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The specifications of BarcoView products are subject to change
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All trademarks and registered trademarks are of their respective
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FCC notice
This equipment has been tested and found to comply with the
limits of a class A digital device, pursuant to Part 15 of the FCC
rules. These limits are designed to provide reasonable protection
against harmful interference when the equipment is operated in
a commercial environment. This equipment generates, uses and
can radiate radio frequency energy and, if not installed and used
in accordance with the instruction manual, may cause harmful
2 MGP 15 Dicom Theater
interference to radio communications. Operation of this
equipment in a residential area is likely to cause harmful
interference in which case the user will be required to correct the
interference at his own expense.
Disposal Information
The lamps inside the display contain mercury. Do not throw the
display in the trash. Dispose of it as required by local ordinances
or regulations.
Windows 2000 display resolution............................................. 95
Setting the resolution of your Dicom Theater display.............. 95
Driver re-installation, updates or removal....................................... 97
Reinstalling or updating your BarcoMed 2MP2CP driver ......... 97
Uninstalling the BarcoMed 2MP2CP driver............................... 98
Uninstalling the BarcoMed 2MP2CP driver........................ 99
8
Introduction
9
Introduction
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10
About the system
Barco’s diagnostic display solutions are known for their image
quality, fidelity and consistency.
Building upon its wide expertise in medical imaging and highend projectors, Barco has expanded its LCD and CRT display
solutions with a DICOM-compliant projection system, DICOM
THEATER®. The world’s first large screen medical Imaging
system, DICOM THEATER® provides consistent image quality for
consulting, reviewing and training applications. The system
offers a turnkey solution, bundling high-bright medical grade
projector, flat panel display, dedicated BARCOMED® display
controller and MEDICAL® PRO QA management software. DICOM
THEATER® is available in single- and dualhead configurations.
DICOM THEATER® facilitates consulting and reviewing: this
ceiling-mount medical projection system combines ClearBase
and BlueBase modes, has a user-friendly remote control and
features versatile connectivity to add a multitude of both color
and grayscale application sources, including PACS, X-ray,
ultrasound, endoscopy, ... DICOM THEATER® features I-GUARD®,
Barco’s real-time optical calibration tool for consistent and
continuous DICOM compliant viewing, with no need for user
intervention.
Introduction
About the separate components
The BarcoMed 2MP2CP display controller generates the images
for the display and the projector. It is a dual-head board: It has
two video outputs, so it can send video signals to two different
display devices. Both video outputs can be defined to deliver the
same video signal or two separate video signals.
Both heads have separate Lookup Tables (LUTs), so that the
display curve or Preset can be defined and stabilized separately
for both display devices.
The MGP 15 projector is used for projecting the medical images
on a large screen. It has multiple inputs, so it can also be used to
11
Introduction
display other images, like presentations. Calibration and
stabilization is done by using the external optical sensor, which is
installed at the side of the large screen.
The LCD display is used as review display in the Dicom Theater
system. Calibration and stabilization of the display is done by
means of the I-Guard® optical sensor, incorporated in the bezel
of the display.
The MediCal Pro software is used for defining the Preset the
display devices must be conform to and calibrate them to make
them conform to the Preset.
The Dicom Theater software is a systray tool normally operating
in background. With the aid of the external optical sensor, this
piece of software ensures the stabilization of the projector. In
addition, you can use the Dicom Theater software to control
some of the projector’s functions.
Other relevant documentation
•MediCal Pro® Installation and User Manual: Describes in
detail how to install and use the MediCal Pro software.
•Owner’s manual for Medical Grade Projector MGP 15:
Describes in detail how to connect, use and control the MGP
15 projector.
•Installation Manual Ceiling Mount for MGP 15: Describes in
detail how to install the ceiling mount kit for the MGP 15
projector.
•Display User Manual
Important installation considerations
1.Make sure all equipment is switched off before installing.
2.In case you use a PCI extension box, please install the box
following the guidelines in its Installation or User's guide.
