AGP Slot
|
Enables or disables the on-board
AGP slot.
Possible values are:
|
AC Power Recovery Mode
|
Sets AC Power Recovery Mode.
Possible values are:
|
Admin Setup Lockout
|
If the value of Admin Setup Lockout
is
Enabled and the Admin Password is set, users will not be
allowed to see any part of the Setup screens unless they enter the
correct Admin Password. If the Admin password is NOT set and Admin
Setup Lockout is
Enabled, users will be able to access Setup
normally.
If the value of Admin Setup Lockout
is
Disabled and the Admin Password is or is not set, users
will be allowed to enter Setup normally. However, many fields may
still be inaccessible, depending on how other Setup security settings
are configured.
Possible values are:
|
Advanced Battery Charging Mode
|
This configures all the batteries
in the systems with Advance Battery Charging Mode to maximize the
battery health.
Possible values are:
-
NOTE: If Advanced Battery
Charging Mode is disabled,
Dell Command
| Monitor
shows
the instances for Adv Battery Charge Cfg with all ‘0’ values. User
cannot set the values in Adv Battery Charge Cfg. When the Advanced
Battery Charging Mode is enabled, instances for Adv Battery Charge
Cfg reports the data retrieved from BIOS.
|
Adv Battery Charge Cfg Sun
|
This attribute configures the
Advanced Battery charging configuration for Sunday.
Possible values are:
- 0 — 23 — Beginning of day Hour
- 0 — 59 — Beginning of day Minute
- 0 — 23 — Work Period Hour
- 0 — 59 — Work Period Minute
Attribute name for Set operation:
- Adv Battery Charge Cfg Sun BodHour
- Adv Battery Charge Cfg Sun BodMin
- Adv Battery Charge Cfg Sun WpHour
- Adv Battery Charge Cfg Sun WpMin
-
NOTE: The values
defined for Minute field are 0,15,30 and 45. In case you set any other
value, the value is round to the lower defined value.
|
Adv Battery Charge Cfg Mon
|
This attribute configures the Advanced
Battery charging configuration for Monday.
Possible
values are:
- 0 — 23 — Beginning of day Hour
- 0 — 59 — Beginning of day Minute
- 0 — 23 — Work Period Hour
- 0 — 59 — Work Period Minute
Attribute name for Set operation:
- Adv Battery Charge Cfg Mon BodHour
- Adv Battery Charge Cfg Mon BodMin
- Adv Battery Charge Cfg Mon WpHour
- Adv Battery Charge Cfg Mon WpMin
|
Adv Battery Charge Cfg Tue
|
This attribute configures the Advanced
Battery charging configuration for Tuesday.
Possible
values are:
- 0 — 23 — Beginning of day Hour
- 0 — 59 — Beginning of day Minute
- 0 — 23 — Work Period Hour
- 0 — 59 — Work Period Minute
Attribute name for Set operation:
- Adv Battery Charge Cfg Tue BodHour
- Adv Battery Charge Cfg Tue BodMin
- Adv Battery Charge Cfg Tue WpHour
- Adv Battery Charge Cfg Tue WpMin
|
Adv Battery Charge Cfg Wed
|
This attribute configures the
Advanced Battery charging configuration for Wednesday.
Possible values are:
- 0 — 23 — Beginning of day Hour
- 0 — 59 — Beginning of day Minute
- 0 — 23 — Work Period Hour
- 0 — 59 — Work Period Minute
Attribute name for Set operation:
- Adv Battery Charge Cfg Wed BodHour
- Adv Battery Charge Cfg Wed BodMin
- Adv Battery Charge Cfg Wed WpHour
- Adv Battery Charge Cfg Wed WpMin
|
Adv Battery Charge Cfg Thu
|
This attribute configures the Advanced
Battery charging configuration for Thursday.
Possible
values are:
- 0 — 23 — Beginning of day Hour
- 0 — 59 — Beginning of day Minute
- 0 — 23 — Work Period Hour
- 0 — 59 — Work Period Minute
Attribute name for Set operation:
- Adv Battery Charge Cfg Thu BodHour
- Adv Battery Charge Cfg Thu BodMin
- Adv Battery Charge Cfg Thu WpHour
- Adv Battery Charge Cfg Thu WpMin
|
Adv Battery Charge Cfg Fri
|
This attribute configures the
Advanced Battery charging configuration for Friday.
Possible values are:
- 0 — 23 — Beginning of day Hour
- 0 — 59 — Beginning of day Minute
- 0 — 23 — Work Period Hour
- 0 — 59 — Work Period Minute
Attribute name for Set operation:
- Adv Battery Charge Cfg Fri BodHour
- Adv Battery Charge Cfg Fri BodMin
- Adv Battery Charge Cfg Fri WpHour
- Adv Battery Charge Cfg Fri WpMin
|
Adv Battery Charge Cfg Sat
|
This attribute configures the Advanced
Battery charging configuration for Saturday.
Possible
values are:
- 0 — 23 — Beginning of day Hour
- 0 — 59 — Beginning of day Minute
- 0 — 23 — Work Period Hour
- 0 — 59 — Work Period Minute
Attribute name for Set operation:
- Adv Battery Charge Cfg Sat BodHour
- Adv Battery Charge Cfg Sat BodMin
- Adv Battery Charge Cfg Sat WpHour
- Adv Battery Charge Cfg Sat WpMin
|
Ambient Light Sensor
|
Enables or Disables the Ambient
Light Sensor.
Possible values are:
|
Adjacent Cache Line Prefetch
|
If sets to Disable then the CPU
will only fetch the cache line that contains the data currently required
by the CPU.
If sets to Enable then it enables
the CPU to fetch the adjacent cache line in the other half of the
sector.
Possible values are:
|
AudioMode
|
Onboard audio mode. Disabled mode
completely un-assigns the onboard hardware resources. Half duplex
mode allows only record or playback. Full duplex mode can record and
playback sounds simultaneously.
Possible values
are:
- Disable
- Half Duplex
- Full Duplex
|
Auto On
|
This property defines the auto-on
configuration: disabled, everyday or weekdays (Monday — Friday).
Possible values are:
- Disable
- Everyday
- Weekdays
- Select days
|
Auto On Hour
|
This defines the hour when to turn on the system
(0 — 23).
|
Auto On Minute
|
This defines the minutes when to turn on the system
(0 — 59).
|
Auto-on Sunday
|
This defines that the system must be automatically
turned on Sundays.
|
Auto-on Monday
|
This defines that the system must be automatically
turned on Mondays.
|
Auto-on Tuesday
|
This defines that the system must be automatically
turned on Tuesdays.
|
Auto-on Wednesday
|
This defines that the system must be automatically
turned on Wednesdays.
|
Auto-on Thursday
|
This defines that the system must be automatically
turned on Thursdays.
|
Auto-on Friday
|
This defines that the system must be automatically
turned on Fridays.
|
Auto-on Saturday
|
This defines that the system must be automatically
turned on Saturdays.
|
Back Camera
|
Enables or disables the rearward
facing camera.
