Test Your 6G Knowledge

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1.

Which approach is most suitable for a flexible, intelligent 6G network architecture?

Using one fixed configuration for every service

Removing network monitoring and automation

Combining cloud-native functions, automation, AI, and flexible resource allocation

Separating all network functions so they cannot exchange data

2.

In a service-based core architecture, how do network functions typically interact?

By exchanging information exclusively through satellite links

By sharing one physical processor with no interfaces

Through defined services and APIs between network functions

Only through direct analog radio signals

3.

Which frequency range is being explored for potential 6G applications beyond traditional cellular bands?

Only satellite navigation frequencies

Only medium-wave radio

Only frequencies below 1 MHz

Sub-terahertz frequencies

4.

Why is AI expected to play an important role in 6G networks?

To optimize network operation, resource allocation, and service performance

To guarantee identical performance in every location

To replace all antennas with software

To remove the need for network security

5.

Which technology could help extend 6G connectivity to remote areas and difficult-to-reach locations?

Copper telephone lines only

Traditional broadcast television

Integrated terrestrial and non-terrestrial networks

6.

Which use case could benefit from 6G's combination of connectivity, sensing, and AI?

A disconnected calculator

A basic digital alarm clock without connectivity

A traditional paper-based filing system

Coordinated autonomous vehicles and intelligent transport systems

7.

What is the expected generation timeline for 6G commercial deployment?

Around 2040

Around 2035

Around 2030

Around 2032

8.

Which organization is leading the international standardization work for IMT-2030, the framework associated with 6G?

IEEE

3GPP alone

IETF

ITU

9.

Why is separating the control plane from the user plane useful in a 6G core architecture?

It guarantees zero packet loss

It allows control functions and user traffic processing to be scaled and placed according to different requirements

It makes the radio access network unnecessary

It prevents the use of edge computing

10.

Which statement best describes the relationship between 5G and 6G?

6G will eliminate the need for mobile core networks

6G is simply a faster version of 4G

6G will use only 2G technologies

6G is expected to build on 5G while introducing new capabilities and architecture

11.

Which statement best captures a realistic engineering view of 6G peak data-rate targets?

Peak rates depend on bandwidth, spectral efficiency, antenna configuration, and radio conditions; user experience will vary

A peak target is guaranteed to every subscriber at every location

Peak rate depends only on the core network's processing capacity

Peak rate is independent of spectrum allocation

12.

Which statement best describes integrated sensing and communication (ISAC)?

It replaces positioning with conventional IP routing

It is a method for encrypting user-plane packets

It means using separate, unrelated networks for sensing and communication

Communication signals and radio resources can also be used to infer information about the environment

13.

Which of the following is an expected 6G capability?

Unlimited bandwidth without spectrum constraints

Guaranteed zero latency under all conditions

Complete elimination of network failures

Integrated communication and sensing

14.

Why might a 6G system use sub-THz spectrum together with lower-frequency bands?

To eliminate the need for beamforming

To ensure all users receive the same peak data rate

To combine high-capacity links with more robust coverage and mobility

To use lower frequencies only for uplink and sub-THz only for control signaling

15.

What is the role of edge computing in a potential 6G architecture?

Replacing every central data center

Increasing the physical distance between users and applications

Processing selected data closer to users or devices to reduce latency and backhaul traffic

Removing all processing from the network

16.

What is the primary purpose of developing 6G mobile networks?

To provide enhanced connectivity, intelligence, and new digital services beyond 5G

To support voice calls only

To eliminate the need for optical fiber

To replace all existing Wi-Fi networks

17.

What is the main challenge when integrating non-terrestrial networks (NTN) with terrestrial 6G networks?

NTN systems cannot use any form of handover

Satellites cannot carry IP traffic

Long propagation delays, mobility, Doppler effects, and different coverage characteristics must be managed

Terrestrial networks cannot authenticate satellite-connected users

Test Your 6G Knowledge
September 13, 2026

Support & Share

Test Your 6G Knowledge September 13, 2026

Support & Share

Test Your 6G Knowledge
September 13, 2026