12
Minimum system requirements
•Windows 2000 (SP4) or Windows XP (SP1)
•Pentium IV microprocessor
•At least 1 free USB and COM port per projector
•A free PCI slot per installed BarcoMed board
Introduction
13
Introduction
DICOM Theater installation overview
To install the DICOM Theater system completely, you have to
follow these steps:
1.Install the BarcoMed display controller(s) in the PC. For more
information, please refer to the section about the “Display
controller installation”.
2.Install and connect the medical grade projector(s) and
display(s). For more information, please refer to the MGP 15
Owner’s Manual and the display User Manual.
3.Install the BarcoMed driver software. For more information,
please refer to the section about the “BarcoMed software
driver installation”.
4.Install the MediCal Pro and DICOM Theater software. For
more information, please refer to the section about the
“MediCal and Dicom Theater software installation and
usage”.
5.Start and use MediCal Pro. For more information, please refer
to the section about the “MediCal and Dicom Theater
software installation and usage” and to the MediCal Pro User
Manual.
6.Install the optical sensor(s).
How to control the medical grade projector
The projector can be controlled:
•Partly, by using the Dicom Theater software. For more
information, please refer to the section about the “MediCal
and Dicom Theater software installation and usage”.
•Completely, by using the projector’s on-screen display. This
can be done with the projector’s remote control unit. For
more information, please refer to the MGP 15 Owner’s
Manual.
14
Installation examples
This section illustrates the most common set-ups supported by
Dicom Theater.
a) Single-head with 1 display and 1 projector
USB
Introduction
USB
RS-232
VIDEO
RS-232
Video
Video
BARCO
VIDEO
RS-232
VIDEO
Figure 1
Proceed as follows:
1.Connect one PC video output to the projector BNC input by
means of the DVI-to-5 BNC cable (15 m / 50 ft).
2.Connect the other PC video output to the display DVI video
input by means of the DVI cable.
3.Connect a free PC COM port to the projector RS-232
connector by means of the D-Sub9-to-D-Sub9 cable (15 m /
50 ft).
15
Introduction
4.Connect the I-Guard optical sensor to a free PC USB
downstream connector. If the cable is not long enough, you
have to use a USB booster/extender.
Installation of the sensor is described more in detail in the
section “MediCal and Dicom Theater software installation
and usage”.
b) Single-head with two projectors
USB
USB
RS-232
VIDEO
RS-232
Video
USB
RS-232
Video
VIDEO
RS-232
VIDEO
RS-232
Figure 2
Proceed as follows:
1.Connect one PC video output to the first projector BNC input
by means of the DVI-to-5 BNC cable (15 m / 50 ft).
2.Connect the other video output to the second projector BNC
input by means of the DVI-to-5 BNC cable (15 m / 50 ft).
3.Connect a free PC COM port to the first projector RS-232
connector by means of a D-Sub9-to-D-Sub9 cable (15 m / 50
ft).
16
Introduction
4.Connect a free PC COM port to the second projector RS-232
connector by means of a D-Sub9-to-D-Sub9 cable (15 m / 50
ft).
5.Connect the first I-Guard optical sensor to a free PC USB
downstream connector. If the cable is not long enough, you
have to use a USB booster/extender.
6.Connect the second I-Guard optical sensor to a free PC USB
downstream connector. If the cable is not long enough, you
have to use a USB booster/extender.
Installation of the sensor is described more in detail in the
section “MediCal and Dicom Theater software installation
and usage”.
c) Single-head with one projector (picture-in-picture)
USB
RS-232
VIDEO
USB
RS-232
Video
Video
VIDEO
VIDEO
RS-232
Figure 3
Proceed as follows:
1.Connect one video output to the projector BNC input by
means of the DVI-to-5 BNC cable (15 m / 50 ft).
2.Connect the other video output to the projector D-Sub15
(VGA) input by means of the DVI-to-VGA cable (15 m / 50
ft).
17
Introduction
3.Connect a free PC COM port to the projector RS-232
connector by means of the D-Sub9-to-D-Sub9 cable (15 m /
50 ft).
4.Connect the I-Guard optical sensor to a free PC USB
downstream connector. If the cable is not long enough, you
have to use a USB booster/extender.
Installation of the sensor is described more in detail in the
section “MediCal and Dicom Theater software installation
and usage”.