Possible values are:
- Disable — Disables the rearward facing camera.
- Enable — Enables the rearward facing camera.
|
Battery Slice Charge Configuration
|
Configures the battery slice charging
Possible values are:
- 1 - Standard Charge — Charges the battery over a long
period of time
- 2 - Express Charge — Switches the battery slice to
Express Charge mode using the express charging algorithm
|
Bitsmart
|
Enable/Disable the Bitsmart.
Possible values are:
|
Bluetooth Devices
|
Enable/Disable Bluetooth Devices
Possible values are:
|
Blink PSU LED 1
|
Provides the alert for the PSU
1. The Power Supply Unit(PSU) 1 LED starts to blink when it is enabled.
|
Blink PSU LED 2
|
Provides the alert for the PSU
2. The Power Supply Unit(PSU) 2 LED starts to blink when it is enabled.
|
BlockS3
|
Enables or disables the Block S3
sleep state. If this option is Disabled, the system BIOS supports
OSPM/ACPI S3 (suspend to RAM) operation. This moves the system authentication
into the operating system and bypasses any Preboot Authentication
on resume.
If this option is Enabled, the system
BIOS blocks all OSPM/ACPI S3 (suspend to RAM) requests and enforces
Preboot Authentication on all non-S3 resumes.
Possible values are:
|
Boot Mode
|
Enables booting to Unified Extensible
Firmware Interface (UEFI) capable operating systems. This ensures
compatibility with operating systems that do not support UEFI.
Possible values are:
|
Boot-time Video
|
Sets the Primary Video source.
Possible values are:
|
Boot Speed
|
Sets CPU speed to default or compatible
(low speed). This feature is implementation dependent. There is no
set speed for Compatible, only that it is significantly slower than
default. Some platforms implement this by turning off cache and others
by STPCLK throttling.
Possible values are:
|
Broadcom ASF
|
Sets the ASF (Alert Standard Format)
mode.
Possible values are:
- Disable
- Enable
- Alert only
- Dash and ASF
|
Bus Ratio
|
Sets Bus Ratio.
Possible values are:
- Max
- 6.0
- 7.0
- 7.5
- 8.0
- 8.5
- 9.0
- 9.5
|
Camera
|
Enable/Disable Camera.
Possible values are:
|
Cellular Radio
|
Enables or Disables the cellular
radio, that is, the WWAN module.
Possible values
are:
|
Charger
|
This property define the charger
details.
Possible values are:
|
Chassis Intrusion
|
Enables the system to detect and
report Chassis Intrusion events to the system display on boot-up.
Possible values are:
|
Chassis Intrusion Status
|
This property shows the status
of the system with regards to Chassis Intrusion (Detected or Not Detected).
A value of Unknown indicates one of two things: either Chassis Intrusion
is not supported by this system, or Chassis Intrusion event reporting
has been disabled by the user. If the value is Detected, the user
may set it to Not Detected to enable the system to receive the next
event and to stop generating events for now.
Possible
values are:
- Tripped
- Door open
- Door closed
- Trip reset
|
Clear System Event Log
|
Prevents or causes the system event
log to be cleared in the next boot.
Possible
values are:
|
Cool and Quiet
|
Enables or Disables AMD Cool and
Quiet processor feature.
Possible values are:
|
CPU Virtualization Technology
|
Enables or Disables CPU Virtualization.
Possible values are:
|
Deep Sleep Control
|
Configures the system power mode when the system
is in S4 and S5 state. If set to S5only, the system moves to the lowest-Power
Off mode only in S5 state. If set to S4 and S5 state, the system moves
to the lowest-Power Off mode in both S4 and S5 states. When the system
is in low-power mode, it turns off most of the power-consuming circuitry,
to meet the 1 W power limit. It disables PME, USB power, etc.
Possible values are:
- S5 only
- S4 and S5
- Disable
|
Dell Reliable Memory Technology
|
Configures the system to detect and correct the
software errors in a block of RAM. When enabled, the system detects
and corrects the software errors.
Possible values are:
|
Dell Wyse P25 Bios Access
|
Turns on or off the access to the BIOS setup
through Dell Wyse P25 PCoIP client.
Possible values
are:
|
Diskette
|
This property defines whether the
built-in Floppy controller is enabled, auto or read-only.
Possible values are:
- Disable
- Auto
- Read Only
- USB Internal
|
Dock Display Port 1 Video Source
|
Configures the Dock Display Port
1 Video Source. This option enables or disables switchable graphics
technologies.
Possible values are:
|
DRAM Prefetcher
|
Prevents DRAM references from
triggering DRAM prefetch requests./Turns on the DRAM prefetch unit
in the Northbridge.
Possible values are:
|
Embedded SATA Controller
|
Sets the Integrated SATA Controller.
Possible values are:
- Off
- Combined
- ATA
- AHCI
- RAID
- QDMA
|
Embedded Hypervisor
|
Enables/disables the embedded SD
Card port.
Possible values are:
|
Enable Legacy Option ROMs
|
Enables or disables detecting
the BIOS and using the legacy expansion ROMs. This mode cannot be
enabled with Secure Boot.
Possible values are:
|
e-SATA Ports
|
Enable/disable e-SATA Ports
Possible values are:
|
Express Card
|
This setting will enable the express
card port, which allows the user to insert an express card into the
slot and it will be configured.
Possible values
are:
|
Express Charge
|
This property define the express
charging.
Possible values are:
- Disable
- Enable
- Enable once
|
Extend Post Time
|
Delays the time of action taken
by the system after pressing function keys such as F2,F12, etc. during
post time.
Possible values are:
- 0 — Does not delay the time of action.
- 5 — Delays the time of action by five seconds.
- 10 — Delays the time of action by ten seconds.
|
External Hotkey
|
Sets the External Hotkey to Scroll
Lock or Disabled.
Possible values are:
|
External USB Ports
|
Enable/disable external USB ports.
Possible values are:
|
External WLAN Activity LED
|
Enables or disables the external
(lid-mounted) WLAN indicator LED.
Possible values
are:
- Disable — LED does not displays the state of the
WLAN source activity.
- Enable — LED displays the state of the WLAN source
activity.
|
F12 POST Display
|
Enables or Disables the F12 key
at POST.
Possible values are:
|
F2 POST Display
|
Enables or Disables the F2 key at
POST.
Possible values are:
|
Fan Control Override
|
Controls the speed of the fan. When
enabled the fan runs at full speed. When disabled, the fan controller
uses the system environmental data to set the fan at its optimal speed.
Possible values are:
|
Fan Speed
|
Sets the system fan speed.
Possible values are:
- Auto
- High
- Medium High
- Medium Low
- Low
|
Fault-Tolerant Memory
|
Configures the system to detect
and correct the software errors in a block of RAM. When enabled, the
system detects and corrects the software errors.
Possible values are:
|
Fn Lock
|
Controls the behavior of the dual-function
keys
(<F1> — <F12>), when
<Fn> key is pressed.
