A. Separate storage pools
B. Dual file system structure
C. Independent network segments
D. Unified namespace
A. Direct storage allocation
B. Thin provisioning
C. Thick provisioning
D. Static partitioning
A. Using NTFS permissions only
B. Through unified ACL management
C. By setting up separate file shares for each OS
D. By using different file systems for each OS
A. Using single-path connections
B. Enabling power-saving modes
C. Disabling QoS
D. Configuring multipathing
A. Software-based redundancy only
B. Single-path connectivity
C. Redundant power supplies and controllers
D. Use of consumer-grade components
A. Cooling fans
B. Storage controllers
C. Power supplies
D. Disk drives
A. To provide additional storage capacity
B. To store user data
C. To manage cluster membership
D. To avoid split-brain scenarios
A. Increased system downtime
B. Enhanced performance stability during peak loads
C. Reduced flexibility in resource usage
D. None of the above
A. Simplified configuration
B. Automated alerts
C. Command-line access
D. Intuitive interface
A. Native multi-protocol support
B. Integrated data protection
C. Limited flash optimization
D. Dynamic scaling of performance and capacity