18
d) Dual-head with two displays and two projectors
USB
Introduction
VIDEO1
USB
RS-232
Video1 Video2
Video3 Video4
RS-232
Video1
Video2
BARCO
USB
RS-232
Video3
Video4
RS-232
VIDEO2
VIDEO3
RS-232
Figure 4
VIDEO4
BARCO
19
Introduction
Proceed as follows:
1.Connect one video output of the first display controller to the
BNC input of the first projector by means of the DVI-to-5 BNC
cable (15 m / 50 ft) (Video 1 in the illustration above).
2.Connect the other PC video output of the first display
controller to the DVI video input of the first display by means
of the DVI cable (Video 2 in the illustration above).
3.Connect one video output of the second display controller to
the BNC input of the second projector by means of the DVIto-5 BNC cable (15 m / 50 ft) (Video 3 in the illustration
above).
4.Connect the other PC video output of the second display
controller to the DVI video input of the second display by
means of the DVI cable (Video 4 in the illustration above).
5.Connect a free PC COM port to the RS-232 connector of the
first projector by means of the D-Sub9-to-D-Sub9 cable (15
m / 50 ft).
6.Connect a free PC COM port to the RS-232 connector of the
second projector by means of the D-Sub9-to-D-Sub9 cable
(15 m / 50 ft).
7.Connect the first I-Guard optical sensor to a free PC USB
downstream connector.
8.Connect the second I-Guard optical sensor to a free PC USB
downstream connector. If the cable is not long enough, you
have to use a USB booster/extender.
Installation of the sensor is described more in detail in the
section “MediCal and Dicom Theater software installation
and usage”.
Important:
Do not connect the two display inputs nor the two projector
inputs to the same display controller. In other words, to each
20
Introduction
display controller, a display input and a projector input must be
connected.
e) Dual-head with two displays and one projector (picture-in-picture)
Video1
USB
RS-232
Video1 Video2
Video3 Video4
Proceed as follows:
Figure 5
BARCO
USB
Video2
RS-232
Video4
Video3
BARCO
VIDEO1
VIDEO2
VIDEO4
RS-232
VIDEO3
1.Connect one PC video output of the first display controller to
the DVI video input of the first display by means of the DVI
cable (Video 1 in the illustration above).
21
Introduction
2.Connect the other video output of the first display controller
to the BNC input of the projector by means of the DVI-to-5
BNC cable (15 m / 50 ft) (Video 2 in the illustration above).
3.Connect one PC video output of the second display controller
to the DVI video input of the second display by means of the
DVI cable (Video 3 in the illustration above).
4.Connect the other video output of the second display
controller to the Sub-D15 (VGA) input of the projector by
means of the DVI-to-VGA cable (15 m / 50 ft) (Video 4 in the
illustration above).
5.Connect a free PC COM port to the RS-232 connector of the
projector by means of the D-Sub9-to-D-Sub9 cable (15 m /
50 ft).
6.Connect the I-Guard optical sensor to a free PC USB
downstream connector. If the cable is not long enough, you
have to use a USB booster/extender.
Installation of the sensor is described more in detail in the
section “MediCal and Dicom Theater software installation
and usage”.
Important:
Do not connect the two display inputs nor the two projector
inputs to the same display controller. In other words, to each
display controller, a display input and a projector input must be
connected.
22
Display Controller Installation
23
Display Controller Installation
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24
BarcoMed 2MP2CP Overview
BarcoMed 2MP2CP Overview
The BarcoMed 2MP2CP Display Controller delivers a quality image
with 24-bit True Color for medical viewing applications.
Minimum system requirements
•Pentium 4, Athlon or compatible processor
•256MB of system memory (minimum)
for optimum performance consult your application provider
for their recommended minimum system memory
requirements
•32-bit PCI slot with no obstructions
•Windows
Windows
Features of the BarcoMed 2MP2CP display controller
•32-bit/33MHz Single Slot PCI card
•64MB Video Memory
®
2000 Service Pack 4 or
®
XP Service Pack 1
•Dual Head Configuration, each head is supported
independently
•Landscape or Portrait Mode
•High quality image with 24-bit true color
•8-bit grayscale rendering for viewing grayscale images on
Coronis Color Displays
•OpenGL support with hardware acceleration
•Direct3D support with hardware acceleration
•Geometry Processing
•Texture Processing
•Pixel Processing
•Hardware cursor
25
BarcoMed 2MP2CP Overview
•Display properties control panel interface to dynamically
change display settings
•Control panel supports the English (U.S.), Dutch, German,
Korean, Japanese, Simplified Chinese and Traditional Chinese
languages
•Displays VGA boot messages on Dicom Theater displays.
