Page 1
G
e
n
e
e
W
o
r
l
d
TM
®
9100
User manual
Page 2
Page 3
1
PRECAUTIONS
Please follow these precautions:
To prevent fire or shock hazard, do not expose the unit to rain or moisture.
To prevent electrical shock, do not open the cabinet. Refer to qualified
personnel for service only.
Do not use the unit continuously for more than 24 hours with camera auto
focus on. It may cause damage to the camera lens.
Be careful not to spill water or other liquids onto the unit, or allow combustible
or metallic objects to get inside the cabinet.
Unplug the visualiser from the wall outlet when it is not in use for
an extended period of time.
Clean cabinet with a soft cloth lightly moistened with a mild detergent.
Clean lens carefully with an air spray or soft dry cloth to avoid scratching.
When lamps flash or become dark, they should be replaced with new ones.
Avoid interchanging arm lights and back light frequently.
Remove the camera lens cap before power the unit on.
Page 4
2
CONTENTS:
PARTS IDENTIFICATION ............................................................................... 3
CONTROL PANEL .......................................................................................... 3
BUTTON INSTRUCTION................................................................................ 4
REMOTE CONTROL ...................................................................................... 5
CONNECTIONS ............................................................................................. 6
BASIC PREPARATIONS................................................................................. 6
PAL/NTSC VIDEO OUTPUTS .......................................................................11
WORKING ON THE STAGE ..........................................................................11
WORKING OUTSIDE THE STAGE................................................................11
LIGHT ............................................................................................................11
ADJUSTING IMAGE SIZE ............................................................................ 12
WORKING WITH NEGATIVES ..................................................................... 12
FOCUSING ................................................................................................... 12
FREEZING IMAGE ....................................................................................... 13
BRIGHTNESS ADJUSTMENT...................................................................... 13
WHITE BALANCE ADJUSTMENT................................................................ 13
AUTO ADJUSTMENT ................................................................................... 13
TEXT/IMAGE MODE..................................................................................... 13
COLOR AND B&W MODE SWITCH............................................................. 13
VIDEO INPUTS............................................................................................. 14
RGB INPUTS ................................................................................................ 14
PROJECTOR ON/STANDBY........................................................................ 14
PROJECTOR INPUTS SELECTION............................................................. 14
IMAGE ROTATION ....................................................................................... 14
IMAGE REVERSION .................................................................................... 14
INFRARED REMOTE CONTROL................................................................. 15
4 X 4 MULTIPLE SCREEN DISPLAY............................................................ 15
INSTALLING VISUALISER SOFTWARE ...................................................... 15
USB PORT.................................................................................................... 16
USB IMAGE CAPTURE................................................................................ 17
CONTROLLING VISUALISER BY COMPUTER........................................... 18
Page 5
3
CONTROLLING PROJECTOR BY VISUALISER ......................................... 18
FOLDING THE UNIT..................................................................................... 21
SPECIFICATIONS ........................................................................................ 23
PARTS IDENTIFICATION
Arm lights
Camera
Camera stand
Back light
Remote control slot
Operation panel
Stage
Connectors
Connectors
Button instruction
CONTROL PANEL
Rot (Rotate the image)
Frz (Freeze the image)
Neg (Display film negatives)
Txt (Switch between image/text mode)
Save (Save captured images)
B+/B- (Increase or decrease the brightness)
DIV (Multiple Screen Display, the stored images will be displayed in a 4
Page 6
4
x 4 matrix)
Ppw (Control the projector On/Standby)
Pin (Projector input signal selection)
/ (Move the image up/down)
POWER (Control the visualiser On/Off)
CCD/PC1/PC2 (CCD/RGB input signal selection)
S-VIDEO/VIDEO (S-Video/ Video input signal selection)
LAMP (Control the arm lights and back light)
AUTO (To auto adjust brightness, auto white balance and auto focus)
+
T/
W
(Zoom in and out)
BUTTON INSTRUCTION
Button Instruction
Fold/Setup InstructionIndicator Instruction
Display Video Signal
CCD/PC1/PC2
Auto Adjust Color
Brightness and Focus
Light Control
(Side Lights/Back Light/Lights Off)
POW ER
Press and Hold Two Seconds
to Power Off Visualizer
Save
456
B+ B
ConfirmMov e the cur sor left
Image /Text mode
Increase brightness
Image save
Div ide r ecall
Rot
Frz
Neg
Txt
D iv
12
3
7
89
Ppw
Pin
Move the image up
Fr ee ze
Rotate
Projector input selectP roj ect or powe r on /st an dy
Move the image down
Decrease brightness
Negative/Positive
Move the cursor up
Delete the i mage
Mo ve t he cur so r ri ght
Exit
Move the cursor down
Notes:I mage recall func tion
Page 7
5
REMOTE CONTROL
Remarks: the following button s are not available: SCREEN
/ , XGA,
RUN, NUBERICAL KEY.
