babymore87
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5G NR From a Radio Wave to Your First Packet
Published 9/2026
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Language: English | Duration: 5h 47m | Size: 1.63 GB
Learn why every 5G layer exists: PHY, MAC, RLC, PDCP, SDAP, RRC, NAS, and trace a full attach, field by field
What you'll learn
Explain what every layer of the 5G NR protocol stack does and more importantly, which problem it exists to solve.
Reason about design trade-offs : "latency against reliability, overhead against throughput" instead of memorising parameter tables.
Read a 3GPP specification with purpose: know which document to open, and where an unfamiliar parameter belongs
Trace a complete 5G attach at field Level: blind SSB search, MIB, SIB1, PRACH, RAR, contention resolution, and the first data packet.
Requirements
No telecom background needed. The course builds from what a radio physically has to do, and explains every number it uses.
A willingness to sit with a problem for a minute before being given the answer, that is the only real prerequisite.
Description
This course contains the use of artificial intelligence.
Most 5G courses hand you the specification. A wall of acronyms, a table of parameters, a formula with subscripts on the subscripts , all of it true, none of it explaining why any of it exists. You write it down, and a few weeks later a question one step to the side leaves you stuck. Not because you forgot, but because you never understood it in the first place.
This course does it the other way round.
Every mechanism here arrives as the answer to a problem you have already watched break. You will not be told that 5G uses OFDM, you will watch a single fast stream destroy itself on a real radio channel, and then see the fix almost derive itself. By the time a term is named, you can usually see why something like it had to exist.
We build the whole stack from the bottom: the physical layer, MIMO and beamforming, then MAC, RLC, PDCP and SDAP, each solving a problem the layer below leaves behind. Then the control plane, RRC and NAS, that configures all of it before your first byte moves. And finally we put every piece together in a complete initial attach, traced value by value, from the moment you switch the device on to a packet crossing the air.
It is not exhaustive, and it does not pretend to be. 5G is tens of thousands of pages. What you get instead is the structure: which layer owns what, and why. That is what turns you into someone who can learn the rest alone, who asks better questions, and knows which answers are worth trusting.
Disclaimer: I chose to use a professional AI voice model to narrate this course to ensure crystal-clear audio, perfect consistency, and precise pronunciation
Who this course is for
Engineers new to telecom who have been dropped into a 5G project and need the shape of the system quickly.
Test, RF, integration and support engineers who need to reason about failures across protocol layers
4G/LTE engineers who want to know what genuinely changed in 5G, what did not, and why the changes were made
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