5G part 02

  • Course level: Intermediate


5G part 02

Are you prepared for the 5G challenges with 5G NR testing?
The rollout of 5 generations NR is well underway, presenting several potentials for new devices and infrastructure. The way we communicate will change as a result of 5 generations. The next generation of mobile networks, 5 generations, ushers in a paradigm shift toward a user and application-centric technology architecture, to serve three key use case scenarios with flexibility.

Enhanced Mobile Broadband  (eMBB)

Massive machine-type communication

ultra-reliable low latency (URLLC)

5 generation New Radio (NR) is the first communications standard to accommodate a wide range of consumer and industrial applications. By offering new, flexible numerology, enhanced channel coding, and modulation methods, 3GPP release 15 established the groundwork for 5 generations NR. Wider channel bandwidths and expanded carrier aggregation methods are now possible. More radio resources are available by extending frequencies into the millimeter-wave region.


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What Will I Learn?

  • The Architecture of the 5G System
  • The Stack of 5G RAN Protocols
  • Procedures Crucial to the RAN
  • RAN's key concepts
  • Core 5G
  • Call Flows in 5G
  • 5G Network Functions That Are Critical
  • 5G Core's Key Principles

Topics for this course

32 Lessons

5G Module 1.2

Demystifying 5G – 5G NR coexistence with LTE – testing dynamic spectrum sharing (DSS), part 200:00:00
Demystifying 5G – 5G NR coexistence with LTE based on dynamic spectrum sharing (DSS)00:00:00
Demystifying 5G – 5G NR coexistence with LTE – testing dynamic spectrum sharing (DSS), part 100:00:00
5G is now: Beamforming – a backbone of 5G00:00:00
5G is now: How flexible numerology benefits the 5G air interface00:00:00
Demystifying 5G – Antenna array calibration using the R&S SMW200A and R&S FSW00:00:00
Demystifying 5G – Antenna array calibration methods for OTA testing00:00:00
Demystifying 5G – Calibrating OTA test systems using gain transfer method00:00:00
Demystifying 5G – System calibration basics for over-the-air (OTA) testing00:00:00
Demystifying 5G – 5G NR test model (TM) support for FR1 and FR200:00:00
Demystifying 5G – 5G NR PTRS and how to emulate phase noise00:00:00
Demystifying 5G – How to generate and analyze 5G NR TDD signals?00:00:00
Demystifying 5G – How are slot formats defined in 5G NR?00:00:00
Demystifying 5G – Automatic channel detection (ACD) measurement for 5G NR00:00:00
Demystifying 5G – Frequency settings in 5G NR00:00:00
Demystifying 5G – Simultaneous coverage measurements on LTE and 5G NR at 28 GHz00:00:00
Demystifying 5G – Concept of SSB beamforming in mmWave frequencies00:00:00
Demystifying 5G – Backpack for simultaneous 5G NR and LTE coverage measurements00:00:00
Phase Coherence Measurements with R&S®NRQ600:00:00
Demystifying 5G – Clock input monitoring, holdover and relocking in 5G base stations00:00:00
Demystifying 5G – Timing alignment and delay adjustment of SYSREF and sampling clock signals00:00:00
Demystifying 5G – Phase noise of clock and LO components in 5G base stations00:00:00
Demystifying the 5G NR physical layer00:00:00
Demystifying 5G – How to flexibly measure multiple SSB transmissions00:00:00
Demystifying 5G – Configuring a 5G NR network measurement setup00:00:00
Demystifying 5G – 5G NR network measurements at 3.5 GHz00:00:00
Demystifying 5G – How does 5G NR devices identify the network?00:00:00
Demystifying 5G – Repeatable and temperature-based 5G NR OTA testing00:00:00
Demystifying 5G – Creating far-field conditions at short distances for 5G over the air testing00:00:00
Demystifying 5G – Over the air (OTA) testing for 5G NR in far-field and near-field00:00:00
Transmit Beamforming Measurement on Passive Phased Array Antenna using Vector Network Analyzer00:00:00
Numerology and Initial Access Concept for 5G NR00:00:00

Enrolment validity: Lifetime


  • Understanding the basics of wireless communication
  • Understanding the fundamentals of networking