POWER (Control the visualiser On/Off)
ROTATE (Rotate the image)
FREEZE (Freeze the image)
LAMP (Control the arm lights and back light)
SAVE (Save captured images)
NEGA (Display film negatives)
MIRROR
(V-Reverse the image)
XGA (Switch between XGA (1024 x 768) and SXGA (1280 x 1024) mode)
SET (Set far or near shoot mode)
DIV. (Multiple Screen Display)
TEXT (Switch between image/text mode)
B&W (Switch between Color mode and Black & White mode)
2DIV. (Image split function)
PROJECTOR POWER (Control the projector On/Standby)
PROJECTOR INPUT (Projector input signal selection)
EXIT (Exit selected function)
Page 8
6
TELE/WIDE (Increase and decrease magnification)
FAR/NEAR (Focus near or far)
AUTO (To auto adjust brightness, auto white balance and auto focus)
PC INPUT (CCD/RGB input signal selection)
AV INPUT (VIDEO input signal selection)
VOLUME+/- (Increase or decrease the volume)
BRIGHT+/- (Increase or decrease the brightness)
SCROLL
/ (Move the image up/down)
CONNECTIONS
#1 AUDIO OUT #2 VIDEO OUT #3 S-VIDEO OUT
#4 VIDEO AUDIO IN #5 VIDEO IN #6 S-VIDEO AUDIO IN
#7 S-VIDEO IN #8 PC AUDIO IN
#9 PROJECTOR Connector #10 COMPUTER OUT
#11 COMPUTER IN #12 POWER OUT/IN
#13 PROJECTOR RS232 Connector #14 MIC IN
#15 USB Connector #16 RGB IN
#17 RGB AUDIO IN #18 COMPUTER RS-232 Connector
BASIC PREPARATIONS
USB
PROJECTOR
MIC
VIDEO
OUT
AUDIO
AUDIO
OUT
S-VIDEO
IN
VIDEO
RGB IN AUDIO IN
RS232
Side Panel
8
PROJECTOR
OUT -COMPUTER- IN OUT-12V- IN
AUDIO IN
S-VIDEO
7
AUDIO
IN
18
Page 9
7
1. Place one hand firmly on the base of the visualiser, while carefully
lifting up the camera stand using the other hand.
2. Open the arm lights and rotate the camera head until they are properly
positioned.
Arm lights
3. Making connections:
Before making any connections, turn off all the power. Please ensure that
the visualiser along with all other equipments to be connected are turned
off.
Step 1: Connect power source.
First connect the power cord to the 12V IN connector.
Step 2: Connect to the projector.
Page 10
8
Connect the PROJECTOR port to the projector’s RGB IN port using the
RGB cable. You can also control a projector using the controls on the
visualiser by connecting the projector to the visualiser using a 6-pin to 9-pin
RS232 cable. Some projector models may require a converter cable in
addition to this standard RS232 cable to connect to the projector control
port, for the pin locations and shape of some projectors’ control port
connector may be different from the connector of a standard RS232 cable.
Once the visualiser is connected to the projector, you can control the
projector’s power on, standby and input selection by using the visualiser.
(Aside from Hitachi projectors, the Code Writing program that comes with
the visualiser is required to access this function.)
Step 3: Connect to a desktop computer.
Projector
RGBInput
Screen
RS232Cable
Side Panel
MIC
PROJECTOR
USB
RGB IN AUDIO IN
RS232
PROJECTOR
Rear Panel
S-VIDEO
OUT
AUDIO VIDEO
OUT
AUDIO
AUDIO VIDEO
IN
S-VIDEO
IN
AUDIO IN
OUT -COMPUTER- IN
OUT-12V- IN
Page 11
9
Note: You can connect a laptop computer to the RGB IN port of side panel
using a RGB cable.
Step 4: Connect to the first video equipment with S-Video input.
