The curriculum spans the full wireless technology stack: from IEEE 802.11ax (Wi-Fi 6/6E) protocol mechanics and OFDMA operation to advanced RF channel planning, Cisco Catalyst Center AI-driven wireless management, CleanAir spectrum intelligence, and the Cisco Mobility architecture for seamless enterprise roaming. You will learn to design, deploy, and troubleshoot wireless networks at the scale and complexity demanded by modern enterprises.
With hands-on access to Cisco Catalyst 9800 wireless controllers, real access points, and Cisco Catalyst Center environments, you will develop practical skills that directly translate to enterprise deployments and CCIE lab exam scenarios. The program emphasizes RF engineering judgment — the ability to make design decisions based on physics, interference analysis, and client requirements — setting you apart as a true wireless expert.
IEEE 802.11ax Architecture & Frame Structure : 802.11ax PPDU formats (HE SU, HE MU, HE TB), HE-LTF symbols, OFDMA resource unit allocation, trigger frames, and the fundamental protocol changes that differentiate Wi-Fi 6 from previous generations.
OFDMA Operation & Resource Unit Management : Downlink and uplink OFDMA mechanics, resource unit (RU) types and sizes, spatial reuse with BSS Coloring, trigger-based TXOP, and practical RF impact of OFDMA in high-density deployments.
MU-MIMO in 802.11ax : Downlink MU-MIMO vs uplink MU-MIMO, spatial stream sounding, NDP announcements, beamforming groups, and designing networks to maximize MU-MIMO efficiency with modern client devices.
Wi-Fi 6E: 6 GHz Band Operations : 6 GHz regulatory domains, AFC (Automated Frequency Coordination), 320 MHz channel support, PSC channels, in-band discovery for 6 GHz, and migration planning from 5 GHz to 6 GHz deployments.
Target Wake Time (TWT) & Power Savings : TWT negotiation between AP and clients, individual vs broadcast TWT, IoT device optimization with TWT, and the implications of TWT scheduling on network design and latency-sensitive applications.
Course
CCIE Enterprise - Advanced Wireless
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Ratings & Reviews
Average -
4.7★
Nikhil Joshi
1 month ago
Wi-Fi 6E coverage is absolutely excellent
I was looking for a course that covered Wi-Fi 6E in real depth, not just a marketing overview. This module delivers exactly that, including AFC, PSC channel selection, and in-band discovery for 6 GHz. The labs on Catalyst 9800 were fantastic.
Sneha Pillai
2 months ago
Best RF design instruction available
The RF propagation and channel planning modules were the most practical wireless education I've received. The instructor's approach of teaching RF physics first and then applying it to design decisions is exactly the right methodology for expert-level wireless.
Suresh Menon
3 weeks ago
Excellent mobility and roaming coverage
The 802.11r/k/v combined implementation lab was very well done. I now understand the full roaming optimization stack. The guest anchor design section is directly applicable to what we need to deploy for our retail locations.
Lakshmi Natarajan
2 weeks ago
Catalyst Center wireless assurance is very well taught
The AI-driven assurance features in Catalyst Center were explained with real lab access. Being able to troubleshoot simulated wireless issues using the assurance dashboards was an invaluable practical experience. Highly recommend this module.
Frequently Asked Questions
Labs include Cisco Catalyst 9800 Series wireless controllers (physical and virtual), Cisco Catalyst 9100 Series access points (Wi-Fi 6/6E), and Cisco Catalyst Center. Students can run real wireless associations and RF measurements during lab sessions.
Yes. The curriculum covers Cisco Catalyst 9800 on-premises controller, FlexConnect for branch deployments, Embedded Wireless Controller (EWC), and Cisco Catalyst Center cloud-managed workflows, providing a complete picture of modern Cisco wireless deployment models.
Wireless is a significant domain in the CCIE Enterprise Infrastructure lab exam. The exam tests advanced wireless configuration, troubleshooting, and assurance topics. Skipping or underestimating wireless preparation is a common reason candidates fail the lab exam.
Yes. Students work directly with CleanAir-enabled access points and the Cisco Catalyst Center spectrum analysis interface to identify, classify, and mitigate interference sources. This hands-on experience is essential for real-world enterprise wireless deployments.
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