CWNP

120 million Wi-Fi 7 access points will ship in 2026. That's a 210% increase over 2025 and it's creating a massive skills gap.

According to IDC's latest forecast, Wi-Fi 7 will become the dominant enterprise WLAN standard by 2027. Major deployments are already live: University of Florida just deployed the first collegiate stadium Wi-Fi 7 network. Baylor University, Henry Ford Health, and multiple NFL teams are running it in production.

But here's the problem: enterprises are racing to deploy Wi-Fi 7, but network engineers don't have the skills to design, deploy, and troubleshoot it yet.

Wi-Fi 7 isn't just "faster Wi-Fi." It requires understanding Multi-Link Operation (MLO), 6 GHz design principles, and reliability-first architecture. Your vendor dashboard won't teach you that.

This is your window. Don't wait until everyone else catches up.

Read the full report: https://zurl.co/tF2Kb

Start building real expertise at https://zurl.co/UB9xD

Wi-Fi 7 Mass Deployment Accelerates in 2026 as Global Enterprises and Carriers Race to Upgrade Network Infrastructure Wi-Fi 7 adoption surges globally in April 2026, driven by enterprise demand, carrier upgrades, and new IEEE 802.11be certification milestones reshaping network communications.

Most network admins think they understand RF coverage, until they deploy their first high-density environment.

Here's what changes everything: coverage isn't the same as capacity. You can have full bars and still experience terrible performance. Why? Because RF is a shared medium every device competes for airtime.

The vendors won't tell you this, but their auto-tuning features are optimized for their dashboard metrics, not your user experience. If you don't understand channel bonding, co-channel interference, and proper power levels, you're troubleshooting blind.

This is why vendor-neutral RF fundamentals matter. At CWNP, we teach you to think critically about wireless design, not just click through a wizard.

Master RF principles once, apply them everywhere. Whether you're working with Cisco, Aruba, Juniper, or any other platform.

Ready to stop guessing? CWNA gives you foundational RF knowledge that translates across every vendor platform. https://zurl.co/yCBUO

Interested in group pricing?
📩 Reach out to Jose Cantanhede at [email protected]
or Call (984) 227-8564 Ext 1020

What's the biggest wireless misconception you've had to unlearn?

IoT wireless is the skill gap that's about to separate mid-level engineers from senior-level salaries.

Right now, every enterprise IT team is dealing with IoT deployments. Smart buildings. Manufacturing sensors. Healthcare monitoring. And almost nobody knows what they're doing.

Why? Because everyone learned Wi-Fi. But IoT isn't Wi-Fi, it's BLE for healthcare wearables, Zigbee for building automation, LoRaWAN for outdoor sensors, Thread for smart homes, WirelessHART for industrial control.

Your competitors are googling protocols when tickets come in. You could actually be the expert.

CWNP's IoT training is exhaustive. Not surface-level, actual protocol-level knowledge across 10+ wireless technologies. Four certifications that build from foundational (CWISA) to expert (CWISE).

Industrial environments alone are forecasted to see 17.18% growth in wireless adoption through 2031. Source: Mordor Intelligence Wi-Fi Market Analysis, January 2026 https://zurl.co/NqPYc

Most engineers will keep pretending they understand IoT. The ones who actually invest in learning it will write their own job descriptions.

Start with CWISA. Get ahead at: https://zurl.co/wbGT3
Interested in group pricing?
📩 Reach out to Jose Cantanhede at [email protected]
or Call (984) 227-8564 Ext 1020

🚨 Tom Carpenter is Speaking at Wi-Co North Carolina 2026 🚨

Join his session:
Demystifying the Art of Wireless

Learn how understanding the art behind wireless communications can make you a better engineer, administrator, and security professional.

📅 June 11, 2026
⏰ 9:00 AM to 6:00 PM
📍 Castle McCulloch
3925 Kivett Dr, Jamestown, NC 27282

Register now:
https://zurl.co/ehct3

You can't stay competitive if you're not working with AI.

Engineering an AI Solution for Network Analysis June 25 | One-Day Online Instructor-Led Class with Tom Carpenter | 9am-4pm ET |

Seats are limited. This hands-on intensive fills fast because you'll actually build AI-powered tools you can use at work the next day.

Topics covered:
✅ Choosing the right AI tech
✅ Implementing a local Gen AI server
✅ Creating packet analysis engines
✅ Developing network dashboards
✅ Enhancing and evolving AI tools

Price: $499
🎁 Live attendees will receive Free CAIAE certification bundle ($399 value)

Don't wait. Register now before spots are gone.

👉 Learn more: https://zurl.co/zEQtO

📊 CWNP Quick Quiz

Q. In what frame type is the Duration/ID field interpreted as an Association Identifier?
You must select 1 answer

1. PS-Poll
2. Association Response
3. ATIM
4. Beacon
5. BlockAck
6. Authentication Request

Comment down your answer.

#80211

Congrats to CWNE #632, Steffen Christiansen!
Copenhagen, Denmark

https://zurl.co/jl0lC

🏆 Congratulations to Arsenii Sinvaites-Brinks on earning CWNE #630

Arsenii just joined the exclusive ranks of Certified Wireless Network Experts worldwide.
His track record: 100+ enterprise WLAN projects, 10,000+ APs deployed, 2,000,000 m² of wireless coverage designed across logistics, manufacturing, retail, and healthcare.

But here's what makes his story different: he passed all CWNP exams in 2023 and then waited three more years before applying for CWNE. Why? Because he wanted to feel ready, not just check a box.

As CEO of PROF-WIFI and a technical instructor promoting competent wireless design across Russian-speaking countries, he's now bringing vendor-neutral expertise to a community that needs it.

His advice to aspiring CWNEs? "Just start and keep moving toward your goal. Everything is achievable, the key is motivation."

📖 Read his full CWNE Spotlight: https://zurl.co/MWcpj

📘 Wi-Fi Word of the Day: Coverage

Coverage refers to the physical space where an access point's RF signal maintains acceptable quality.

Sounds simple, right? But here's where most wireless deployments go wrong:

Coverage ≠ Capacity

You can have full bars (great coverage) and still experience terrible performance. Why? Because RF is a shared medium. Every device competes for airtime.

When an administrator says "I need coverage in the Accounting department," they're talking about ensuring the RF signal reaches that physical area with sufficient strength for reliable connectivity. But if 50 devices are trying to use that same AP, coverage won't save you.

This is the most common mistake in wireless design: treating coverage as the only requirement. Real wireless design accounts for both coverage and capacity, how many devices need to connect, what applications they're running, and how much airtime each will consume.
Coverage gets devices connected. Capacity keeps them performing.