In the step 2, the connection between the S-video and C-Video output
signals to the projector was established, where the RGB cable runs from
the visualiser and goes to the projector. Once the connections have been
made as detailed in the steps 2, 3, 4, input signals from the computerǃ
visualiser CCD, C-Video and S-Video are going to the RGB1 input on the
projector and will be displayed on the projector screen as RGB1. These
signals can be seen in turn when pressing “CCD/PC1/PC2” and
“S-VIDEO/VIDEO” on the control panel of the visualiser.
AUDIO
IN
S-VIDEO
OUTOUT
VIDEO
AUDIO
VIDEO
Video equipment
S-Video out
Audio out
Audio input
(or amplifier/speaker equipment)
Projector
S-Video Cable
S-VIDEO
AUDIO
IN
PROJECTOR
Rear Panel
AUDIO IN
OUT-12V- IN
OUT -COMPUTER- IN
RS232
Cable
MIC
PROJECTOR
Computer
USB
RGB IN AUDIO IN
RS232
Side Panel
RGB Output
To the
Monitor
USB Connector
AUDIO IN
OUT
AUDIO VIDEO
OUT
VIDEO AUDIO S-VIDEO
IN
S-VIDEO
AUDIO
IN
PROJECTOR OUT -CO MPUTER- IN OUT-12V- IN
Rear Panel
Page 12
10
Step 5: Connect to the second video equipment with video input.
Step 6: Connections for external control from the computer.
Use the computer RS232 cable (9-pin to 9-pin) to make the
connections displayed below to control the visualiser from an external
computer.
A USB connection enables the computer to capture still images and/or
video streams from the visualiser. Special software is required for this
operation.
4. Turn on the power by pressing the “POWER” button.
RS 232 connector
USB connector
of the computer
of the computer
USB cable
RS-232 cable
Side Panel
USB
PROJECTOR
MIC
RGB IN AU DIO IN
RS232
Video in
Projector Color monitor
S-VIDEO
AUDIO
OUTOUT
AUDIO
VIDEO
S-VIDEO
VIDEO
IN IN
AUDIO
Rear Panel
AUDIO IN
PROJECTOR
OUT -COMPUTER- IN
OUT-12V- IN
Video equipment
Audio out
Video Cable
Video out
Page 13
11
PAL/NTSC VIDEO OUTPUTS
The S-Video and composite video outputs are set to PAL (NTSC) during
manufacturing.
WORKING ON THE STAGE
1. Place your material on the platform.
2. Select the enlargement required using the “
+
T” and “
W
” buttons.
3. Adjust the focus using the “Near” and “Far” buttons or “AUTO” button.
WORKING OUTSIDE THE STAGE
To show a 3-dimensional object using the visualiser, place the object on the
working surface and adjust the “
+
T” or “
W
” and “AUTO” keys. If the
object is too large for the stage or if you would like to show it from one of its
side, or a different angel, just place the object behind or in front of the unit
and manually tilt the camera head (remove the close-up lens prior to titling
the camera head).
LIGHT
The arm lights are powered on when the power is turned on. Each time you
press the “LAMP” buttons, the lighting changes occur as demonstrated.
Rotate 330 degrees
vertically
Page 14
12
The arm lights turn on
The back light turns on
All the lights turn off
ADJUSTING IMAGE SIZE
To reduce or enlarge the image size displayed on the screen, press the
“
+
T” (Zoom in) or “
W
” (Zoom out) button.
WORKING WITH NEGATIVES
The visualiser is automatically set to display normal materials on the
screen when the power is on. To display negatives, turn on the backlight by
pressing the “LAMP” key, and then press the “Neg” button to display the
film negatives. Press the “Neg” button again to display normal materials in
the color mode.
FOCUSING
When the visualiser is turned on the focus automatically adjusts to the
stage, Only 3D objects require a focus adjustment.
Page 15
13
Press the “AUTO” button to auto focus.
Press the “FAR” or “NEAR” button to focus manually.
FREEZING IMAGE
To show a still image on the screen, when the output signal is RGB, press
the “Frz” button. The frozen image cannot be adjusted (Zoom in/out, color
adjustment, etc.).
BRIGHTNESS ADJUSTMENT
If the image effect is not satisfactory, you can adjust the brightness to get a
better image effect. Use the “BRIGHT +” or “BRIGHT -” button to adjust the
brightness. To increase the brightness, press the “BRIGHT +” button. To
decrease it, press the “BRIGHT -” button. To return to the initial brightness
press the “AUTO” button.
