RAID
Registered memory
ECC
Memory pairing
第1题:
Which of the following will allow for the GREATEST amount of memory failure while still allowing the server to operate?()
第2题:
Which of the following will allow a server to continue to function if a stick of memory fails?()
第3题:
Which of the following technologies when implemented allows for the GREATEST fault tolerance for memory?()
第4题:
Which of the following memory technologies allows for single bit errors to be detected and subsequently fixed?()
第5题:
Which of the following is an advantage of using non-ECC memory over ECC memory?()
第6题:
The administrator has just installed a new memory module into the server. Now, the server is not showing the new memory. Which of the following should the administrator perform FIRST?()
第7题:
Which of the following technologies can detect and fix single bit memory errors?()
第8题:
ECC
RAID
Pairing
Registered
第9题:
RAID
Registered memory
SDRAM
ECC
第10题:
RAID
ECC
CAS
SDRAM
第11题:
SDRAM
DDR RAM
Interleaved memory
Online spare memory
第12题:
RAID
Registered memory
ECC
Memory pairing
第13题:
While explaining to a customer the fault tolerant benefits of x445 they ask what happens if they implement memory mirroring and a DIMM fails in the SMP expansion module. Which of the following is the most appropriate response?()
第14题:
Which of the following memory technologies doubles the amount of data obtained in a single memory access from 64-bits to 128-bits?()
第15题:
Which of the following components should be removed prior to troubleshooting any server hardware failure?()
第16题:
Which of the following memory technologies has the HIGHEST cost to implement?()
第17题:
Which of the following virtualization technologies can save time during provisioning?()
第18题:
Which of the following should be considered when upgrading memory? ()
第19题:
Cloning
Snapshots
Clustering
Virtual memory
第20题:
RAID
Registered memory
SDRAM
ECC
第21题:
ECC
RAID
Pairing
Registered
第22题:
RAID
ECC
CAS
SDRAM
第23题:
RAID
Registered memory
ECC
Memory pairing
第24题:
The DIMM is taken off line, and fault tolerance is available on the other DIMMs only.
The memory bank is taken offline and rebuilt with the online hot spare and then brought back on line.
The memory bank containing the failed DIMM is taken off line, and the system is no longer fault tolerant until replaced.
The DIMM is taken offline, and the online hot spare is initiated and the system remains fault tolerant.