A.Memory cannot be expanded on Exadata X9M-2 Database Servers.

B.Add 24x 32GB DIMMs.

C.Add 32x 64GB DIMMs.

D.Add 12x 64GB DIMMs.

E.Shutdown the Database Server if running.

F.Add 16x 64GB DIMMs.

G.Add 12x 32GB DIMMs.

H.Remove existing memory modules.

I.Add 16x 32GB DIMMs.

A.OECA's "Add Equipment" input option allows allocation of RU slots for customer equipment.

B.OECA allows one XT storage server in the configuration.

C.OECA reconfigures the size of disk groups and recreates grid disks.

D.OECA facilitates PDU power selection initially and after equipment addition.

E.OECA extends the hardware for the elastic configuration only.

A.It is required to install OEDA on the first new database server.

B.Do not proceed if the OEDA Validate Configuration File step displays an error message about missing files p6880880.zip.

C.The applyElasticConfig.sh script performs network configuration for the new servers. The new servers are restarted at the end of the process.

D.Executing /opt/oracle.supportTools/reclaimdisks.sh -free -reclaim on each Exadata X9M Database server is required to reclaim disk space and perform partition reconfiguration.

E.In order to configure the servers with Oracle Exadata Deployment Assistant (OEDA), the new server information must be entered in OEDA, and the configuration file must contain existing nodes.

A.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

B.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

C.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

D.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

A.The sparse_<DBM_NAME> diskgroup is created automatically.

B.There is free space available on flashdisks inside the Exadata storage servers to configure Exadata Smart Flash Logs.

C.The DATA_<DBM_Name> and RECO_<DBM_NAME> ASM diskgroups are built on with DATA on the outer-most tracks and RECO on the inner-most tracks of the physical disk.

D.There is free space available on the hard disks inside the database servers for possible extension of the /uoi file system.

E.There is free space available on flashdisks inside the Exadata storage servers for possible use for storage indexes.