WHITE BALANCE ADJUSTMENT
Each time the lighting condition changes, the user should adjust the white
balance of the CCD.
Press the “AUTO” button to adjust the white balance automatically.
AUTO ADJUSTMENT
One of the visualiser’s special functions is auto adjustment. Press the
“AUTO” button to auto adjust the brightness, the white balance and the
focus.
TEXT/IMAGE MODE
Press the “Text” button to switch between image/text modes. To display a
text file, switch to the text mode to get a clearer text effect.
COLOR AND B&W MODE SWITCH
Press “B&W” once to enter the Black & White mode; press again to return
to the Color mode. (On the remote control)
Page 16
14
VIDEO INPUTS
Press the “S-VIDEO/VIDEO” button to switch between S-Video and
composite video signals.
RGB INPUTS
Use the “CCD/PC1/PC2” button to switch between CCD and different RGB
signals. Each time the “CCD/PC1/PC2” button is pressed, it provides
seamless transitions among different sources such as Camera (CCD),
COMPUTER (IN), and RGB (IN).
Notes: RGB OUT always outputs RGB IN signals.
PROJECTOR ON/STANDBY
Press the “POWER” button to turn on the visualiser’s power and press the
“Ppw” button to turn the projector power on. To place the projector on
standby after the use, press the “Ppw” button and hold for more than 2
seconds. (Using the remote control, press the “PROJECTOR POWER”
button)
PROJECTOR INPUTS SELECTION
When the projector is connected to several input sources, use the “Pin”
button to switch between projector signal inputs. (Using the remote control,
press the “PROJECTOR INPUT” button)
IMAGE ROTATION
In order to rotate the image, press the “Rot” button once, the displayed
image will be rotated ±180 degrees clockwise. Continue to press the
“Rot” button to restore the image to its initial position.
IMAGE REVERSION
To display a vertically mirrored image, press the “MIRROR” button. Press
the “MIRROR” button again to exit.
Page 17
15
INFRARED REMOTE CONTROL
The visualiser’s remote control can control the camera from different
angels. On the left side of the visualiser stage, there is a built-in remote
control storage compartment where you can store the remote control when
it is not in use.
Please note that an infrared remote control can only be used up to a
certain distance to the unit. Objects situated between the visualiser and the
infrared remote control and a weak battery may interfere with the reception.
4 X 4 MULTIPLE SCREEN DISPLAY
Press “DIV.”, the stored images can be displayed in a 4 x 4 matrix. Press
“DIV.”, the stored first sixteen images can be displayed in a 4 x 4 matrix.
Use
, , , button to Select the image that you want to
display, then click
button to display the selected image, press
button to delete the selected image. Under this operation, the “Frz”, “Neg”,
“Far” and “Near” button do not function. Press
to exit the 4 x 4 image
display mode.
On the remote control, the “DIV. ”,“
”, “ ”, “ ”, “ ”, “ ” and “TEXT”
button can do the operation. Press “EXIT” to exit the 4 x 4 image display
mode.
INSTALLING VISUALISER SOFTWARE
This function is to snap and display images with the USB interface, which
includes displaying static and dynamic pictures, snapping dynamic images and
playback the dynamic images with the Windows Media Player or its own
player.
A. Insert the CD-ROM that comes with the visualiser into the CD-ROM drive.
If Autorun is enabled on your system, then the Software Setup window will
be displayed automatically as below.
Page 18
16
If it does not start automatically, after inserting the CD-ROM, Click [Start]
-> [My Computer], and double click
(the CD-ROM drive letter might
be different in different computer systems), and then the above screen will
appear immediately.
B. Click the Install Capture Program button to install the program that
captures images in the AVI or
JPG format.
C.
Click the Install Code-Writing Program button to install Code-Writing
Program.
D. After the installation is finished, then click the Exit button to exit the
Software Setup window.
E. Shut down your computer when prompted in order for the changes to take
effect.
F. Use the USB2.0 cable provided to connect your computer to the visualiser
before your computer is restarted.
USB PORT
The USB port can be used to store still images from the visualiser in a
computer. Connect the visualiser to your computer with the supplied USB
cable. The visualiser software is available on the supplied CD-ROM.
