Marshall Electronics
V-R653-IMD-TE
High Definition Triple LCD Monitor with In-Monitor Display
Operating Instructions
Product Overview
The V-R653-IMD-TE is a dual 10.4” LCD monitor with HD-SDI inputs and In-Monitor Display functionality – a cost-
effective "all-in-one" solution for post-production houses, broadcasters, and mobile units. This fully integrated approach
eliminates the need for additional or separate Under Monitor Displays and allows UMD information and tallies to be
displayed directly within a Marshall flat panel monitor, while saving precious rack space. A variety of features are readily
available including on-screen Video Time Code, three-color "Soft" Tallies, Audio Presence Indicator, and a new
RotoMenu™ feature that allows fast, direct, and easy menu navigation.
The V-R653-IMD-TE integrates easily with existing Tally systems and controllers, including Image Video, TSL, and MEI
protocols. This 4RU unit also ships ready to rack mount and provides up to 20% more screen when compared to our
competitors' LCD and CRT models that occupy the same space. This is in addition to the benefits of low weight and power
consumption when compared to similar CRT products and separate Under Monitor Display configurations. The V-R653-
IMD-TE4U is a perfect solution for video wall applications and systems.
Each screen offers a single HDSDI/SDI input with active loop-through capability. Additional features include ultra-wide
viewing angles, color temperature adjustment, adjustment settings memory, frame markers, Pixel-to-Pixel mode, Blue
Only mode, and user-definable function buttons. The V-R653-IMD-TE can also be used as a set of standalone displays
with HDSDI loop-through.
Features
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High-Resolution Triple 6.5” Panels
The V-R653IMD-TE features three all-digital TFT-MegaPixel™ active matrix LCD systems with 2.4 million pixels each.
The LCD panels feature a brightness of 650 cd/m2, 500:1 contrast ratio, and a 160°all-around viewi ng angle making
them ideal in a variety of environments and lighting conditions.
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In-Monitor Display
In-Monitor Display allows on-screen text and tally indication, controlled locally or remotely via a variety of industry
standard protocols.
OSD Features
Embedded time code and an embedded audio presence indicator can be displayed on the screen in a variety of
configurations.
Advanced Features
Color temperature adjustment, aspect ratio settings, blue-only mode, and monochrome mode are a few of the
advanced features making the V-R653-IMD-TE at home in any broadcast environment. Pixel-to-Pixel mode also allows
native display of any incoming image format.
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Flexible Screen Markers
A variety of screen markers in both 4:3 and 16:9 modes allow accurate monitoring of the different aspect ratios used in
broadcast environments.
User-Definable Function Buttons
Two user-definable function buttons allow quick access to numerous settings and features including aspect ratio,
screen markers, monochrome mode, color temperature, and more.
3
Installation and Initial Setup
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Unpacking
Carefully unpack the V-R653-IMD-TE monitor and verify that the following items are included:
• V-R653-IMD-TE Monitor
• V-PS12-6.6A Power Supply with 2-Pin Twist Lock Connector
• Operating Instructions
Inspect the unit for any physical damage that may have occurred during shipping. Should there be any damage,
immediately contact Marshall Electronics at (800) 800-6608. If you are not located within the continental United States,
call +1 (310) 333-0606.
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Installation
The V-R653-IMD-TE can be mounted in any standard EIA 19” equipment rack. The attached rack ears can be angled
to provide the user control over the viewing angle. Adequate ventilation is required when installed to prevent possible
damage to the monitor’s internal components.
Rack ears on either side of monitor
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Connections, Power-On and Initial Setup
Plug the V-PS12-6.6A power supply into an AC power source (100-240 V @ 50/60 Hz). Attach the 2-pin twist lock
connector to the back of the monitor. Please note that 12VDC can be also supplied directly to the monitor from a
variety of sources. The monitor will draw no more than 6.0 Amps at 12 Volts in operation.