Possible values are:
- Disable — If disabled, holding the
<Fn> key
enables the secondary functions associated with the particular key.
- Enable — If enabled, holding the
<Fn> key
enables the labeled functions of the keys
(<F1> — <F12>).
|
Fn Lock Mode
|
Controls the behavior of the dual-function
keys
(<F1> — <F12>), when
<Fn> key is pressed
and when it is not.
Possible values are:
- Disable — Holding
<Fn> key enables the
secondary functions associated with the particular key
- Enable — Without holding
<Fn> key, the dual-function
keys behave as labeled.
|
Force PXE on Next Boot
|
Enables or disables the Force PXE
on next boot in BIOS.
Possible values are:
|
Front Panel USB Ports
|
Enables or Disables the USB ports
on the front of the chassis.
Possible values are:
|
FX100 BIOS Access
|
Allows or blocks the remote user
to access BIOS Setup via FX100 Portal.
Possible
values are:
|
General Purpose Encryption
|
Enables or disables the general
purpose encryption (GPE) on the system.
Possible
values are:
|
GPS Radio
|
Enables or disables the internal
GPS radio.
Possible values are:
|
Hard Disk Acoustic Mode
|
Sets the Hard Disk Acoustic Mode.
Possible values are:
- Bypass
- Quiet
- Suggested
- Performance
|
Hard-Disk Failover
|
Specifies which devices in the
Hard-Disk Drive Sequence menu are attempted in the boot sequence.
When set to OFF, only the first device in the list is attempted. When
set to ON, all devices are attempted in order, as listed in the Hard-Disk
Drive Sequence.
Possible values are:
|
Hardware Prefetcher
|
Enable/Disable the CPU’s HW prefetcher.
Possible values are:
|
Hard Drive Free Fall Protection
|
Enable/Disable hard drive free
fall protection.
Possible values are:
|
Hardware Prefetch Training on Software
Prefetch
|
Prevents hardware prefetcher from
considering software prefetches when detecting strides for prefetch
requests./Hardware prefetcher considers software prefetches when detecting
strides for prefetch requests.
Possible values
are:
|
HDD Protection
|
If setting
On, the HDD Protection
OPROM will be loaded. If setting
Off, the HDD Protection OPROM
will be not loaded.
Possible values are:
|
HDD1 Fan Enable
|
Enables or disables checking errors
on the fan controller FAN_HDD1. If the fan controller detects a
valid fan, it enables it automatically.
Possible
values are:
|
HDD2 Fan Enable
|
Enables or disables checking errors
on the fan controller FAN_HDD2. If the fan controller detects a valid
fan, it enables it automatically.
Possible values
are:
|
HDD3 Fan Enable
|
Enables or disables checking errors
on the fan controller FAN_HDD3. If the fan controller detects a valid
fan, it enables it automatically.
Possible values
are:
|
Hot Undocking
|
Enables or Disables warm and hot
docking/undocking.
Possible values are:
|
Hotkey to toggle WxAN Radio
|
Enable/Disable hotkey to toggle
WxAN radio.
Possible values are:
|
Intel Smart Connect Technology
|
Disables or enables the Intel Smart
Connect technology.
Possible values are:
|
Intel Platform Trust Technology
|
Displays or hides the Intel Platform Trust Technology
(PTT) device from the operating system on the next reboot. When disabled,
the PTT device is not displayed to the operating system and no changes
can be made to the PTT device or its content.
Possible
values are:
|
Intel Ready Mode Technology
|
Enables or disables Intel Ready Mode Technology
(iRMT).
Possible values are:
|
Intel Rapid Start Technology
|
Disables or enables the Intel Rapid
Start Technology (iFFS) feature within the BIOS.
Possible values are:
|
Intel Rapid Start Technology Timer
|
Allows configuring the time-out
value for Intel Rapid Start Technology(IRST) mode.
Possible value is:
- 0 — 999
-
NOTE: The value for IRST
is a nonfixed value, which may change depending on the configuration.
|
Integrated RAID
|
Enables or Disables the Integrated
RAID Controller.
Possible values are:
|
Integrated SAS
|
Enables or Disables the Integrated
SAS Controller.
Possible values are:
|
Integrated USB Hub
|
Sets the Integrated USB Hub to
Compatible or High Speed.
Possible values are:
|
Internal USB Port
|
Enable/Disable the Internal USB.
Possible values are:
|
IDE
|
This property defines whether the
IDE controller is enabled or disabled.
Possible
values are:
|
Instant ON
|
Enable/Disable the Latitude on Instant
ON feature.
Possible values are:
|
Keyboard Backlight Active Color
|
Displays or sets an active color
for the keyboard backlight for the rugged systems.
Possible values are:
- 0— White
- 1— Red
- 2— Green
- 3— Blue
- 4 — Customcolor1
- 5— Customcolor2
|
Keyboard Backlight Custom Color 1
|
Displays and configures the custom
color 1 by specifying the Red, Green and Blue (RGB) values. The color
can be selected using RGB components by mentioning it in ‘R,G,B’ format.
Each color component value ranges from 0 to 255.
Possible value is:
- 0–255, 0–255, 0–255 — Red, Green, Blue
|
Keyboard Backlight Custom Color 2
|
Displays and configures the custom
color 2 by specifying the Red, Green and Blue (RGB) values. The color
can be selected using RGB components by mentioning it in ‘R,G,B’ format.
Each color component value ranges from 0 to 255.
Possible value is:
- 0–255, 0–255, 0–255 — Red, Green, Blue
|
Keyboard Backlight Enable Color
|
Displays or enables the supported
colors on the keyboard backlight for the rugged systems. Press Fn+C
to switch among the enabled colors.
Possible values
are:
- 0 — None
- 1 — White
- 2 — Red
- 3 — Green
- 4 — Blue
- 5 — Customcolor1
- 6 — Customcolor2
-
NOTE:
- You can enable multiple colors at a time.
- If ‘0 — None’ is selected, keyboard backlight color
switching by pressing Fn+C will not be possible. The value ‘0 — None’
cannot be combined with any other color.
|
Keyboard Backlight with AC
|
Enables/Disables the keyboard backlight
when the system is running on AC power / if an AC power adapter is
plugged in. Note: If the keyboard backlight is disabled by pressing
<Fn ><F10>, then the keyboard backlight stays off even if the
AC power adapter is plugged in.
Possible values
are:
|
Keyboard Error Reporting
|
Enable/Disable reporting of Keyboard
errors by POST.
Possible values are:
|
Keyboard Click
|
Enable/Disable the keyboard to
‘click’ each time a key is pressed.
Possible values
are:
|
Keyboard Illumination
|
Sets the Keyboard Illumination
to Enable, Disable, or Auto.
Possible values are:
- Disable
- Enable
- Auto
- 25
- 50
- 75
- 100
|
Keypad
|
Changes the means of enabling the
keypad.