Supported resolutions
The following resolution is available on both heads prior to
installing the driver or when the operating system is booted in
VGA mode.
• 640x480 @ Default Refresh Rate, 16 colors
The following resolutions are available on each head of the
BarcoMed 2MP2CP display controller.
Native projector resolutions
• 1400x1050 @ 60Hz, 24-bit true color
• 1048x1400 @ 60Hz, 24-bit true color
Flat panel resolutions
Vesa modes available:
26
• 1600 x 1200 @ 60 Hz, 24-bit true color
• 1200 x 1600 @ 59 HZ, 24-bit true color
• 1280 x 1024 @ 60 Hz, 24-bit true color
• 1024 x 1280 @ 59 Hz, 24-bit true color
• 800x600, 24-bit true color
• 1024x768, 24-bit true color
• 1152x864, 24-bit true color
• 1280x960, 24-bit true color
• 1920x1080, 24-bit true color
• 1920x1200, 24-bit true color
BarcoMed 2MP2CP Overview
27
Display controller installation
Display controller installation
Caution: Wear a grounded, protective ESD strap during
installation or handling of the display controller. Electrostatic
charges can damage the display controller.
Prior to installing your BarcoMed 2MP2CP display controller(s) in
your PC please take a few minutes to familiarize yourself with
both the display controller(s) and the PCI slots in your computer.
Figure 6: The BarcoMed 2MP2CP display controller
Using the VGA capabilities of the BarcoMed 2MP2CP display controller
Prior to installing the BarcoMed 2MP2CP controller, decide if you
are going to use its on-board VGA capabilities. If you are, check
the setting of the switches at SW1 on the display controller (see
28
Display controller installation
figure 7 below). By default, VGA should be enabled, switch 1 on
and switch 2 off. If you decide to use a separate VGA monitor as
your boot monitor, you must disable the BarcoMed 2MP2CP’s onboard VGA capabilities by changing the switch settings to switch
1 off and switch 2 on.
Figure 7
In figure 7 above, the VGA capabilities of the BarcoMed 2MP2CP
are enabled.
Caution: To use multiple BarcoMed 2MP2CP controllers in a
single host with VGA enabled, you should enable
ONE of the BarcoMed 2MP2CP display controllers and disable
on ALL the other BarcoMed 2MP2CP display controllers.
VGA on only
Examples of PCI slots
The BarcoMed 2MP2CP display controller may be installed in
either a 32-bit or 64-bit slot with no loss of functionality.
Figure figure 8 on page 30 illustrates the types of slots so that
you can correctly identify which one to use for the
BarcoMed 2MP2CP display controller and which ones not to use.
VGA
29
Display controller installation
Figure 8: PCI and RAID Controller Slots
Installing the BarcoMed 2MP2CP display controller
Install the BarcoMed 2MP2CP controller in your computer
following these steps:
1.Turn off the power to your computer and disconnect the
power cord, however make sure that the computer chassis is
still grounded.
2.Remove the chassis cover according to the manufacturer’s
instructions. Be sure to observe safety warnings.
3.If you have decided to use the on-board VGA capabilities of
the BarcoMed 2MP2CP controller (see “Using the VGA
capabilities of the BarcoMed 2MP2CP display controller”
on page 28), you must now remove any VGA controllers that
are currently installed in the computer or disable any VGA
controllers that are integrated into your PC’s motherboard.
4.Install the BarcoMed 2MP2CP display controller into a free
PCI slot, either 32-bit or 64-bit (see figure 8 above, for
examples of slots). Be sure that the display controller is
seated firmly in the slot.
5.Secure the card to the chassis with the PC’s I/O panel
mounting screw, and replace the chassis cover.
30
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