* Please pay attention to the following:
1. Computer hardware requirement: CPU: 2.4GHz, RAM: 256M or above,
Graphic card 64M, USB 2.0 port, Hard disk 40G or more, Monitor
display resolution higher than XGA (1024*768).
2. Operating system: Windows XP SP2 (Service Pack 2).
3. Must use a high-speed USB 2.0 cable provided
4. When connecting the visualiser to a desktop computer with the
high-speed USB 2.0 cable provided, we recommend using the USB
port located on the rear of the mainframe. The USB port on the front
of the computer might have interference.
Page 19
17
USB IMAGE CAPTURE
You can capture and control images on the visualiser from a computer
connected with a USB connector.
Click [Start] -> [Program] -> [VideoCap] -> “VideoCapx.xx”
(x.xx is software’s
version)
to open the software.
A. Static Images Snap
Click “Capture”—>“Capture Frame”, input the file name in dialog box, or
you can click
icon on the toolbar, then input file name in dialog window.
The image file is JPG format.
B. Snap Video Stream
Click “Capture”—> “Start Capture”, input the file name in dialog box, or
click
icon on the toolbar, then input the file name in dialog box. If you
want to set the time limit for the capture, select “Capture” ->“Set Time
Limit“ to set the time limit. Click “Start Capture” to start capture, and click
“Stop Capture” or
icon on the toolbar to stop capture. (If you have set
the time limit, it will stop automatically when the time is up.) The video file is
AVI format.
C. Set the Frame Rate
Click [Capture] -> [Set Frame Rate], and click open “Choose Frame Rate”
to set the frame rate.
D. Set Time Limit
Click [Capture] -> [Set Time Limit] to set the time limit while capturing
video.
E. Note:
Do not connect / disconnect the USB cable when the application is running,
which will cause the program to be interrupted.
Page 20
18
CONTROLLING VISUALISER BY COMPUTER
You can control the visualiser from a computer connected with a RS232
connector.
A. Connect the computer and the visualiser using the RS232 cable.
B. Double click X:\ 232 Control\Control Panel (you can open this file from
the CD and double click it, or copy this file to any directory on your
computer’s hard drive and double click to launch it).
CONTROLLING PROJECTOR BY VISUALISER
The code writing software is used to inputting projector’s control code, then
can control various projector with the visualiser.
1. Connect the visualiser to the projector with the RGBǃVIDEOǃS-VIDEO
cables.
2. Connect the RS232 cable to the computer’s connector. The visualiser’s
RS232 port is located on its right side.
3. After completion of the connection, turn on the visualiserˈclick [start] ->
[All Programs] -> Visualiser ->
and the following
dialog box appears as below:
Page 21
19
When the indicator of “Current RS-232 Connection Status” is green, that
means the connection between the visualiser and the computer’s RS232
connector is good. If the indicator is red, please check if the RS232 cable is
connected correctly. When all the cables are connected correctly, please
click “Projector” to select your projector model under the drop-down list,
then click “Send”. If you can not find your particular projector model in the
“Projector”, please do the following:
1)ˊSelect “Baud rate” and “parity” and input the projector control code.
(The baud rate, parity and control code is supplied by projector’s
manufacturer, please refer to the projector’ manual)
The input format of projector’s control code is as follows:
a. If the data is in the numerical value format, please input data directly,
block them off with comma, do not distinguish lowercase and uppercase.
For example: the “POWER ON” code in Hitachi projector manual is :
BE EF 03 06 00 BA D2 01 00 00 60 01 00
In the POWRE ON box,Input : be, ef, 03, 06, 00, ba, d2, 01, 00, 00, 60, 01,
00. Then use the same input rule to input other code.
b. If the data is in the character string format, input ‘character string’.
For example: the “POWER ON” code in the SHARP C40/50 projector
manual is :
P O W E - - - 1
˄ “-“ is spaceˈ is enter.˅
Page 22
20
In the POWER ON box, input ’POWR 1’, 0d, 0a
(Remarks: There are 3 spaces after POWER, 0d, 0a is enter.)
Input other codes in the same way.
c. If the data is in the numerical value and character format, then
synthesize the above-mentioned formats.
3)ˊOnce done, click “Add” to add your projector model, then Click “Send”.
Afterward, click “Ok”. Now, you can use the visualiser to control your
projector.
4. Connect the visualiser’s projector control port to the RS232 port with a
RS232 cable˄Please disconnect the computer from the RS232 port first˅.
Then use buttons on the operation panel to control the projector.