Possible values are:
|
Latitude ON
|
Enable/Disable Latitude On.
Possible values are:
|
Latitude ON Flash
|
Enable/Disable Latitude On Flash.
Possible values are:
|
Limit CPUID Value
|
Enables or Disables the Limit CPUID
Value feature.
Possible values are:
|
Management Driver
|
Sets to Present: the system-management
instrumentation sets this attribute when it loads to instruct that
BIOS that operating system level software is handling any out-of-range
management condition — if a critical threshold is passed, the driver
takes responsibility for shutting down the operating system and powering
off the system. The instrumentation is responsible for de-registering
itself via the Absent attribute when it unloads. Implementation Note:
To maintain compatibility with
Dell Command | Monitor, a BIOS that
implements of this token via an Indexed I/O access method must ensure
that an AND-mask of 0xFB and an OR-value of 0x04 maintains the
present status— i.e. the status is in bit 2 of the indexed I/O
location.
Sets to Absent: this attribute indicates
to the system BIOS that any system-management monitoring is its responsibility.
If an out-of-range management condition occurs in the system, the
BIOS powers off the system to prevent hardware damage. Implementation
Note: To maintain compatibility with
Dell Command | Monitor, a BIOS that
implements of this token via an Indexed I/O access method must ensure
that an AND-mask of 0xFB and an OR-value of 0x00 maintains the
absent status — i.e. the status is in bit 2 of the indexed I/O
location.
Possible values are:
|
Media Card and 1394
|
Enables or Disables the Media Card
and 1394 devices.
Possible values are:
|
Microphone
|
Enable or disable notebook internal
or external microphone.
Possible values are:
|
MiniPCI Device
|
Enables or Disables the internal
PCI device.
Possible values are:
|
Multiple CPU Cores
|
Enables or Disables Multiple CPU
Core support on next boot. The Disabled state prevents the OS from
seeing additional cores present on a single CPU package.
Possible values are:
|
MmioAbove4Gb
|
Enables or disables the Memory mapped
I/O above 4GB option.
Possible values are:
|
Module Bay Device
|
Enables or Disables the Module Bay
Device.
Possible values are:
|
Module Bay Battery Charge Configuration
|
Configures the module bay battery
charging.
Possible values are:
- 1 - Standard Charge — Charges the battery over a
long period of time
- 2 - Express Charge — Switches the module bay battery
to Express Charge mode using the express charging algorithm
|
Mouse
|
Sets the Pointing Device.
Possible values are:
|
Monitor Toggling
|
Enables or Disables Monitor Toggling.
Possible values are:
|
Multi-Display
|
Enables or disables the multi-display
feature, that is integrated and add-in Gfx.
Possible
values are:
|
NIC
|
This property defines whether
the built-in NIC is enabled or disabled.
Possible
values are:
- Disable
- Enable
- Enable non PXE
- Enable iSCSI
- Enable RPL
- Enable image server
|
NIC 2
|
This property defines whether the
built-in NIC2 is enabled or disabled.
Possible values
are:
- Disable
- Enable
- Enable non PXE
- Enable iSCSI
- Enable RPL
- Enable image server
|
Network Activity LED
|
This selection will allow the Activity
LED to be controlled by an ACPI OS and driver/ set Activity LED as
a wireless LAN radio on/off indicator/ force the Activity LED to be
always OFF.
Possible values are:
- Disable
- Enable ACPI OS control
- Wireless LAN Indicator
|
Node Interleaving
|
Enables or Disables Node Interleave.
Possible values are:
|
NMI Button
|
Enables or Disables the NMI Button.
Possible values are:
|
Num Lock
|
Enables or Disables Num Lock.
Possible values are:
|
On Reader
|
Enables or Disables the Reader feature.
Possible values are:
|
Onboard 1394
|
Enables or Disables on-board 1394
controller on next boot.
Possible values are:
|
Onboard Modem
|
Enables or Disables the Onboard
Modem.
Possible values are:
|
Onboard Unmanaged NIC
|
Configures the state of the Onboard
Unmanaged Network Interface Card (NIC).
Possible
values are:
- Disable — Disables the secondary, unmanaged network
interface card.
- Enable — Enables the secondary, unmanaged network
interface card.
- Enabled with PXE — Enables the secondary, unmanaged
network interface card and supports the preboot execution environment
for network boot.
|
On-board Serial ATA 2 Controller
|
Enable or disables on-board Serial
ATA 2 controller.
Possible values are:
|
On-Screen Buttons
|
Configures the onscreen display
(OSD) of All-In-One systems.
Possible values are:
|
Optical Drive Controller
|
Enable/Disable the Optical Drive
Controller.
Possible values are:
|
Optimus
|
Enables or disables the Optimus.
Possible values are:
|
Optional Boot Sequence
|
Allows or prevents the installation
of Windows operating system on client systems with more than one operating
system volume.
Possible values are:
|
OpRomUIProtection
|
Prompts you to enter the administrator
password to enter the OptionROM user interface if the password has
been set.
Possible values are:
|
OROM Keyboard Access
|
Sets an option to enter the Option
ROM Configuration screens using hotkeys during boot.
Possible values are:
- Enable
- Disable
- Onetime Enable — Allows configuring the access to
Option ROM using hotkeys during system startup.
|
OS Install Mode
|
Enables or Disables OS Install Mode
(Limit System Memory feature).
Possible values
are:
|
Parallel Mode
|
This property defines the parallel
port mode.
Possible values are:
- AT
- PS2
- ECP
- EPP
- ECP DMA1
- ECP DMA3
|
Parallel Port
|
This property defines the parallel
port configuration.
Possible values are:
|
PartComponent
|
This defines the boot sequence for
the next system boot. Boot Sequence information can be found under
the class DCM_OrderedComponent.
Possible values
are:
- Diskette first
- HD only
- Device list
- CDROM first
|
Password Bypass
|
Sets the Password Bypass feature
to one of the supported settings.
Possible values
are:
- Off
- Reboot
- Resume
- Reboot and resume
|
Password Status Lock
|
Password Status lock/unlock.
Possible values are:
|
PC Card
|
Enables or Disables the PC Card.
Possible values are:
|
PC Card and 1394
|
Enables or Disables the PC Card
and 1394 devices.
Possible values are:
|
Pci Resource Allocation Ratio
|
Allocates PCI resources, buses, memory-mapped I/O
(MMIO) space, and I/O space. If set to
Allocate Evenly, equal amount of memory is allocated to all the resources when two
CPUs are installed. When set to
Allocate More to CPU1, larger amount of device-specific memory is allocated, which in
turn reduces the usable memory on a system with a 32-bit operating
system.
Possible values are:
- Allocate Evenly
- Allocate More to CPU1
|
Pci Mmio Space Size
|
It allows you to reserve large or small device-specific
memory regions to decrease or increase the usable memory on systems
with a 32-bit operating system.
Possible values are:
- Small — Allocates a small region of memory to PCI
memory mapped I/O.
