Server+ CompTIA Review.
SKO-002
Ensure that each drive has the proper SCSI ID setting
Ensure there is proper termination for the SCSI chain prior to starting up
Ensure the server is powered on first, and after log in power on the SCSI enclosure
Ensure the SCSI enclosure is powered on first, and after the disks initialize, power on the server
A SAN is generally less expensive
A SAN allows for loading of applications that run on the server.
A SAN does not use a proprietary or a slimmed down version of an operating system
SAN has a simpler setup process, generally only requiring basic network setup and adding of users
Two
Four
Six
Eight
Hot Spare
Hot Upgrade
Hot expansion
Hot replacement
ESD
Humidity
Temperature
Electrical
RAID O
RAID 1
RAID 3
RAID 5
Each processor runs all tasks in parallel.
Each processor shares the same memory.
Each processor is defined to specific tasks
Each processor maintains individual memory.
SMP is easier to implement than ASMP (Asymmetrical Multi-Processing).
Enables external devices to be connected to an internal PCI bus.
It enables multiple devices to take over the bus without locking each other out.
It enables automatic identification and allocation of resources to system devices.
It enables the controller connected to the bus to communicate directly with other devices without going through the CPU.
The SCSI IDs
The SCSI chain termination
The SCSI adapter termination
The network operating system for HDD recognition
Main port
Termination card
Virtual connection
Randomly defined memory address
Novell NetWare CD-ROM
ERD recovery diskette set
UNIX/Linux startup diskette or CD-ROM
Microsoft Windows Installation CD-ROM
Call the manufacturer with the error/beep code
Power off the server, wait five minutes, restart the server
Use a POST diagnostics board to decipher the error message
Refer to the manufacturer documentation to decipher the error message.
Install faster CPUs
Install more memory
Install a RAID controller
Replace the 100 MB NIC with a 1 GB NIC
Improper ID setting
Improper bus termination
Mismatches SCSI-2 firmware
Mismatches server BIOS version
Improper controller BIOS settings
RAID 5 with 4 disks
RAID 5 with 5 disks
RAID 10 with 4 disks
RAID 10 with 5 disks
Sun Solaris 9
Mac OS X Panther
Red Hat Enterprises Linux 3
Windows Server 2003 Standard Edition
Router or gateway
Subnet mask
Network link LEDs
DNS server
Hub or switch
Volts
Ohms
Amperes
Capacitance
Col-amperes
Run a hardware diagnostic utility
Format and reinstall the operating system
Remove and replace optional and additional components, one at time
Remove and replace all optional and additional components from other server
Servlet
Gnutella
EDonkey
ShareStar
Fast Track
2
3
4
5
10 MB/sec
20 MB/sec
40 MB/sec
80 MB/sec
160 MB/sec
Hot swap
Hot spare
Cold swap
Warm swap
Build the server from component after they are pretested in known good systems
Install each component and test the basics of the entire system by subsets, several times
Test each set of components in group; all the NICs, all the RAM, all the power supplies, all the drives
Populate the entire server with RAM, redundant power, all NICs, video, and a RAID array to isolate the fault as quickly as possible
HVD (high voltage differential) and SE (Single Ended) devices on a separate bus
HVD (high voltage differential) and SE (Single Ended) devices on a same bus
LVD (low voltage differential) and SE (Single Ended) devices on a separate bus
LVD (low voltage differential) and SE (Single Ended) devices on a same bus
When server memory is upgraded
When a company hires 50 new employees
When a new client/server application is installed on the server
When network performance has degraded due to a hardware failure
The application logs
The batteries in the UPS
The maintenance logs for the UPS
The serial cable between the server and the UPS
A KVM switch
A set of server racks
A new switch to share load
A cable management system
Bus mastering
Random access
Double data rate
Registered memory
Memory interleaving
Ping
Iptrace
Ipconfig
tracert
Traceroute
Seven full
One full, six differential
One full, six incremental
Two full, five incremental
Make sure the BIOS chips have undergone ultraviolet erasing prior to the update
Record the current CMOS settings to help streamline reconfiguration after the update
Make sure the bootstrap loader and the POST function are working properly before applying the update
Check the BIOS upgrade documentation to make sure the update addresses issues that need to be Resolved
Install a faster CPU
Add more hard disks
Add another processor
Install faster processor memory
1
2
3
4
Unplug the network cable
Try pinging the failed server
Examine the cluster log files
Break and re-create a three-server cluster
There was a battery fault with the UPS
The UPS VA rating was too low for the server
The servers were performing a backup of data when they lost power
There was a communication error between the UPS and the servers when they lost power.
Install an Ultra2 to Ultra 320 converter
Replace the 50-pin cable with a 68-pin cable
Replace the 68-pin cable with a 50-pin cable
Replace the Ultra2 controller with an Ultra 320 controller
Locks for the server racks
Server console passwords
Firewall installation on the network
Storage location for the backup tapes
27 GB
36 GB
45 GB
54 GB
63 GB
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None
One tape sets
Two tapes sets
Six tapes sets
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1 Gbps
2 Gbps
5 Gbps
10 Gbps
Ultra 320 offers 2x the cable length and 2x the bus width
Ultra 320 offers the same cable length and the same bus width
Ultra 320 offers 2x the data transfer rate and supports the same number of devices
Ultra 320 offers 2x the data transfer rate and supports 2x the maximum number of devices
One tape set
Two tape sets
Three tape sets
Four tape sets
FCIP
ISCSI
Ultra 320
Gigabit Ethernet
Fast SCSI
Ultra SCSI
Ultra2 SCSI
FastWide SCSI
Ultra2Wide SCSI
Power is not connected to the two drives
Terminated is not enabled on the new hard disks
The cable for the primary IDE channel is not seated correctly
The BIOS needs to be updated to recognize the new IDE drives
There are two drives on the primary channel designed as Master
SCSI-1
SCSI-3
SCSI-2
SCSI-4
RMON (Remote Monitoring) provides performance monitoring
RMON (Remote Monitoring) analyzes traffic only at the physical layer
RMON (Remote Monitoring) allows on administrator to restart a device
RMON (Remote Monitoring) has fewer MIBs (Management Information Base) than SNMP (Simple Network Management Protocol) so it is easier to understand.
Reduced space requirements
Reduced energy consumption
Improved server management
Increased server performance
Increased network performance
Remove/break the mirror set, replace the failed disk, and recreate the mirror
Replace the failed disk, remove/break the mirror, and let the mirror regenerate automatically
Add another disk to the mirror set, convert the mirror set to RAID 5, recreate the information from party, and convert it back to RAID 1
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