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Question 1 of 17

1. Question
What does ZED stand for in the context of 6G?
- Zero Energy Device
- Zoned Electromagnetic Distribution
- Zero Emission Data
- Zonal Edge Deployment
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Question 2 of 17

2. Question
What is the main function of Reconfigurable Intelligent Surfaces (RIS) in 6G?
- To passively reflect radio waves in controlled directions to improve coverage and data rates
- To amplify wireless signals without additional power consumption
- To generate new radio frequencies for better spectrum efficiency
- To replace traditional antennas in mobile networks
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Question 3 of 17

3. Question
What is the main difference between “AI-enhanced” and “AI-native” functions in the 6G air interface?
- AI-enhanced functions assist existing network processes, while AI-native functions replace them entirely
- AI-enhanced functions rely on cloud processing, while AI-native functions use edge computing
- AI-enhanced functions only apply to the core network, while AI-native functions apply
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Question 4 of 17

4. Question
What is the recommended approach for the 6G Core (6GC)?
- A completely new core network replacing 5G Core
- An extension of the 5G Core with 6G-specific modules
- A hybrid model that combines 4G, 5G, and 6G cores
- A non-cloud-based core with dedicated hardware for 6G
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Question 5 of 17

5. Question
What is the primary purpose of sensing in 6G networks?
- To provide high-speed internet connectivity in remote areas
- To use the network as a radar-like system for detecting and tracking objects
- To replace traditional base stations with AI-driven virtual cells
- To eliminate the need for GPS and satellite navigation system
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Question 6 of 17

6. Question
The key focus areas of 6G include :
- Capacity expansion
- New services
- Sustainability
- AI driven automation
- All of them
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Question 7 of 17

7. Question
Haptic technology is technology that can create an experience of touch by applying forces, vibrations, or motions to the user.
- True
- False
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Question 8 of 17

8. Question
What is a key expectation for 6G smartphones compared to current models?
- They will have a significantly different physical design with flexible or projected displays
- They will no longer require batteries due to energy harvesting technology
- They will only support AI-powered virtual communication and not traditional calls
- They will eliminate cameras and rely entirely on cloud-based imaging
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Question 9 of 17

9. Question
What is one major challenge of using higher frequency bands for 6G?
- Increased latency in communication
- Greater path loss and reduced coverage
- Limited spectrum availability in mmWave and THz bands
- Interference with legacy 2G and 3G networks
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Question 10 of 17

10. Question
Technically speaking everything which is under 1 THz is “sub-THz” frequencies.
But when it comes to 6G what is the most probable supposed range of sub-THz communication?
- 100Ghz – 300 Ghz
- 300Ghz – 1000 Ghz
- 30Ghz – 300 Ghz
- 33Ghz – 333 Ghz
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Question 11 of 17

11. Question
What is FR3 band in 6G ?
- From 24Ghz to 52 Ghz
- From 7Ghz to 24 Ghz
- From 52Ghz to 71 Ghz
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Question 12 of 17

12. Question
Which frequency is expected to be the primary band of 6G ?
- 3.5 Ghz
- 6 Ghz
- 7 Ghz
- Thz
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Question 13 of 17

13. Question
What is the main purpose of digital twins in 6G networks?
- Enhancing network virtualization for Open RAN integration
- Creating real-time digital replicas of physical entities for optimization and monitoring
- Enabling high-speed holographic telepresence in smart cities
- Improving the transmission of ultra-low latency 6G signals
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Question 14 of 17

14. Question
6G will use radio-based sensing to enhance autonomous systems and spatial awareness.
- True
- False
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Question 15 of 17

15. Question
The 6G network evolution must be guided by :
- Extremely high throughput
- Extremely low latency
- Sustainability
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Question 16 of 17

16. Question
The first studies related to 6G are expected to start from :
- Release 18
- Release 19
- Release 20
- Release 21
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Question 17 of 17

17. Question
When 6G network are expected to be commercially released ?
- 2028
- 2030
- 2032
- 2035
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