Connect the required cables for video signal input and output. (Power must be applied to the V-R653IMD-TE for the
active loop-though outputs to be activated.) All BNC connectors are rated at 75Ω.
All screens default to ‘ON’ when power is supplied. Video will automatically be detected and displayed on the screen.
For IMD setup details, see IMD Configuration Submenu on page 22.
4
Top and Front Panel Features
Power Button
Image Adjustment Knobs
Turn the monitor on by pressing the power button.
In the ON state, the LED above the power button will
illuminate green.
Use the image adjustment knobs to adjust color
saturation, brightness and contrast of the image.
The status of each image adjustment parameter is
shown on the bottom left of the screen, with values
ranging from 0 to 100. Pressing each knob resets
the corresponding adjustment to its default setting
(50).
Menu Navigation Buttons
Use the Menu, ↑, ↓, and Select buttons to display
and navigate the on-screen menu (See Main Menu
and Navigation – Page 8).
LED Tally
User-Definable Function Buttons
Two LED tally lights (red and green) are available
beside each screen. Each tally light can be
controlled from a variety of sources (See Tally
Source – Page 24).
Two user-definable function buttons can be used for
direct access to various settings. Functions are
assigned using the on-screen menu (See User-
Definable Function Buttons – Page 15).
RotoMenu™ Knob
The RotoMenu™ knob is alternate means of
accessing and navigating the main menu, using only
a single control.
5
Rear Panel Features
IN OUT
IN OUT
IN OUT
HD-SDI Input and Output
Tally Interface (HD-15)
Each screen has one HD-SDI input and one active
loop-through output. Note: No more than 4 screens
should be connected in one loop.
Both LED tally and OSD tally can be activated via
the HD-15 connector by connecting the
corresponding pin to ground. A variety of external
devices can be used to perform the contact closure.
No additional power should be supplied to the HD-
15 port. See pin-out details on page 26.
Power Input
Connect the 12VDC input to the 2-Pin twist lock
power input connector. Power can be supplied from
the included power supply, or from a variety of DC
sources supplying at least 6.0 Amps at 12 Volts.
RS-422/485 Serial Interface
The RS-422/485 ports are used to remotely control
the IMD or all V-R653-IMD-TE features, using a
variety of industry standard protocols. (Note:
Connector/pin-out may need to be adapted
depending on protocol and controlling device
used. See pin-out details on page 26.) Only one
connection to either port is needed to control the
monitor. The second port can be used to loop
multiple monitors in the same bus.
IMPORTANT: If using a power source other than the
included power supply, be sure that the polarity of
the DC input is correct:
6
Compatible Input Formats
The following SDI standards are supported by the V-R653-IMD-TE:
525i, 625i
1035i/60, 1035i/59.94
1080i/60, 1080i/59.94, 1080i/50
1080psF/24, 1080psF/23.98
720p/60, 720p/59.94, 720p/50
On-Screen Menu
STRUCTURE OVERVIEW
Marker 16:9
Marker 4:3
Off, 95%, 93%, 90%, 88%, 80%, 1.85:1, 2.35:1, 4:3, 14:9, 13:9
Off, 95%, 93%, 90%, 88%, 80%
Marker Setup
Marker Backgrd
Center Marker
Monochrome
Blue Only
Off, 50% Gray, Black
Off, On
Off, On
Off, On
Video Config
Pixel to Pixel
Aspect Ratio
Curtain Color
CTemp/Gamma
Red Offset
Off, On
4:3, Scaled 4:3, 16:9, 16:9 Centered
Blue, Red, Green, White, Black
55K, 65K, 93K, Linear
