What the expert says
"The Rel-20 ISAC study is converging on FR3 monostatic sensing with Giga-MIMO arrays."
Try before you commit
Yes, the bat delivers pizza.
Bats send out sound waves, listen to the echoes, and build a picture of the world — that's echolocation. Now imagine that same bat also delivers pizza: dropping off dinner while mapping the neighborhood.
In 6G, the antenna is the bat, your data is the pizza — and the echoes of its own radio signals let the network "see" its surroundings.
That's ISAC: Integrated Sensing and Communication. One signal, two jobs.
The full course
Your Journey: From Grandpa 1G to the 2030 Sunrise
Each module fits between two meetings, during a boring presentation, or over lunch at your desk. Plan on 30–35 minutes each — no judgment if lunch wins.
- Module 1
Why 6G? The Road to IMT-2030
30 min → - Module 2
The Network That Sees: ISAC
35 min → - Module 3
Immersive Worlds: XR & Holograms
35 min → - Module 4
Digital Twins & Ambient IoT
35 min → - Module 5
Spectrum: The New Real Estate
35 min → - Module 6
Giga-MIMO & Smart Surfaces
35 min → - Module 7
AI-Native Networks
35 min → - Module 8
Cloud Cores & Towers in the Sky
35 min → - Module 9
Trust, Energy & Sustainability
30 min → - Module 10
The 5G vs. 6G Showdown
35 min →
The payoff
Sound Smart in Your Next Meeting. No Posturing Required.
What you'll hear after this course
"The 6G radar studies favor the golden bands, using the tower's own huge antenna to both send and listen."
Conversational in 6G — follow the jargon, translate it in your head, ask the smart question.
A useful thing for your inbox
Take the Cheat Sheet With You
Get the one-page 5G-vs-6G cheat sheet + the master acronym decoder (all 20–30, one page) in your inbox. Free, like the tutorial.
I'll also email you when new trainings launch — including AI for 5G & 6G. No spam, unsubscribe anytime.