Curriculum
- 8 Sections
- 57 Lessons
- 900 Weeks
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- Introduction4
- Revolutionary evolution of 5G technology5
- 5G Technology5
- 4.1RAHAE310.02.P04 5G spectrum, country wise 5G trial10 Minutes
- 4.2RAHAE310.02.P04.1 Millimter-wave spectrum for 5G4 Minutes
- 4.3RAHAE310.02.P04.2 Millimeter-wave signal quality challenges4 Minutes
- 4.4RAHAE310.02.P05 5G characteristics, Applications, types5 Minutes
- 4.5RAHAE310.02.P06 5G triangle briefly7 Minutes
- Antenna used in previous wireless technology1
- Requirements to implement 5G22
- 6.1RAHAE310.04.P01 Beamforming7 Minutes
- 6.2RAHAE310.04.P01.1 Types of beamforming (Butler matrix)4 Minutes
- 6.3RAHAE310.04.P01.2 Types of beamforming (Blassmatrix)2 Minutes
- 6.4RAHAE310.04.P01.3 Disruptive Beamforming3 Minutes
- 6.5RAHAE310.04.P01.4 ROTMAN lens antenna2 Minutes
- 6.6RAHAE310.04.P01.5 ROTMAN lens operating parameters4 Minutes
- 6.7RAHAE310.04.P01.6 Multi stage lens antenna3 Minutes
- 6.8RAHAE310.04.P02 Important points about beamforming and advantages of beamforming2 Minutes
- 6.9RAHAE310.04.P03 Discussion on omnidirectional pattern and beamforming2 Minutes
- 6.10RAHAE310.04.P04 Beam management5 Minutes
- 6.11RAHAE310.04.P04.1 5G beamforming antennas design issues5 Minutes
- 6.12RAHAE310.04.P05 Beam scanning2 Minutes
- 6.13RAHAE310.04.P06 Beam scanning method2 Minutes
- 6.14RAHAE310.04.P07 Beam splitting3 Minutes
- 6.15RAHAE310.04.P07.1 Methods of beam splitting2 Minutes
- 6.16RAHAE310.04.P07.2 Metasurface4 Minutes
- 6.17RAHAE310.04.P07.3 Metasurface3 Minutes
- 6.18RAHAE310.04.P07.4 High impedance surface5 Minutes
- 6.19RAHAE310.04.P07.5 Reflection phase of the high impedance surface at normal incidence2 Minutes
- 6.20RAHAE310.04.P07.6 Applications of metasurfaces3 Minutes
- 6.21RAHAE310.04.P07.7 Microwave absorber3 Minutes
- 6.22RAHAE310.04.P07.8 Different way to achieve beam split3 Minutes
- Phased array9
- 7.1RAHAE310.05.P01 Phased array introduction5 Minutes
- 7.2RAHAE310.05.P02 Phased array principle3 Minutes
- 7.3RAHAE310.05.P03 Operation of phased array antenna5 Minutes
- 7.4RAHAE310.05.P04 Advantages and disadvantages of phased array3 Minutes
- 7.5RAHAE310.05.P05 Possible arrangements of phased array5 Minutes
- 7.6RAHAE310.05.P06 Different types of phase shifting method/Phase shifting by changing frequency4 Minutes
- 7.7RAHAE310.05.P07 Phase shifting by changing length3 Minutes
- 7.8RAHAE310.05.P08 Phase shifting by changing permittivity3 Minutes
- 7.9RAHAE310.05.P09 Phase shifting by changing permeability4 Minutes
- Massive MIMO10
- 8.1RAHAE310.06.P01 Introduction to cellular networks5 Minutes
- 8.2RAHAE310.06.P02 Introduction to cellular networks4 Minutes
- 8.3RAHAE310.06.P03 Introduction to cellular networks3 Minutes
- 8.4RAHAE310.06.P04 Classification of MIMO technology6 Minutes
- 8.5RAHAE310.06.P05 Classification of MIMO technology6 Minutes
- 8.6RAHAE310.06.P06 Classification of MIMO technology5 Minutes
- 8.7RAHAE310.06.P07 Massive MIMO2 Minutes
- 8.8RAHAE310.06.P08 Favourable propagation massive MIMO3 Minutes
- 8.9RAHAE310.06.P09 Advantages of massive MIMO3 Minutes
- 8.10RAHAE310.06.P10 phased array vs massive MIMO4 Minutes
- RF antenna diversity and its requirements in 5G Communication1