최신 1z1-902 무료덤프 - Oracle Exadata Database Machine X8M Implementation Essentials

A. Patching is done automatically during business hours.

B. The rolling and complete down time approaches are two options to patching.

C. Patching services are available for the full software stack up to twice per year.

D. Oracle Platinum Service covers Exadata storage software and firmware patching, but customers must perform the database patching.

A. The power cables from the servers to the PDUs can be rearranged inside the rack following OECA guidance to utilize a single PDU power cable.

B. A splitter cable can be used to provide power to all PDU cables.

C. The installation can go ahead, no change is required.

D. The installation cannot proceed until two power feeds are available per PDU.

A. Even if the backup was limited to writing to four tape drives, eight channels could be specified to expedite the restore process.

B. When off-site long-term backup retention is needed, use Oracle Database Backup Cloud Service as a low-cost, offsite scalable storage for a disaster recovery solution.

C. The internal Recovery Appliance backup and restore processing is optimized when the RMAN FILESPERSET parameter is set to 1 for the level 1 incremental backup set.

D. Placing the backup network on dedicated switches installed in the top of the rack (ToR) has the benefits of isolating the backup network from other workloads and providing a greater level of control.

A. OEDA deployment steps include calibrate cells, create cell disks, and resecure machine.

B. OEDA sets up key-based authentication for the root user by using the setuprootssh.sh utility included with OEDA.

C. OEDA allows customers to have both bare metal (BM) and virtual machine (VM) in an Exadata X9M Quarter Rack.

D. There is no limit on the number of VMs in an Exadata rack as long as the Exadata rack has adequate resources.

A. 512GB

B. 2048GB

C. 768GB

D. 1024GB

E. 1536GB

F. 384GB

A. to the CELLADMIN account using cellcli interactively on each storage server

B. to the CELLADMIN account by calling CELLCLI on all cells using DCLI

C. to an administrator-created storage server user with appropriate privileges on celldisk objects by calling EXACLI on all cells using exadcli

D. to the CELLMONITOR account using cellcli interactively on each storage server

E. to the CELLMONITOR account calling CELLCLI on all cells using DCLI

F. to an administrator-created storage server user with appropriate privileges on celldisk objects by calling CELLCLI on all cells using exadcli

A. 2x 25Gb ports on eth1 and eth2 using SFP28 transceivers and OM4 fiber cable for backup network, and 2x 10Gb ports on eth3 and eth4 using RJ45 cat6 cable for client network

B. 2x 10Gb ports on eth1 and eth2 using FU45 cat6 cable for client network, and 2x 25Gb ports on eth11 and eth12 using SFP28 transceivers and OM4 fiber cable for backup network

C. 2x 25Gb ports on eth1 and eth2 using SFP28 transceivers and OM4 fibre cable for client network, and 2x 10Gb ports on eth9 and eth10 using RJ45 cat6 cable for backup network

D. 2x 25Gb ports on eth1 and eth2 using SFP28 transceivers and OM4 fiber cable for backup network, and 2x 25Gb ports on eth5 and eth6 using SFP28 transceivers and OM4 fiber cable for client network

A. 'crsct1 stop cluster -all' on one of the database servers

B. shutdown -h now' on the affected storage server

C. CellCLI LIST GRIDDISK ATTRIBUTES name WHERE asmdeactivationoutcome != 'Yes' on the affected Storage server

D. CeLLCLI> alter cell shutdown SERVICES all on the affected storage server

E. CellCLI alter GRIDDISK all inactive on the affected storage server

F. CeLLCLI> list GRIDDISK where status != 'inactive' on the affected storage server

A. Add the griddisks back into the ASM diskgroup they used to be a member of.

B. Identify the griddisks located on the failed physical disk and drop them from the associated ASM diskgroups.

C. Rebalance the data on the effected griddisks before performing a manual drop command.

D. Verify that the griddisks located on the physical disk have been successfully dropped from the associated ASM diskgroups.

E. Replace the failed physical disk.

F. Create a new celldisk and new griddisks on the replaced physical disk.