Technical Product Specification

Intel® Local Control Panel TPS Intel® Local Control Panel Menus
Revision 1.2
Intel order number C96442-003
19
8. Intel
®
Local Control Panel Menus
The root menu of the Intel
®
Local Control Panel is the Intel
®
Local Control Panel main menu.
This menu appears after power on or reset, and after the user presses a button to stop the Intel
®
Local Control Panel monitor. The following sections are organized based on the menu structure
of the Intel
®
Local Control Panel.
8.1 Intel
®
Local Control Panel Main Menu
This menu includes a help screen that describes each of the symbols used by the Intel
®
Local
Control Panel display. The help screen does not have sub-menus.
Table 3. Help Symbols
Symbol
Description
∧
Non-critical High: This indicates that the sensor has crossed its upper non-critical (warning) threshold.
This symbol usually includes a directional symbol to indicate the direction the reading was going when the
threshold was crossed.
▣
Critical High: This indicates that the sensor has crossed its upper critical threshold. This symbol usually
includes a directional symbol to indicate the direction the reading was going when the threshold was
crossed.
▢
Non-recoverable High: This indicates that the sensor has crossed its upper non-recoverable threshold.
This symbol usually includes a directional symbol to indicate the direction the reading was going when the
threshold was crossed.
∨
Non-critical Low: This indicates that the sensor has crossed its lower non-critical (warning) threshold.
This symbol usually includes a directional symbol to indicate the direction the reading was going when the
threshold was crossed.
▽
Critical Low: This indicates that the sensor has crossed its lower critical threshold. This symbol usually
includes a directional symbol to indicate the direction the reading was going when the threshold was
crossed.
▼
Non-recoverable Low: This indicates that the sensor has crossed its lower critical threshold. This symbol
usually includes a directional symbol to indicate the direction the reading was going when the threshold
was crossed.
■
OK/Present: This indicates that a sensor or device is present and functioning normally.
□
Absent: This indicates that a sensor or device is not present, but a Sensor Data Record is loaded for it.
This can include DIMM sensors or processor sensors
Disabled: This indicates that a sensor or device is present, but has been disabled. This can indicate that
a processor has been disabled due to failure to execute boot code, as may happen through Fault Resilient
Booting.
●
Assert: This indicates that an event has occurred. Example: For example, Chassis Intrusion asserted
means that the chassis has been opened.
○
Deassert: This indicates that an event has stopped occurring. For example: Chassis Intrusion deasserted
means that the chassis was open and has been closed.
→
Transition to: This typically indicates redundancy states. For example power supply fully redundant,
transition to non-redundant means that the system was redundant, but it is no longer in a redundant state.
↑
Going Up: This indicates the direction of the event when it crosses a threshold.
↓
Going Down: This indicates the direction of the event when it crosses a threshold.

System is busy.