- Large — Allocates a large region of memory to PCI
memory mapped I/O. This reserves the large device specific memory
regions, but reduces the amount of usable memory in 32-bit operating
system.
|
PCI Slots
|
Enables or Disables the PC Card.
Possible values are:
|
Pen Missing Indication
|
Enables or Disables the Missing
Pen Indication.
Possible values are:
|
Pen Resume On
|
Enables or Disables the Resume
On Pen setting.
Possible values are:
|
Peak Shift
|
Peak Shift can be used to minimize
AC consumption during peak power times of day. For each weekday listed,
set a start and end time to run in Peak Shift mode. During these times
the system will run from the battery even if the AC is attached as
long as the battery stays above the threshold specified in the Battery
threshold field. After the end time specified the system will run
from AC if attached but will not charge the battery. The system will
again function normally using AC and recharging the battery after
the Charge Start time is specified.
Possible values
are:
|
Peak Shift Sun
|
This attribute configures the power
usage configuration for Sunday.
Possible values
are:
- 0 — 23 — Start Hour
- 0 — 59 — Start Minute
- 0 — 23 — End Hour
- 0 — 59 — End Minute
- 0 — 23 — Charge Start Hour
- 0 — 59 — Charge Start Min
Attribute names for Set operation:
- Peak Shift Sun StartHour
- Peak Shift Sun StartMin
- Peak Shift Sun EndHour
- Peak Shift Sun EndMin
- Peak Shift Sun ChargeStartHour
- Peak Shift Sun ChargeStartMin
-
NOTE: To use Peak
Shift mode, the values of Peak Shift Start Time, Peak Shift End Time,
Peak Shift Charge Start Time, and Peak Shift battery threshold are
necessary.
-
NOTE: It is recommended to input values as per the following:
Start Time <=
End Time <=
Charge Start Time.
Dell Command
| Monitor
can set the out-of-range values. BIOS behavior
is unknown at this point of time for such values.
-
NOTE: The values defined
for Minute field are 0,15,30 and 45. In case you set any other value,
the value is round to the lower defined value.
|
Peak Shift Mon
|
This attribute configures the
power usage configuration for Monday.
Possible
values are:
- 0 — 23 — Start Hour
- 0 — 59 — Start Minute
- 0 — 23 — End Hour
- 0 — 59 — End Minute
- 0 — 23 — Charge Start Hour
- 0 — 59 — Charge Start Min
Attribute names for Set operation:
- Peak Shift Mon StartHour
- Peak Shift Mon StartMin
- Peak Shift Mon EndHour
- Peak Shift Mon EndMin
- Peak Shift Mon ChargeStartHour
- Peak Shift Mon ChargeStartMin
|
Peak Shift Tue
|
This attribute configures the
power usage configuration for Tuesday.
Possible
values are:
- 0 – 23 — Start Hour
- 0 — 59 — Start Minute
- 0 — 23 — End Hour
- 0 — 59 — End Minute
- 0 — 23 — Charge Start Hour
- 0 — 59 — Charge Start Min
Attribute names for Set operation:
- Peak Shift Tue StartHour
- Peak Shift Tue StartMin
- Peak Shift Tue EndHour
- Peak Shift Tue EndMin
- Peak Shift Tue ChargeStartHour
- Peak Shift Tue ChargeStartMin
|
Peak Shift Wed
|
This attribute configures the
power usage configuration for Wednesday.
Possible
values are:
- 0 — 23 — Start Hour
- 0 — 59 — Start Minute
- 0 — 23 — End Hour
- 0 — 59 — End Minute
- 0 — 23 — Charge Start Hour
- 0 — 59 — Charge Start Min
Attribute names for Set operation:
- Peak Shift Wed StartHour
- Peak Shift Wed StartMin
- Peak Shift Wed EndHour
- Peak Shift Wed EndMin
- Peak Shift Wed ChargeStartHour
- Peak Shift Wed ChargeStartMin
|
Peak Shift Thu
|
This attribute configures the
power usage configuration for Thursday.
Possible
values are:
- 0 — 23 — Start Hour
- 0 — 59 — Start Minute
- 0 — 23 — End Hour
- 0 — 59 — End Minute
- 0 — 23 — Charge Start Hour
- 0 — 59 — Charge Start Min
Attribute names for Set operation:
- Peak Shift Thu StartHour
- Peak Shift Thu StartMin
- Peak Shift Thu EndHour
- Peak Shift Thu EndMin
- Peak Shift Thu ChargeStartHour
- Peak Shift Thu ChargeStartMin
|
Peak Shift Fri
|
This attribute configures the power
usage configuration for Friday.
Possible values
are:
- 0 — 23 — Start Hour
- 0 — 59 — Start Minute
- 0 — 23 — End Hour
- 0 — 59 — End Minute
- 0 — 23 — Charge Start Hour
- 0 — 59 — Charge Start Min
Attribute names for Set operation:
- Peak Shift Fri StartHour
- Peak Shift Fri StartMin
- Peak Shift Fri EndHour
- Peak Shift Fri EndMin
- Peak Shift Fri ChargeStartHour
- Peak Shift Fri ChargeStartMin
|
Peak Shift Sat
|
This attribute configures the power
usage configuration for Saturday.
Possible values
are:
- 0 — 23 — Start Hour
- 0 — 59 — Start Minute
- 0 — 23 — End Hour
- 0 — 59 — End Minute
- 0 — 23 — Charge Start Hour
- 0 — 59 — Charge Start Min
Attribute names for Set operation:
- Peak Shift Sat StartHour
- Peak Shift Sat StartMin
- Peak Shift Sat EndHour
- Peak Shift Sat EndMin
- Peak Shift Sat ChargeStartHour
- Peak Shift Sat ChargeStartMin
|
Peak Shift Battery Threshold
|
If Battery stays above the threshold
system will run from battery even if AC is attached during the times
as configured in Start/End/Charge Start time.
Possible
value is based on user input.
- >= 15% Possible Value <= 100%.
Attribute name for Set operation:
- Peak Shift Battery Threshold
|
Pointing Device
|
This property defines whether the
built-in pointing device port is enabled or disabled.
Possible values are:
- External serial
- External PS2
- SW TPAD
|
POST Help Desk Key
|
Enables or Disables POST MEBx Key.
Possible values are:
|
POST MEBx Key Setting
|
Enables or Disables POST MEBx Key.
Possible values are:
|
POST Testing
|
Enables or Disables fast booting.
Possible values are:
|
Power Management
|
This property defines the power
management settings.
Possible values are:
|
Processor CMP
|
Rolls the number of enabled cores
in each processor. By default, the maximum number of cores per processor
will be enabled.
Possible values are:
- All
- 1
- 2
- 4
- 6
- 8
- 10
- 12
- 14
- 16
|
Processor Execute Disable
|
Enables or Disables the No Execute
(NX) flag.
Possible values are:
|
Processor HT Assist
|
Allow user the ability to disable
the Probe Filter chipset option from BIOS setup. There are some applications
that may have lower performance with the chipset feature enabled.
