5G Technology and Edge Computing MCQs

Question 1
What best describes 5G technology in modern mobile networks?

(A) A Wi-Fi standard used primarily for local area networks.

(B) An upgraded version of 4G that only offers minor improvements in speed.

(C) The fifth generation of mobile networks offering enhanced speed and lower latency.

(D) A protocol for wired communications in office environments.

Question 2
Which statement best describes edge computing?

(A) Centralizing all data processing in a single remote data center.

(B) Deploying expensive servers solely in metropolitan hubs.

(C) Relocating processing to urban centers without addressing latency issues.

(D) Processing data near its source to reduce latency and improve responsiveness.

Question 3
In smart city applications, what is a primary benefit of integrating 5G with edge computing?

(A) Elimination of cybersecurity threats through local processing.

(B) Solely increasing bandwidth without impacting data processing times.

(C) Reduced latency enabling real-time processing for tasks like traffic management.

(D) Drastic reduction of hardware expenses by removing server infrastructure.

Question 4
In an industrial IoT scenario using 5G connectivity and edge computing, which advantage is most directly achieved?

(A) Complete elimination of all network connectivity issues.

(B) Enhanced battery endurance for IoT devices due to reduced power consumption.

(C) Only a marginal decrease in data transmission latency while still depending largely on cloud processing.

(D) Real-time data processing and decision-making with minimal reliance on distant cloud data centers.

Question 5
Regarding network slicing in 5G, what is its primary function?

(A) Dividing physical network cables into fixed segments for different users.

(B) Creating multiple virtual networks on a shared infrastructure to meet diverse service needs.

(C) Separating control and data planes without involving virtualization techniques.

(D) Encrypting data streams to ensure secure communications over the network.

Question 6
What is a notable challenge when integrating edge computing with 5G networks?

(A) Increased complexity in managing a distributed infrastructure.

(B) An inability to support multiple IoT devices concurrently.

(C) Only a marginal improvement achieved by slightly reducing physical network size.

(D) A significant reduction in overall network coverage area.

Question 7
How do 5G and edge computing jointly benefit autonomous vehicle systems?

(A) Only by providing faster entertainment streaming capabilities without impacting safety systems.

(B) By enabling ultra-low latency communications necessary for real-time decision making.

(C) By remotely controlling engine functions to improve fuel efficiency.

(D) By directly reducing the production costs of vehicles through cheaper components.

Question 8
In terms of data privacy, what role can edge computing play?

(A) It only provides minimal improvements by storing data at slightly varied locations.

(B) It ensures that no data ever leaves the local premises.

(C) It eliminates the need for data encryption entirely due to local processing.

(D) It helps to keep sensitive data local, potentially reducing exposure risks.

Question 9
Why might a telecom operator prioritize integrating edge computing in its 5G infrastructure?

(A) To centralize all data processing for simplicity of management.

(B) Only to enhance video streaming without any improvements in overall network management.

(C) To completely replace 5G antennas with local data centers.

(D) To enable localized data processing, thereby reducing the load on the core network.

Question 10
Which deployment strategy best combines 5G and edge computing for enterprise IoT environments?

(A) Deploying local micro data centers that are directly connected to 5G networks for rapid, real-time analysis.

(B) Centralizing all IoT data processing in a single, large cloud facility.

(C) Using only 5G towers to perform computational tasks without additional edge hardware.

(D) Relying exclusively on high-speed wired connections to remote cloud data centers.

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