The visualiser provides a 6-pin to 9-pin RS232 cable. If this cable does not
match to your projector’s RS232 port, an additional RS232 cable is needed.
This additional RS232 cable can be made based on the pin location of the
projector’s RS232 control port. The pin locations of the visualiser are: the
pin 1 is RXD (Received Data); the pin 5 is TXD (Transmitted Data); the pin
4 is GND (Ground). Other pins are not defined. The pin location information
of the projector is provided by the projector’s manufacturer. The projector’s
RS232 control port normally has RXD pin, TXD
pin and GND pin, the name may be different. The
parallelism of each data pin is shown as follows:
Visualiser’s RXD pin------------Projector’s TXD pin
Visualiser’s TXD pin------------Projector’s RXD pin
Visualiser’s GND pin------------Projector’s GND pin
5. If you can not use buttons on the operation panel to control the projector,
please use Code-Writing software’s projector control code testing function
to check if the control code is correct.
Click “Projector” button, the following dialog box appears as below:
6
5
4
3
2
1
Page 23
21
Connect the visualiser to a computer with a RS232 cable (Please
disconnect the projector from the RS232 port first) and select the Baud
Rate and Parity based on the projector’s Baud Rate, then click the “TEST”
button to pop up the Projector Code Test dialog box, input the Baud Rate
and Parity based on the projector’s Baud rate, then click “Open”.
Click the projector control buttons on the visualiser’s operating panel to
check if the control code that the program received is the same as the
sending code. If the receiving code is same to the sending code, the input
codes are correct. If the visualiser can not control the projector, please do
the following.
1. Check to see if the source control codes of projector are correct.
2. Check to make sure the connection between the visualiser and the
projector is correct.
FOLDING THE UNIT
1. Fold the right arm light down first onto the base, then the left arm down.
Page 24
22
Rotate the camera head clockwise until the camera head is parallel to the
camera stand.
2. Carefully fold the camera stand down to the front panel.
Cautions:
a. Do not lay the unit down flat.
b. Do not try to stand it on its rear or sides.
c. Do not try to pick up this unit by pulling the camera stand.
Page 25
23
SPECIFICATIONS
Resolution SXGA (1280 x 1024),XGA (1024 x 768)
Total Pixels 2,000,000
Lens
12 x optical zoom, 8 x electrical zoom
Camera Rotation Vertically 330e
Focus Auto/manual selectable
White balance Auto
Negative/positive conversion Yes
Black/white and color selection Yes
Image Freeze Yes
Image Save & Recall 16 frames save, 4 x 4 multiple screen
display
Arm light: 1.5W LED lamps x 2
Lights
Back light: 4W LED lamps
C Video IN (RCA) (1)
S Video IN (4-pin DIN) (1)
Audio IN (Mini Jack) (2)
MIC IN (phone jack)(1)
PC Audio (2)
Input connectors
RGB DB15FLC (2)
RGB DB15FLC (2) Output connectors
C Video OUT (RCA) (1)
NOT THIS WAY
Page 26
24
S Video OUT (4-pin DIN) (1)
Audio OUT (Mini Jack) (1)
Operating system Windows XP SP2 (Service pack 2)
Hardware Requirement CPU higher than P2.4GHz
Memory higher than 256 MB
USB connector 15 frames/sec
RS-232 connector D-Sub, 9-pin, male / 6-pin PS/2
USB port USB 2.0
Power requirements 12V/4A external AC adapter
Folded: 510 x 410 x 120mm
Setup: 510 x 530 x 570mm
Dimension (W x D x H)
Packing: 650 x 540 x 230mm
Weight
N.W: 5.5Kg (12.1lbs)
G.W: 9.5Kg (20.9 lbs)
Accessories
AC power cord
RGB cable
Audio/Video cable
S-Video cable
Computer RS232 cable (9-pin to 9-pin)
Projector RS232 cable (6-pin to 9-pin)
USB cable
Audio convert cable
AC adapter
User’s manual
Software CD
Infrared remote control
Warranty card
* Design and specifications are subject to change without prior notice.
Page 27
Page 28
G
e
n
e
e
W
o
r
l
d
TM
Email: technical@geneeworld.com • Website: www.geneeworld.com
For technical assistance please call or email
Tel: +44 (0)870 386 1900 • Fax: +44 (0)870 405 0188
Post: PO Box 3256, Wolverhampton, WV3 0LA
Loading...