Podcast
Questions and Answers
5G Core enables new use cases beyond traditional mobile broadband services.
5G Core enables new use cases beyond traditional mobile broadband services.
True (A)
The 3GPP standardization timeline for 5G Core is not provided in the text.
The 3GPP standardization timeline for 5G Core is not provided in the text.
False (B)
3GPP has studied only one deployment option for 5G Core.
3GPP has studied only one deployment option for 5G Core.
False (B)
The 5G Core architecture is designed to support cloud-native and automated operations.
The 5G Core architecture is designed to support cloud-native and automated operations.
The Network Repository Function (NRF) is responsible for service discovery in 5G Core.
The Network Repository Function (NRF) is responsible for service discovery in 5G Core.
Interworking between 5G Core and non-3GPP networks is not covered in the text.
Interworking between 5G Core and non-3GPP networks is not covered in the text.
5G enables a wide range of new opportunities and use cases beyond mobile broadband.
5G enables a wide range of new opportunities and use cases beyond mobile broadband.
The 3GPP standardization for 5G Core is complete and there are no further plans for updates.
The 3GPP standardization for 5G Core is complete and there are no further plans for updates.
5G supports network slicing to serve different industries and use cases on a single network.
5G supports network slicing to serve different industries and use cases on a single network.
Massive IoT and Broadband IoT are two separate segments within the Cellular IoT ecosystem.
Massive IoT and Broadband IoT are two separate segments within the Cellular IoT ecosystem.
Industrial Automation IoT and Critical IoT have the same requirements for high throughput and low latency.
Industrial Automation IoT and Critical IoT have the same requirements for high throughput and low latency.
Network slicing in 5G is driven by the need for tailored customer offerings and premium pricing.
Network slicing in 5G is driven by the need for tailored customer offerings and premium pricing.
Ericsson's eLecture on 5G Core Concepts is a detailed technical specification of the system.
Ericsson's eLecture on 5G Core Concepts is a detailed technical specification of the system.
Copying and distributing the Learning Product documentation by Ericsson is allowed without any restrictions.
Copying and distributing the Learning Product documentation by Ericsson is allowed without any restrictions.
The Learning Product by Ericsson AB is intended for operational and maintenance purposes.
The Learning Product by Ericsson AB is intended for operational and maintenance purposes.
The content in the Learning Product may undergo revisions without prior notice.
The content in the Learning Product may undergo revisions without prior notice.
Ericsson Learning Services holds liability for any errors or damages resulting from using the Learning Product as a technical reference.
Ericsson Learning Services holds liability for any errors or damages resulting from using the Learning Product as a technical reference.
The eLecture on 5G Core Concepts is specifically created by Ericsson AB for training purposes.
The eLecture on 5G Core Concepts is specifically created by Ericsson AB for training purposes.
Study Notes
5G Core Architecture
- 5G Core enables the development of new use cases beyond traditional mobile broadband services.
- Designed with cloud-native and automated operations in mind to enhance performance and scalability.
- The Network Repository Function (NRF) facilitates service discovery within the 5G Core ecosystem.
Standardization and Deployment
- 3GPP has completed standardization for 5G Core, with no plans for further updates.
- Only one deployment option for 5G Core has been studied by 3GPP.
New Opportunities and Use Cases
- 5G supports a variety of new opportunities, particularly through network slicing that caters to different industries and use cases.
- Network slicing allows multiple tailored customer offerings to coexist on a single network, promoting premium pricing strategies.
IoT Segmentation
- The Cellular IoT ecosystem is divided into Massive IoT and Broadband IoT segments, each addressing distinct market needs.
- Industrial Automation IoT and Critical IoT share a common requirement for high throughput and low latency capabilities.
Learning Product from Ericsson
- Ericsson’s eLecture on 5G Core Concepts provides a detailed technical specification, supporting training and educational purposes.
- The Learning Product documentation can be copied and distributed without restrictions, intended for operational and maintenance reference.
- The content of the Learning Product is subject to revisions without prior notice, and Ericsson Learning Services is liable for any errors that may arise in its use.
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Description
Test your knowledge on core concepts of 5G technology with this eLecture quiz. Learn and reinforce your understanding of the key principles and components of 5G networks.