Possible values are:
|
Processor Virtualization Technology
|
Enables or Disables CPU Virtualization.
Possible values are:
|
Processor C State Control
|
Enable/Disable the C States Control.
Possible values are:
|
Processor Core Based Turbo Mode
|
Enables or Disables Single Core
Turbo Mode.
Possible values are:
|
Processor Logical Processor (HyperThreading)
|
Enables or Disables hyperthreading
on next boot. On some
Dell platforms, this property will show Enabled or Disabled despite the
platform not supporting hyperthreading. The platforms in question
are those that support Multi-Core processor technology, but do not
support hyperthreading. In this case, the property actually toggles
the multi-core capability on and off, rather than hyperthreading.
Possible values are:
|
Primary Battery Charge Configuration
|
Configures the primary battery
charging.
Possible values are:
- 1 = Standard Charge — Charges the battery over a long
period of time
- 2 = Express Charge — Switches the primary battery
to Express Charge mode using the express charging algorithm
- 3 = AC Use — Recommended setting for users who primarily
operate the battery when it is plugged in
- 4 = Auto Charge — The battery places itself in a mode
based on periodic evaluation of customer usage to deliver the best
balance of capacity
- 5 = Custom Charge — The battery starts and stops
charging based on the user input
|
Primary Battery Custom Charge Limit
|
Charges the battery based on the
user input.
Possible values are:
- 1 = Primary Battery Custom Charge Start Limit — Is
applicable to the DCIM_BIOSService for setting the start limit for
charging the battery.
- 2 = Primary Battery Custom Charge Stop Limit — Is
applicable to the DCIM_BIOSService for setting the stop limit for
charging the battery.
Possible values for the Start and Stop limit
are:
- Start limit = 50 — 95
- Stop limit = 55 — 100
- Granularity — Dead band in binary format. For example,
if the dead band is 5%, the
stop charging value is 5% greater
than the
start charging value, but is not allowed exceed 100.
|
Primary IDE Channel, Master Device
|
Enables or Disables primary Parallel
ATA master channel.
Possible values are:
|
Primary IDE Channel, Slave Device
|
Enables or Disables primary Parallel
ATA slave channel.
Possible values are:
|
Primary Video Device Slot
|
Configures the slot for primary
video display.
Possible values are:
- 0 — Sets the onboard video device slot as primary
video device slot.
- 1-15 — Sets the specified slot number as a primary
video device slot.
- 255 —Scans PCI buses and uses the first video device
slot, found with video card as a primary video device slot.
-
NOTE: If a video
card is not available in the specified slot number, the system will
scan the PCI buses and uses the first video device slot, found with
video card as a primary video device.
|
Prompt On Error
|
Enable/Disable the Prompt on Error.
Possible values are:
|
Rear Single USB
|
This feature will allow the users
to electrically enable or disable the Rear Single USB ports. If disabled,
they are unusable in any OS.
Possible values are:
|
Rear Dual USB 2nd stack
|
Enable/Disable the Rear Dual USB
2nd stack.
Possible values are:
|
Rear Quad USB
|
This feature will allow the users
to electrically enable or disable the Rear Quad USB ports. If disabled,
they are unusable in any OS.
Possible values are:
|
Rear USB Ports
|
Enables or disables all the rear
ports.
Possible values are:
|
Radio Transmission
|
Enables or Disables the radio transmission
(MiniPCI Wireless or Bluetooth module).
Possible
values are:
|
Rugged Dock Non-Video Devices
|
Enables or disables all the non-video
devices (serial, audio, LAN, and USB ports) on a rugged dock.
Possible values are:
|
Sata Controllers
|
Enable/Disable all SATA Controllers.
Possible values are:
|
SATA DIPM
|
This property will allow users
to disable or enable the feature that allows SATA HDDs to initiate
link power management transitions.
Possible values
are:
|
Secondary IDE Channel, Master Device
|
Enables or Disables secondary Parallel
ATA master channel.
Possible values are:
|
Secondary IDE Channel, Slave Device
|
Enables or Disables secondary Parallel
ATA slave channel.
Possible values are:
|
Selective USB
|
Enable Selective USB feature to
disable all USB ports, except for the 2 Selective USB ports. This
option will allow only keyboard/mouse connected to the Selective USB
ports for the boot process to continue.
Disable
Selective USB feature to resume normal USB status and normal boot
procedure.
Possible values are:
|
SATA Port 0
|
Enables or Disables Serial ATA
channel 1.
Possible values are:
|
SATA Port 1
|
Enables or Disables Serial ATA
channel 2.
Possible values are:
|
SATA Port 2
|
Enables or Disables Serial ATA
channel 3.
Possible values are:
|
SATA Port 3
|
Enables or Disables Serial ATA
channel 4.
Possible values are:
|
SATA Port 4
|
Enables or Disables Serial ATA channel
5.
Possible values are:
|
SATA Port 5
|
Enables or Disables Serial ATA
channel 6.
Possible values are:
|
SATA Port 6
|
Enables or Disables Serial ATA
channel 7.
Possible values are:
|
SATA Port 7
|
Enables or Disables Serial ATA
channel 8.
Possible values are:
|
Secure Boot
|
The BIOS performs a Secure Boot
authentication while attempting to boot from a UEFI partition. It
refers to this setting to decide on the POST behavior.
Possible values are:
- Enable — When enabled, BIOS only performs Secure
Boot and boot in UEFI mode without loading the Compatibility Support
Model (CSM).
-
NOTE: You can
disable secure boot only from the BIOS setup screen.
|
Serial Communications
|
Sets the Serial Communication.
Possible values are:
- Off
- On without console redirection
- On with console redirection (COM1)
- On with console redirection (COM2)
- On with console redirection
|
Serial Port 1
|
This property defines the serial
port 1 configuration.
Possible values are:
- Disable
- Auto
- COM2
- COM3
- COM4
|
Serial Port 2
|
This property defines the serial
port 2 configuration.
Possible values are:
|
SERR DMI Message
|
Enables or Disables SERR DMI Messages.
Possible values are:
|
Set CMOS To Default
|
Request or don't request a default
of CMOS values on the next boot.
Possible values
are:
|
Side USB Ports
|
Enables or disables all the side
ports.
Possible values are:
|
Signed Firmware Update
|
Enforces the verification of digital
signatures in the BIOS update payload before updating the BIOS. Once
enabled, the system BIOS cannot be updated to any revision that does
not contain a valid digital signature.
Possible
values are:
|
SmartCard Reader
|
Enables or Disables the Smart Card
Reader.
Possible values are:
|
SMART Errors
|
Enables or Disables SMART Errors.
Possible values are:
|
Sound Device
|
Status of the system's built-in
sound device.
Possible values are:
|
Speaker
|
The volume of the speaker.
Possible values are:
- Disable
- Enable
- Low
- Medium
- High
|
SpeedStep
|
Sets SpeedStep to Automatic, Disabled,
Max Performance, or Max Battery.
