SK0-004 · Question #363
A small office has installed a server inside a writing closet. Users report losing connectivity to the server at various times throughout the day. Which of the following should have been considered…
The correct answer is A. Airflow. Servers generate significant heat, and installing one in an enclosed closet without proper ventilation causes thermal throttling or shutdowns, leading to intermittent connectivity loss.
Question
A small office has installed a server inside a writing closet. Users report losing connectivity to the server at various times throughout the day. Which of the following should have been considered before installing the server to prevent this issue from occurring?
Options
- AAirflow
- BRedundant power
- CAntivirus software
- DChassis lock
How the community answered
(33 responses)- A94% (31)
- B3% (1)
- C3% (1)
Why each option
Servers generate significant heat, and installing one in an enclosed closet without proper ventilation causes thermal throttling or shutdowns, leading to intermittent connectivity loss.
Servers produce substantial heat during operation, and a writing closet lacks adequate ventilation and airflow. Without proper thermal management, the server overheats and triggers built-in thermal protection mechanisms - throttling performance or initiating a shutdown - which explains the intermittent connectivity loss reported at various times throughout the day as heat accumulates.
Redundant power addresses power failure scenarios and would cause consistent, total outages rather than the intermittent dropouts correlated with heat buildup over time.
Antivirus software is a security measure that operates at the software layer and has no bearing on physical server availability due to environmental conditions.
A chassis lock is a physical security feature preventing unauthorized hardware access and does not influence server uptime or network connectivity.
Concept tested: Server physical installation requirements - thermal management and airflow
Source: https://learn.microsoft.com/en-us/azure/well-architected/reliability/highly-available-multi-region-design
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