5G NR Capacity Planning
Enhance your team’s technical skills and understanding of 5G NR capacity planning. Train with engineers at Qualcomm Technologies: a world pioneer in 5G technology.
Why Take This Course?
- Enhance your industry knowledge and skills by gaining a greater understanding of 5G NR Capacity Planning.
- Train with engineers at Qualcomm Technologies – a world leader in 5G technology and wireless engineering.
- Learn online and at your own pace with our flexible eLearning format. Or, set up a live training session for groups of at least 15 people.
Course Outline:
- Introduction to the 5G NR Air Interface
- 5G Air Interface organization and capacity
- Dimensioning for DL common signals, PDCCH, PDSCH, paging, UL common channels, and PUSCH
Prerequisites:
- You have taken or are familiar with the content in our 5G NR Air Interface Training course.
- This course is part of our corporate program and requires an NDA for access.
Objectives:
- Propose a method to estimate the capacity of the 5G air interface.
- Describe Downlink and Uplink signals and channels.
- Discuss how channels and signals share the physical layer resources.
- Explain how to input the user traffic demand.
- Describe key aspects of 5G NR Air Interface.
- Identify capacity implications.
- Introduce DL Time-Frequency Resources.
- Identify the DL common signals.
- Calculate the physical layer resources used by the DL common signals.
- Introduce PDCCH Time-Frequency Resources.
- Discuss the PDCCH Dimensioning Process and Formulas.
- Review examples of PDCCH Dimensioning.
- Estimate the resources available for PDSCH.
- Model the PDSCH demand from traffic inputs.
- Review examples of PDSCH Dimensioning.
- Describe the 5G NR paging procedure.
- Detail the paging dimensioning resource process.
- Demonstrate the relationship between paging load and registration area sizes.
- Describe how the UL channels map to the resources and their impact on system capacity.
- Calculate the resources consumed by the UL common signals.
- Review the PRACH and PUCCH channel dimensioning process.
- Estimate the resources available for PUSCH.
- Model the PUSCH demand from traffic inputs.
- Review examples of PUSCH Dimensioning.