Possible values
are:
- Disable
- Maximum performance
- Maximum battery life
- Auto
|
Splash Screen
|
Enable/Disable the Splash Screen.
Possible values are:
|
Spread Spectrum
|
Tokens Used in
Dell Command
| Monitor
.
Possible values are:
|
SR-IOV Global
|
Enable/Disable BIOS support for
SRIOV devices.
Possible values are:
|
Standby State
|
Selects the power management suspend
mode.
Possible values are:
|
Stealth Mode
|
Enables or disables the pre-programmed
stealth mode of operation of the system.
Possible
values are:
- Disable — The system elements operate in the normal
mode.
- Enable — The system elements operate in the pre-programmed
stealth mode.
For example,
- If stealth mode is enabled and the device stealth
mode is set to
Turn off, it turns the device
off while pressing Fn+F7 keys.
- If the stealth mode is enabled and the device stealth
mode is set to
Unchanged, then the device retains
its status and remains unchanged while pressing Fn+F7 keys.
- If the stealth mode is disabled, then the state of
the device cannot be changed by the individual device stealth modes.
Following are the system elements that have effect of stealth
mode on them:
- Stealth Mode Quiet Bluetooth
- Stealth Mode Quiet Fans
- Stealth Mode Quiet GPS
- Stealth Mode Quiet LCD
- Stealth Mode Quiet LEDs
- Stealth Mode Quiet Speakers
- Stealth Mode Quiet WLAN
- Stealth Mode Quiet WWAN
- Stealth Mode WiGig Radio
|
Stealth Mode Quiet Bluetooth
|
Configures the state of the bluetooth
radio depending on the Stealth mode is enabled or disabled.
Possible values are:
- Turn off - Turns off the bluetooth radio if the stealth
mode is enabled.
- Unchanged - Retains the current state of the bluetooth.
|
Stealth Mode Quiet Fans
|
Configures the state of the fans
depending on the Stealth mode is enabled or disabled.
Possible values are:
- Turn off - Turns off the fan if the stealth mode
is enabled.
- Unchanged - Retains the current state of the fan.
|
Stealth Mode Quiet GPS
|
Configures the state of the GPS
radio depending on the Stealth mode is enabled or disabled.
Possible values are:
- Turn off - Turns off the GPS radio if the stealth
mode is enabled.
- Unchanged - Retains the current state of the GPS
radio.
|
Stealth Mode Quiet LCD
|
Configures the state of the LCD
screen backlight depending on the Stealth mode is enabled or disabled.
Possible values are:
- Turn off - Turns off the LCD screen backlight if the
stealth mode is enabled..
- Unchanged - Retains the current state of the LCD
screen backlight.
|
Stealth Mode Quiet LEDs
|
Configures the state of the LEDs
depending on the Stealth mode is enabled or disabled.
Possible values are:
- Turn off - Turns off the system LEDs if the stealth
mode is enabled.
- Unchanged - Retains the current state of the system
LEDs.
|
Stealth Mode Quiet Speakers
|
Configures the state of the onboard
speakers depending on the Stealth mode is enabled or disabled.
Possible values are:
- Turn off - Turns off the onboard speakers if the
stealth mode is enabled.
- Unchanged - Retains the current state of the onboard
speakers.
|
Stealth Mode Quiet WLAN
|
Configures the state of the WLAN
(and WiGig) radio depending on the Stealth mode is enabled or disabled.
Possible values are:
- Turn off - Turns off the WLAN if the stealth mode
is enabled.
- Unchanged - Retains the current state of the WLAN.
|
Stealth Mode Quiet WWAN
|
Configures the state of the WWAN
(and WiGig) radio depending on the Stealth mode is enabled or disabled.
Possible values are:
- Turn off - Turns off the WWAN (and WiGig) radio if
the stealth mode is enabled.
- Unchanged - Retains the current state of the WWAN
(and WiGig) radio.
|
Stealth Mode WiGig Radio
|
Configures or displays the state
of Wireless Gigabit Alliance (WiGig) radio depending on the Unobtrusive
mode or stealth mode is enabled or disabled.
Possible
values are:
- Turn off - Turns off the WiGig radio if the Unobtrusive
mode or stealth mode is enabled.
- Unchanged - Retains the current state of the Wigig
radio.
|
Strong Password
|
Enable/Disable Strong Password.
Possible values are:
|
Surround View
|
This feature will allow user to
enable SurroundView that allow user to use an additional AMD PCIE
video card in conjunction with the onboard graphics card which would
give you ability to use multiple monitors at once. Notes: it's only
for AMD platform/ disable SurroundView thatdisable multiple monitor
support with additional AMD PCIE video card. Notes: it's only for
AMD platform.
Possible values are:
|
Switchable Graphics
|
Configures the Switchable Graphics
technology.
Possible values are:
|
Tablet Buttons
|
Enables or Disables Tablet Buttons.
Possible values are:
|
TCM Visibility
|
Hides or unhides the TCM from the
operating system on the next boot.
Possible values
are:
|
Tertiary IDE Channel, Master Device
|
Enables or Disables tertiary Parallel
ATA master channel.
Possible values are:
|
Tertiary IDE Channel, Slave Device
|
Enables or Disables tertiary Parallel
ATA master channel.
Possible values are:
|
Trusted Execution
|
New processor execution mode and
BIOS hooks to enable a protected execution environment and main memory
protection.
Possible values are:
|
Trusted Platform Module
|
Enables or Disables the Trusted
Platform Module (TPM).
Possible values are:
|
Trusted Platform Module Activation
|
This property is used to activate
the TPM if it is deactivated, unowned and a BIOS Admin password is
set and has been verified; otherwise this property reports the status
of the TPM Activation BIOS option.
Possible values
are:
|
TPM PPI ACPI Support
|
Enables or disables the TPM ACPI
physical presence commands.
Possible values are:
|
TPM PPI Provision Override
|
Enables or disables the physical
presence for the ACPI TPM PPI provision operations.
Possible values are:
|
TPM PPI Deprovision Override
|
Enables or disables the physical
presence for the ACPI TPM PPI deprovision operations.
Possible values are:
|
UART Power Down
|
Allow the operating system to power
down or Prohibit OS from powering down UART.
Possible
values are:
|
UEFI Network Stack
|
Possible values are:
- Enable — UEFI networking protocols are available
permitting preOS image of the network, including PXE.
- Disable — UEFI networking protocols are not available
in the preOS environment and network boot by PXE is disabled. This
setting will improve boot times.
|
Unobtrusive Mode
|
Enables or disables the <Fn><B>
key combination, which controls the light emissions from the system.
Possible values are:
- Disable — Disables the <fn><B> key combination
- Enable — Enables the <fn><B> key combination
|
USB
|
Enables, Disables, or sets the
system's USB port to No Boot (if supported).
Possible
values are:
|
USB Emulation
|
Enables or Disables USB keyboard
and mouse support for Operating systems that do not natively support
USB keyboards and mice.
