A. scsitarget show initiator list
B. scsitarget initiator show list
C. scsitarget initiator list
D. scsitarget show initiator
A. In high-data-growth environments
B. For routine software testing
C. When implementing a data archiving strategy
D. For achieving zero data loss objectives
A. space.log
B. audit.log
C. debug/ddfs.info
D. messages
A. Always takes place between the source and destination cloud tier
B. Does not require that a file be recalled from the cloud on the source
C. Cloud Tier is required to be configured on the source and destination systems
D. Always takes place between the source and destination active tier
A. Configuration, wire speeds, switches and routers
B. Connectivity, routing protocols, and configuration
C. Connectivity, firewalls, and routing protocols
D. Routing protocols, switches and routers, and wire speeds
A. Real-time analytics
B. Database indexing
C. Software development
D. Data archiving
A. 48
B. 32
C. 96
D. 64
A. It is deduplicated and stored in object storage in the native format
B. It is compressed and stored as object storage in a new format
C. It is deduplicated and stored in a file system in the native format
D. It is compressed and stored in block storage in a new format
A. Increased backup storage capacity
B. Faster primary storage performance
C. Reduced data transfer times
D. Lower power consumption
A. VTL and DD Boost
B. HTTP and HTTPS
C. FTP and FTPS
D. CIFS and NFS
A. Two units, each up to half the active tier capacity
B. Four units, each less than or equal to the active tier capacity
C. Four units, each up to half the active tier capacity
D. Two units, each less than or equal to the active tier capacity
A. Compressed
B. Unstructured
C. Structured
D. Encrypted
A. Clients are not allowed to directly write backup data on the PowerProtect DD appliance when using NetWorker.
B. Clients can back up data directly to the PowerProtect DD appliance when using Avamar as backup software.
C. Clients cannot directly write backup data on physical PowerProtect DD systems when using Veritas backup software.
A. 256
B. 100
C. 64
D. 512
A. Business continuity planning
B. Real-time data analysis
C. Offsite data storage
D. Long-term archiving
A. Deduplication rates
B. Legal requirements
C. Network speed
D. Storage capacity
A. High-speed Networking
B. In-line Compression
C. Data Invulnerability Architecture
D. GPU Acceleration
A. More limited integration with existing applications
B. Greater complexity in management
C. Higher deduplication and compression rates
D. Lower capacity for data storage
A. MTree
B. Collection
C. Encrypted replication
D. Managed File
A. Capacity: First full backup + First incremental backup + (Weekly cycle * Number of weeks data is retained) Throughput: Size of average backup / Backup window time Allow for a minimum 20% buffer in both capacity and throughput
B. Capacity: First full backup + Incremental backups + (Weekly cycle * Number of weeks data is retained) Throughput: Size of largest backup / Backup window time Allow for a minimum 10% buffer in both capacity and throughput
C. Capacity: First full backup + Incremental backups + (Weekly cycle * Number of weeks data is retained) Throughput: Size of largest backup / Backup window time Allow for a minimum 20% buffer in both capacity and throughput
D. Capacity: First full backup + First incremental backup + (Weekly cycle * Number of weeks data is retained) Throughput: Size of average backup / Backup window time Allow for a minimum 10% buffer in both capacity and throughput
