Brake System Warning
Light................................3-38
Antilock Brake System
(ABS) Warning Light.......3-39
StabiliTrak®Indicator
Light................................3-39
Engine Coolant
Temperature
Warning Light
..................3-40
Engine Coolant
Temperature Gage..........3-40
Tire Pressure Light...........3-41
Malfunction
Indicator Lamp................3-41
Oil Pressure Light.............3-44
Security Light....................3-44
Fog Lamp Light................3-44
Cruise Control Light..........3-44
Highbeam On Light...........3-45
Tow/Haul Mode Light........3-45
Fuel Gage........................3-45
Driver Information
Center (DIC)
Driver Information
Center (DIC)...................3-46
DIC Operation
and Displays
(With DIC Buttons)
..........3-46
DIC Operation
and Displays
(Without DIC Buttons)
.....3-51
DIC Compass...................3-54
DIC Warnings and
Messages........................3-56
DIC Vehicle
Customization
(With DIC Buttons)
..........3-64
Audio System(s)
Audio System(s)................3-72
Setting the Clock..............3-73
Radio(s)............................3-74
Using an MP3
(Radio with CD)..............3-89
Using an MP3
(Radio with CD and
DVD Player)
....................3-93
XM Radio Messages.........3-98
Navigation/Radio System. . .3-99
Bluetooth®........................3-99
Rear Seat Entertainment
(RSE) System................3-109
Rear Seat Audio (RSA). . .3-118
Rear Audio
Controller (RAC)............3-120
Theft-Deterrent Feature. . .3-120
Audio Steering Wheel
Controls.........................3-121
Radio Reception..............3-121
Multi-Band Antenna.........3-122
3-2 Instrument Panel
AM
The range for most AM stations is
greater than for FM, especially
at night. The longer range can cause
station frequencies to interfere
with each other. For better radio
reception, most AM radio stations
boost the power levels during
the day, and then reduce these
levels during the night. Static
can also occur when things like
storms and power lines interfere with
radio reception. When this happens,
try reducing the treble on the radio.
FM Stereo
FM signals only reach about
10 to 40 miles (16 to 65 km).
Although the radio has a built-in
electronic circuit that automatically
works to reduce interference,
some static can occur, especially
around tall buildings or hills, causing
the sound to fade in and out.
XM Satellite Radio Service
XM Satellite Radio Service gives
digital radio reception from
coast-to-coast in the 48 contiguous
United States, and in Canada.
Just as with FM, tall buildings or hills
can interfere with satellite radio
signals, causing the sound to fade
in and out. In addition, traveling
or standing under heavy foliage,
bridges, garages, or tunnels may
cause loss of the XM signal for
a period of time.
Cellular Phone Usage
Cellular phone usage may cause
interference with the vehicle’s radio.
This interference may occur when
making or receiving phone calls,
charging the phone’s battery,
or simply having the phone on.
This interference causes an
increased level of static while
listening to the radio. If static is
received while listening to the radio,
unplug the cellular phone and
turn it off.
Multi-Band Antenna
The multi-band antenna is located
on the roof of the vehicle. This
type of antenna is used with
the AM/FM radio, as well as
OnStar
®and the XM™ Satellite
Radio Service System, if the vehicle
has these features. Keep this
antenna clear of snow and ice build
up for clear radio reception. If the
vehicle has a sunroof, the
performance of the radio system
may be affected if the sunroof
is open. Loading items onto the roof
of the vehicle can interfere with
the performance of the radio system
and, if the vehicle has this feature,
OnStar
®. Make sure the multi-band
antenna is not obstructed.
3-122 Instrument Panel
