CWDP)


In organizations where wireless supports voice systems, clinical devices, logistics tracking, or industrial automation... this expertise is highly prized.

 

Are Both Certifications Valuable?


Absolutely and, together, they are especially powerful!


Network+ demonstrates networking competence.

CWNA demonstrates wireless specialization.

Employers increasingly look for engineers who understand both.


Modern networks are no longer primarily wired environments with wireless added later. Instead, wireless often is the primary access layer. That makes engineers with structured WLAN knowledge stand out.


Holding both certifications signals:

• strong networking fundamentals

• real wireless expertise

• commitment to professional development

• readiness for infrastructure-focused roles


This combination strengthens credibility early in a networking career.


 (You can right-click the image and select "Open Image in New Tab" to read image contents more comfortably.)



Which One Should You Choose First?


Here is a practical guideline:


Choose Network+ first if you are:

• new to networking

• moving from helpdesk into infrastructure

• planning a cybersecurity pathway

• building general technical confidence


Choose CWNA first if you are:

• already working with Wi-Fi regularly

• supporting enterprise wireless environments

• interested in WLAN design

• planning a wireless engineering career track


Many professionals ultimately complete both and benefit from doing so.


In Summary


Network+ builds your foundation.

CWNA builds your specialization.


Together, they create a strong platform for careers in networking, wireless engineering, and cybersecurity.


If your goal is to become a confident, capable network professional in today’s wireless-first world, combining both certifications is not just valuable... it’s strategic!


===

===

Learn More


If you want to learn more about CWNP wireless training and wireless networks, visit our CWNP training  portfolio page  here

If you want to learn more about CompTIA training and wireless networks, visit our CompTIA training  portfolio page  here


===

#WiFi #WirelessNetworks #CWNP #CompTIA

===


About NC-Expert

 NC-Expert is a privately-held California corporation and is well established within the Wireless, Security, and CyberSecurity industry certification training, courseware development, and consulting markets.

 NC-Expert has won numerous private contracts with Fortune level companies around the world. These customers have depended on NC-Expert to train, advise, and mentor their staff.

 So remember, if you are looking for the best IT training just call us at (855) 941-2121 or contact us


NC-Expert Blog

Wi-Fi Myth Series – Myth #6: A Site Survey Is Optional

By Rie Morgan • July 17, 2026
Every Wi-Fi engineer has heard some version of it, "Can't we just install the access points where the old ones were?" Or perhaps, "The floorplan looks straightforward. Let's save some time and skip the survey." Occasionally, someone even says the dangerous words, "We've done hundreds of these buildings. They're all basically the same." That's usually the point where experienced wireless engineers quietly smile, knowing that the building is about to teach everyone a valuable lesson because: buildings don't read design guides, concrete doesn't care about your deployment schedule, metal doesn't respect your project budget, and radio waves have never once agreed to cooperate, simply because everyone wanted them to. Let's talk about why a site survey isn't an optional luxury... it's one of the most valuable engineering tools available. Every Building Is Different At first glance, two office buildings may appear identical: same square footage, same number of floors, similar room layouts, yet their wireless behavior can be dramatically different: one may have reinforced concrete walls, another may contain extensive glass partitions, the warehouse may be filled with moving inventory, a hospital may have elevators, imaging equipment, and countless reflective surfaces, a manufacturing facility may contain machinery that wasn't mentioned on any floorplan, and remember: even furniture changes RF behavior! Anyone who has performed enough surveys eventually develops a healthy respect for one simple fact: the building always gets a vote, too!

Wi-Fi Myth Series - Myth #5: Wider Channels Always Mean Better Performance

By Rie Morgan • July 13, 2026
There is something wonderfully satisfying about seeing a Wi-Fi channel get wider: twenty megahertz becomes forty. Forty becomes eighty. Eighty becomes one hundred and sixty. This begs the question: more bandwidth must mean more speed... right? Well... sometimes. Like many things in Wi-Fi engineering, the answer begins with, "It depends." The idea that wider channels always deliver better performance has become surprisingly common. It's an understandable conclusion because, in theory, wider channels can carry more data. More lanes on a highway should allow more traffic to flow. But Wi-Fi isn't driven by theory alone. The RF environment has an annoying habit of reminding us that physics always gets the final vote. Let's explore why bigger isn't always better... More Lanes... But Fewer Roads Imagine a city with only a handful of highways. If you combine four lanes into one giant superhighway, each individual vehicle might travel faster. Unfortunately, you've also eliminated several independent routes that other drivers could have used. That's exactly what happens with channel bonding: - An 80 MHz channel occupies the same spectrum as four adjacent 20 MHz channels. - A 160 MHz channel consumes eight. While you've increased the potential throughput available to one transmission, you've dramatically reduced the number of separate channels available for everyone else. In an empty environment, this is often perfectly acceptable. But, in a busy enterprise? Not so much.

Wi-Fi Myth Series – Myth #4: If Coverage is Good, Capacity Will Be Fine

By Rie Morgan • July 8, 2026
Walk into almost any office after a new Wi-Fi deployment and you'll hear a familiar sentence: "Coverage looks great. We should be good." It sounds logical. After all, if every corner of the building has a healthy signal, surely the network can handle whatever users throw at it. Except... that's not how Wi-Fi works. Coverage and capacity are close friends, but they're definitely not twins. One answers the question, "Can devices hear the network?" The other answers, "Can everyone actually use it at the same time?" Confusing the two is one of the most common mistakes in Wi-Fi design, and it often explains why a network that looks fantastic on a heatmap still leaves users frustrated.  Let's bust this myth once and for all.