Use this window to display summary information about your system.
Use the navigation menu to select the data within the system summary that you want to
view. For each data category, values display for the fields listed. Values for some fields
must be assigned by the Server Administrator user.
Use this link to view important information about the main system chassis.
Host Name |
Name of the system on the network. |
ESM Firmware Version |
Version of the embedded systems
management software. |
Backplane Firmware Version |
Version of the firmware for the
backplane or baseboard management controller. |
Baseboard
Management Controller Version |
Version
of the baseboard management controller (BMC) that enables all of the status
indicators to communicate with the Server Administrator to report errors
from devices such as the
power supply distribution board (PSDB), the power supplies, the SCSI
backplane, and DRAC. |
Sensor Data Records
Version |
Records version of the
sensors or status indicators that report data about devices using the BMC. |
Chassis Model/Model
 |
NOTE: Chassis Model is
applicable for non-modular systems and Model for modular systems. |
|
The model name and model number of
the system (main chassis, modular system, or external chassis). |
Chassis Lock |
Whether a lock is present to
prevent theft of the system and its components, or any other unauthorized
intrusion into the chassis. |
Chassis
Service Tag |
An alphanumeric code that uniquely
identifies a chassis. |
Chassis
Asset Tag |
A label on a system that specifies
either manufacturer's information or, in the case of a customer-specified asset tag,
customer's information (such as inventory number, serial number, and so on).
If your asset tag is customer assigned, you can enter a value for it. |
|
NOTE: The following three
fields appear only on individual server modules in a chassis that contains
a number of server modules. Each individual server module has its own
unique identifying information. |
Service Tag |
An alphanumeric code that uniquely
identifies a server module. |
Asset Tag |
A label on a server module that specifies
either manufacturer's information or, in the case of a customer-specified asset tag,
customer's information (such as inventory number, serial number, and so on).
If your asset tag is customer assigned, you can enter a value for it. |
Slot Number |
The slot in the chassis that a
particular server module occupies, for example, slot 02. |
Server Name |
The server name of the server
module. |
Identify Chassis |
Enables the
chassis identification feature. This feature flashes an LED on the outside
of the external chassis or server module to aid in identification. Click to enable
this feature. |
Chassis Identify Timeout |
Number of
seconds that the flashing
chassis identification LED remains on. Enter the number of seconds. |
Clear Hard Drive Fault |
Clears any currently active
hard-drive fault LED activity. |
Flash Fault LED at This
Severity Level |
Selects the severity level for
which you want the main chassis front-panel light to flash. |
Processor Manufacturer |
Company that made the processor. |
Processor Family |
Processor types such as Intel®
Pentium® III or Pentium IV, or Itanium®, or AMD™ Opteron™. |
Processor Version |
Within a particular family, the version of the
processor, for example, Model 8, Stepping 6. |
Current Speed |
The number of cycles per second that a
processor is achieving at the current time, for example, 850 MHz. |
Maximum Speed |
The most cycles per second (MHz) that a
processor can achieve. |
External Clock Speed |
Speed of the processor's external
clock in MHz. |
Voltage |
The number of millivolts required to power the
processor. |
Location |
Place in the chassis where the memory module is
installed. |
Use |
Function to which this memory array is
dedicated; for example, system memory, video memory, flash memory, nonvolatile RAM, or
cache. |
Installed Capacity |
Value of installed memory modules in
millions (megabytes [MB]) or billions (gigabytes [GB]) of bytes. |
Maximum Capacity |
Maximum amount of memory that can be installed
on this system in all memory slots. Memory amount is expressed either in MB or
GB. |
Slots Available |
Total number of slots that are available for
memory modules. |
Slots Used |
Number of slots for memory modules that are
actually occupied by a memory module. |
ECC Type |
Identifies the ECC type that this memory can
perform. For example, parity, single-bit, multibit, cyclic redundancy checking (CRC). |
Adapter |
The name and or type of the card that fits into
the slot, for example, a storage array controller, small computer system interface (SCSI)
adapters, host bus adapters (HBAs). |
Type |
The type of slot, for example,
Peripheral Component Interconnect, embedded, and so on. |
Data Bus Width |
Width, in bits or lane width, of the information pathway
between the components of a system. |
Speed |
The rate of transmission between the slot (and
its adapter if the slot is occupied) and the device that the adapter controls. |
Slot Length |
Whether the slot is full-length or half-length.
This attribute is called the slot's form factor. |
Voltage Supply |
The voltage drop measured over the slot. |
Use this link to view information on network interface controllers (NIC) that may
be installed in the system.
IP Address |
A number that provides the address of a system
or device attached to a Transmission Control Protocol/Internet Protocol (TCP/IP) network.
Every system and device, such as a network-attached storage device, must have a unique IP
address. IP addresses are formatted in four sets of numbers separated by periods; for
example, 204.171.64.2. |
Subnet Mask |
Thirty-two–bit address mask used in IP to
indicate the bits of an IP address that are being used for the subnet address. |
Default Gateway |
The default gateway provides the address of the
router for your network. For example, if you define a subnet 192.168.1.0 and the IP
address for the router interface on that subnet is 192.168.1.254, then all the systems
(other than the router) in that subnet would have a default gateway set for 192.168.1.254.
If you are using a Microsoft® Windows® 2000 server as a router: 1) you must bind one
address from each subnet to the NIC in that server, and 2) you must enable Routing and
Remote Access Services (RRAS) in a network router configuration.
The Windows 2000 server acting as a router would have no default gateway unless you
want it to route to another network such as the Internet. If so, then define a default
gateway in RRAS that points at the Internet router. |
MAC Address |
On a network, the MAC (Media Access Control)
address is your computer's unique hardware number. When you connect to the Internet from
your system, a table correlates your IP address to your computer's physical (MAC) address
on the network. |
Use this link to view important information about the installed operating system and
systems management software.
Use this link to view important information about storage enclosures.
Use this link to view important information about remote access controllers
(RACs).
Product |
Type of RAC, including firmware
version number and build number. |
Current IP Address |
A number that provides the address of a system
or device attached to a TCP/IP network.
Every system and device, such as a network attached storage device, must have a unique IP
address. IP addresses are formatted in four sets of numbers separated by periods; for
example, 204.171.64.2. |
Current IP Subnet |
Thirty-two-bit address mask used in IP to
indicate the bits of an IP address that are being used for the subnet address. |
Current IP Gateway |
The IP gateway provides the address of the
router for your network. For example, if you define a subnet 192.168.1.0 and the IP
address for the router interface on that subnet is 192.168.1.254, then all the systems
(other than the router) in that subnet would have a default gateway set for 192.168.1.254.
|
PCMCIA Card Information |
Information about installed PCMCIA cards, such as a modem, that may
be installed in the system. |
Version |
Version number of the Remote Access Controller. |
If an external chassis is present, the summary information that displays is different than the summary information for the main system chassis. For
information on the system summary for the external chassis, see "System
Properties Window."