Possible values are:
|
USB Flash Drive Emulation
|
Possible values
are:
|
USB Port 0
|
Enables or Disables USB Port 00.
Possible values are:
|
USB Port 1
|
Enables or Disables USB Port 01.
Possible values are:
|
USB Port 2
|
Enables or Disables USB Port 02.
Possible values are:
|
USB Port 3
|
Enables or Disables USB Port 03.
Possible values are:
|
USB Port 4
|
Enables or Disables USB Port 04.
Possible values are:
|
USB Port 5
|
Enables or Disables USB Port 05.
Possible values are:
|
USB Port 6
|
Enables or Disables USB Port 06.
Possible values are:
|
USB Port 7
|
Enables or Disables USB Port 07.
Possible values are:
|
USB Port 8
|
Enables or Disables USB Port 08.
Possible values are:
|
USB Port 9
|
Enables or Disables USB Port 09.
Possible values are:
|
USB Port 10
|
Enables or Disables USB Port 10.
Possible values are:
|
USB Port 11
|
Enables or Disables USB Port 11.
Possible values are:
|
USB Port 12
|
Enables or Disables USB Port 12.
Possible values are:
|
USB Port 13
|
Enables or Disables USB Port 13.
Possible values are:
|
USB Port 14
|
Enables or Disables USB Port 14.
Possible values are:
|
USB Port 15
|
Enables or Disables USB Port 15.
Possible values are:
|
USB Port 20
|
Enables or Disables USB Port 20.
Possible values are:
|
USB Port 21
|
Enables or Disables USB Port 21.
Possible values are:
|
USB Port 22
|
Enables or Disables USB Port 22.
Possible values are:
|
USB Port 23
|
Enables or Disables USB Port 23.
Possible values are:
|
USB 3.0
|
Enable or Disable USB 3.0
Possible values are:
|
USB PowerShare
|
Enable/Disable the USB PowerShare
feature.
Possible values are:
|
User Accessible USB Ports
|
Enables or Disables user accessible
USB ports.
Possible values are:
|
USB Wake Support
|
Enables or Disables USB Wake setting.
Possible values are:
|
Video Expansion
|
Enables or Disables Video Expansion.
Possible values are:
|
Video Memory Size
|
Enables or Disables Video Expansion.
Possible values are:
- Off
- Auto
- 1MB
- 8MB
- 16MB
- 32MB
- 64MB
- 128MB
- 256MB
- 512MB
- 1GB
|
VT for Direct IO
|
Intel Virtualization Technology
for Direct I/O (VT-d) – new chipset feature that enhances I/O support
(DMA) when running a Virtual Machine Monitor.
Possible values are:
|
Wake On LAN
|
Defines the wake-on-LAN feature.
This property defines whether Wakeup On LAN is disabled, enabled for
on-board NIC only or enabled for add-in NIC only. If Enabled with
boot to NIC option is selected, the system boots from the NIC boot-ROM
upon a remote wakeup.
Possible values are:
- Disable
- Enable_AIC
- Enable_OnBoard
- Enable All
- LAN or WLAN
- WLAN only
- LAN with PXE boot
|
Wake-On-LAN Boot Override
|
If enabled then when the system
powers on due to a Wake-on-LAN event, the NIC boot-ROM is automatically
given the highest boot priority, pre-pending the PXE boot-ROM to the
system’s current boot sequence. If the system powers on due to some
other event, this selection does not influence the boot sequence.
If disabled then the boot override feature is disabled and the system
boot sequence is in effect for all types of system power on.
Possible values are:
|
Watchdog Timer
|
The system will/will not reboot/reset
if the watchdog timer expires
Possible values
are:
|
Wake-On-LAN Boot Override
|
If enabled then when the system
powers on due to a Wake-on-LAN event, the NIC boot-ROM is automatically
given the highest boot priority, pre-pending the PXE boot-ROM to the
system’s current boot sequence. If the system powers on due to some
other event, this selection does not influence the boot sequence.
If disabled then the boot override feature is disabled and the system
boot sequence is in effect for all types of system power on.
Possible values are:
|
Watchdog Timer
|
The system will/will not reboot/reset
if the watchdog timer expires
Possible values are:
|
Wireless Adapter
|
Enable/Disable Wireless Adapter.
Possible values are:
|
Wireless Device
|
If disabled then wireless devices
are always disabled.
If set to APP then wireless
devices can be controlled by an application such as QuickSet
If set to Hotkey then wireless devices can be controlled
by an application such as QuickSet
Possible values
are:
|
WiFi Catcher Changes
|
Permits or Denies WiFi Catcher
changes. If the administrator password is not set, this setting will
have no effect.
Possible values are:
|
WiFi Locator
|
Enables or Disables the WiFi Locator.
Possible values are:
|
Wireless LAN
|
Enables or Disables the wireless
LAN module.
Possible values are:
|
Wireless Radio Control Switch
|
Enables or disables the Wireless
Gigabit (WiGig) radio control switch on the dock.
Possible values are:
|
Wireless Switch Bluetooth Control
|
Enables or Disables wireless switch
Bluetooth control.
Possible values are:
|
Wireless Switch Cellular Control
|
Enables or Disables wireless switch
cellular control. This switch has no effect on the state of the cellular
radio for systems with a physical wireless on/off switch.
Possible values are:
|
Wireless Switch Change
|
Permits or Denies Wireless Switch
changes. If the administrator password is not set, this setting will
have no effect.
Possible values are:
|
Wireless Switch Wireless LAN Control
|
Enables or Disables wireless switch
wireless LAN control. This switch has no effect on the state of the
wireless LAN radio for systems with a physical wireless on/off switch.
Possible values are:
|
Wireless Switch WLAN-WIGIG Control
|
Enables or disables the effect
of physical wireless switch on wireless LAN and WiGig radio.
Possible values are:
- Disable — The wireless physical switch does not effect
the wireless LAN and WiGig radios.
- Enable — If the wireless physical switch is on, turns
the wireless LAN on and WiGig radio on. If the wireless switch is
off, turns the wireless LAN on and WiGig radio off.
|
Wireless UWB
|
Enable/Disable UWB card.
Possible values are:
|
WxAN Radio
|
Possible values are:
- If set to
Disable then it disables both WLAN
and WWAN;
- If set to
WLAN ON then it toggles between
WLAN radio on and WWAN radio off;
- If set to
WWAN ON then it toggles between WWAN
radio on and WLAN radio off.
|
Wireless Switch GPS On WWAN Radio
|
Enables or disables the effect
of physical wireless switch on the GPS radio of the wireless WAN card.
Possible values are:
- Disable — If disabled, wireless switch does not have
any effect on the state of the GPS radio of the wireless WAN card.
- Enable — If enabled, wireless switch turns the GPS
radio of the wireless WAN card on or off.
|
WWAN Connection Auto Sense
|
When the WWAN is enabled, this
token enables the feature that automatically turns off the WWAN when
it is connected to the network.
Possible values
are:
|