Server+ Hot Swappable Component Replacement

1. Which of the following best describes a RAID controller's role in hot swappable drive replacement?

It physically ejects the failed drive

It manages data rebuilding when a drive is replaced

It automatically powers down the server

It prevents all drive access

2. Which monitoring tool tracks the status of hot swappable components in real time?

Device Manager only

Server management console and SNMP monitoring

Windows Task Scheduler

BIOS setup utility alone

Submit

4. What does RAID rebuild do after a hot swappable drive replacement?

Erases all server data

Reconstructs data on the new drive from parity information

Requires manual data restoration

Stops server operations until complete

Submit

6. The LED indicators on hot swappable drives typically show which information?

Power consumption only

Activity, status, and fault conditions

Temperature readings

RAID level configuration

7. Hot swappable battery backup modules in servers serve which primary function?

Provide temporary power during supply failure

Replace the main system battery

Increase RAM capacity

Cool server components

8. What is the recommended waiting period after removing a hot swappable component before reinsertion?

30 seconds minimum

5 minutes to allow thermal stabilization

No wait required if performed correctly

1 hour for safety reasons

Submit

10. Hot swappable fans in server chassis typically connect to which monitoring system?

BIOS only

Intelligent Platform Management Interface (IPMI)

Network adapter

Optical drive controller

11. What is the primary advantage of hot swappable components in a server environment?

Reduces system downtime by allowing replacement without shutdown

Lowers the cost of server hardware significantly

Improves processing speed automatically

Eliminates the need for system backups

Submit

13. What is the primary benefit of redundant power supplies in a hot swappable configuration?

Doubles the server processing power

Ensures continuous operation if one supply fails

Reduces electricity costs by half

Eliminates need for UPS systems

14. Hot swappable memory modules in servers typically use which type of connector?

DIP switches

DIMM slots with keyed design

Parallel ribbon cables

Serial DB-9 connectors

15. Which protocol is commonly used for hot swappable drive communication in enterprise arrays?

PATA

SAS (Serial Attached SCSI)

IDE

EIDE

Submit

17. What is the standard form factor for hot swappable drives in modern servers?

3.5-inch IDE

2.5-inch SAS or SATA

5.25-inch optical

1.8-inch PATA

18. Hot swappable power supplies typically feature which redundancy configuration?

Single power supply with backup

N+1 or N+N redundancy

Serial connection topology

Shared power distribution unit

19. Before removing a hot swappable drive, what should you do first?

Power off the entire server

Disable the drive in the RAID management software

Remove all cables from the drive

Shut down all applications

20. Which of the following is a hot swappable component in most enterprise servers?

CPU

Hard disk drive in a RAID array

Motherboard

System ROM

Server+ Hot Swappable Component Replacement Quiz

1. Which of the following best describes a RAID controller's role in hot swappable drive replacement?

2.

What first name or nickname would you like us to use?

2. Which monitoring tool tracks the status of hot swappable components in real time?

3. Hot swappable components must be removed from their bays using proper _____ to avoid damage.

4. What does RAID rebuild do after a hot swappable drive replacement?

5. Before replacing a hot swappable component, administrators should consult the _____ documentation.

6. The LED indicators on hot swappable drives typically show which information?

7. Hot swappable battery backup modules in servers serve which primary function?

8. What is the recommended waiting period after removing a hot swappable component before reinsertion?

9. When a hot swappable component fails, the server should _____ an alert to notify administrators.

10. Hot swappable fans in server chassis typically connect to which monitoring system?

11. What is the primary advantage of hot swappable components in a server environment?

12. Before inserting a replacement hot swappable drive, you should verify the _____ and compatibility.

13. What is the primary benefit of redundant power supplies in a hot swappable configuration?

14. Hot swappable memory modules in servers typically use which type of connector?

15. Which protocol is commonly used for hot swappable drive communication in enterprise arrays?

16. When replacing a failed hot swappable component, proper _____ should be followed to prevent data corruption.

17. What is the standard form factor for hot swappable drives in modern servers?

18. Hot swappable power supplies typically feature which redundancy configuration?

19. Before removing a hot swappable drive, what should you do first?

20. Which of the following is a hot swappable component in most enterprise servers?