5G Planning
5G Planning allows professionals to plan 5G networks and the new air interface called NR (New Radio)
5G Planning Training & Certification
5G planning includes the planning of NR (New Radio) that provides much higher data rates and capacity by using new high frequency bands.
What you’ll learn
- Planning of 5G NR
- How to Integrate GIS and building models
- 5G NR system modelling
- Understand various Case studies
- Acquire skills of 5G frame structure and carriers
- Scheduling parameters for 5G cell
- Process of Scheduling and RRM
- How to perform modelling of traffic for 5G
- Interference table for 5G
- Predicting pathloss and displaying coverage
- How to Analyze coverage for 5G
- Simulation parameters for 5G
- In depth of 5G arrays
- Pathloss arrays
- 5G propagation models
- 3D coverage prediction
- Process of Automatic cell planning and Accurate site planning
- Be able to demonstrate your knowledge of 5G planning
- Be able to plan a New Radio network
Requirements
- A computer/laptop/smartphone
- Internet connection
- Basic knowledge of telecom
Description
5G Radio Access network planning is a process of proposing location of sites, configuration and settings of the network nodes to be rolled out in a wireless network. Radio network planning objectives are fulfilled by proper selection of site locations, configurations and settings of all parameters including antenna heights, azimuths , angles etc. In 5G, automated site selection and configuration is becoming a must in 5G NR planning as the number of cells deployed are much higher than previous wireless technologies. The process of planning is carried out by its RF design and the use of planning tool to carry out design. 5G NR provides operators with additional options for designing multi-layer networks by adding small cells to boost capacity and to deliver new services. Multi-RAT planning is the planning of multiple layers as a single network.
Overview of 5G Planning Course
5G use cases are mainly categorized into three categories : eMBB (enhanced mobile broadband), URLLC (ultra reliable low latency communications) and mMTC ( massive machine type communications ). The cellular industry is gearing up to implement all these use cases . to implement these and to use these services number of nodes and devices are the need of the hour. In this course of network planning , the complete planning process is explained including various propagation models and traffic models which are required for planning purposes. This course covers automatic cell planning features as well as accurate site planning. With pathloss prediction generator, pathloss arrays and 5G arrays can be visible.
Who is this course for
- Radio planning engineers
- Engineers with RF planning experience
- Anyone who wants to learn planning of networks
- For students who wish to enhance their skills
- For anyone interested in learning
- For anyone who wants to work in this domain
TELCOMA CERTIFIED 5G PLANNING EXPERT
With TELCOMA Certified 5G Planning Expert, you have the capability to perform efficiently and get promoted with raise in salary. This certification validates your expertise and skills and is recognised worldwide. Our Training courses are developed by Industry experts
Your Instructor
TELCOMA Technologies Private Limited (An ISO 9001:2008 Certified Telecom Company) is a provider of Wireless Telecommunication services since 2009. Our Telecom Training Courses and Certifications are recognised globally by the Cellular Wireless Industry. Our world class online course content i.e HD training videos have been developed and delivered by industry experts. Our key focus area is research and development in cellular mobile communication technologies. We hold expertise in 5G, 4G-LTE, 3G (UMTS/WCDMA), 2G (GSM), Wifi, WiMax and IoT Courses for Professionals.
This course Includes
access_time On demand online video course for 5G Planning
mobile_friendly 24x7 Lifetime Unlimited Access on any device, mobile and TV
hd Worldclass HD course content by Industry experts
school Certificate of Completion
money_off 30-Day Money-Back Guarantee
Course Curriculum
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Preview1. 5G NR planning (4:24)
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Preview2. 3GPP NR requirements (2:48)
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Preview3. Key enabling technologies (5:56)
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Start4. Integrating GIS & building models (3:59)
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Start5. 5G NR system modelling (3:23)
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Start6. Case studies (4:47)
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Start7. Using ASSET with 5G (3:23)
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Start8. 5G frequency bands (1:10)
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Start9. 5G frame structure and carriers (1:42)
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Start10. Using AAS support for 5G part 1 (3:14)
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Start11. Using AAS support for 5G part 2 (2:05)
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Start12. Scheduling parameters for a 5G cell (3:15)
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Start13. Carrier aggregation (2:16)
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Start14. Scheduling and RRM (3:04)
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Start15. Global editor in ASSET (3:36)
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Start16. Traffic modelling for 5G (6:15)
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Start17. Interference table for 5G (1:33)
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Start18. Predicting pathloss and dsiplaying coverage (3:02)
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Start19. Pathloss prediction generator (1:57)
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Start20. Displaying and analysing coverage for 5G (2:11)
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Start21. Setting multiple technology simulations (2:14)
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Start22. Simulation parameters for 5G (1:48)
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Start23. 5G arrays (1:53)
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Start24. Pathloss arrays part 1 (3:57)
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Start25. Pathloss arrays part 2 (2:12)
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Start26. 5G propagation models (3:53)
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Start27. High fidelity modelling of product features (3:05)
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Start28. Refined and 3D coverage prediction (2:29)