All the key topics, innovations and trends in 5G are presented. The focus is on technology.
Content
- An introduction to 5G:
- Motivation for 5G deployment, Trends in the field, Standardisation, Overview of key technologies for 5G,
- Implementation of 4G/5G core network slicing, Improved implementation of 5G NR slicing.
- Electromagnetic wave propagation in 5G:
- Radio spectrum characteristics for 5G, Millimetre waves for 5G, 26 GHz frequency band for 5G,
- Chest strength due to the multiplicity and diversity of reception in 5G, atmospheric attenuation and noise in radio communications and the capacity of the connection.
- Radio interface innovations:
- 5GNR communication technologies, Co-access in modern cellular networks, Frequency allocation and carrier aggregation, Radio spectrum sharing in 5G,
- Flexible numerology, Reduce latency to the order of 1 ms.
- 5G:
- Antenna basics, antenna groups, 5G beamforming, diverse reception,
- več vhodov in več izhodov (MIMO), zmogljivost sistemov MIMO,
- Polarisation MIMO, Multi-user MIMO, Massive MIMO.
- 5G cellular network design:
- Reflections from ground and surroundings, Terrain roughness, Propagation above a flat surface,
- Mobile cellular networks, Spectrum reuse, Base station footprint, Cellular planning.
- Aspects of 5G deployment:
- New developments in co-access, Dynamic spectrum allocation, Challenges in active spectrum allocation,
- Subcarrier aggregation classes in 4G/5G NR FR1 and NR FR2, 5G NR capacity aspects, 5G network throughput calculation.
Learning objectives
- learn about 5G technology trends.
Target group
- Employees who need 5G skills for their work.