0-100
Green Offset
Blue Offset
Red Gain
0-100
Color Config
0-100
0-100
Green Gain
Blue Gain
0-100
0-100
Gray Levels
RGB = 000 - 255
Marker, Center Marker, Marker Background, IMD, Time Code, OSD Tally, Audio Monitor, Aspect Ratio, Pixel to
Pixel, CTemp/Gamma, Blue Only, Monochrome
Function 1
Function 2
Marker, Center Marker, Marker Background, IMD, Time Code, OSD Tally, Audio Monitor, Aspect Ratio, Pixel to
Pixel, CTemp/Gamma, Blue Only, Monochrome
System Config
Save Defaults
Load Config
Save Config
Main Board
Keypad
Back, Save, Mfg
Mfg, User 1, User 2, User 3, User 4, User 5, User 6
User 1, User 2, User 3, User 4, User 5, User 6
(Main board firmware version number displayed)
(Keypad firmware version number displayed)
Main
CPLD
(CPLD firmware version number displayed)
Deint. Mode
Film Mode
Auto, Motion Adaptive, Field to Frame, Interpolate(Bob), Static Mesh(Weave)
Auto, 2:2 only, 3:2 only
Deinterlacer
OSD Config
Film Indicator
Motion Display
IMD State
Off, On
Off, Noise, Motion
Off, On
Status Display
OSD Tally
Off, On
Off, RGY, RG, GR, IMD
LED Tally
Off, On
Anc. Time Code
Audio Monitor
IMD Protocol
IMD ID #
Off, LTC, VITC
Off, On
MEI, Image Video, TSL v4.0, MEI-Image Video
000-255
IMD Group #
IMD Name (S/N)
IMD Baud Rate
IMD Fixed Align
IMD Fixed Color
IMD Fixed Str
Tally Source
IMD Tally Mode
Serial Chars
Serial Errors
Packets
001-254
User Defined (16 chars max.)
300, 600, 1200, 2400, 4800, 9600, 19200, 38400, 57600, 115200
IMD Config
Center, Right, Left
Red, Green, Yellow
User Defined (16 chars max.)
Standard, Image Video HW, Image Video 422, Standard + IV422, TSL/MEI 422
T1, T2, T1T2, T2T1, T1-, T2-, T1T2-, T2T1-
Rx, Tx
P, F, O
Rec, Exe
CRC, Err
R, E
Service
Packet Errors
Last Command
Software State
000:000 1010111
7
On-Screen Menu (continued)
MAIN MENU AND NAVIGATION
Access and navigate the main menu using the 4 menu buttons or the RotoMenu™ knob:
Main Menu
Using the menu buttons
•
•
•
•
Press the MENU button to enter the main menu.
Use the ↑ and ↓ buttons to scroll through the main menu or each submenu.
Press the SELECT button to enter a submenu or choose a setting.
Press the MENU button to exit the main menu, or return to the main menu from a submenu.
Using the RotoMenu knob
•
•
•
Press the RotoMenu™ knob to enter the main menu.
Rotate the knob to scroll up or down in the main menu or each submenu.
Press the RotoMenu™ knob to enter a submenu or choose a setting.
The menu automatically times out after 15 seconds of being idle.
8
On-Screen Menu (continued)
MARKER SETUP SUBMENU
Use the Marker Setup submenu to select various types of markers and settings in 4:3 or 16:9 mode.
Marker Setup Submenu
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16:9 Markers
Use this setting to superimpose one of 10 markers on the screen when in 16:9 mode. This setting is disabled when the
aspect ratio is set to 4:3, or when Pixel-to-Pixel mode is enabled.
• Off (No Marker)
• 95% Safe Area
• 93% Safe Area
• 90% Safe Area
• 88% Safe Area
• 80% Safe Area
• 1.85:1 Aspect Ratio
• 2.35:1 Aspect Ratio
• 4:3 Aspect Ratio
• 14:9 Aspect Ratio
• 13:9 Aspect Ratio
16:9 Marker Examples:
OFF (No Marker)
90% Safe Area
9
2.35:1 Aspect Ratio
4:3 Aspect Ratio
On-Screen Menu (continued)
MARKER SETUP SUBMENU (continued)
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4:3 Markers
Use this setting to superimpose one of 5 markers on the screen when in 4:3 mode. This setting is disabled when the
aspect ratio is set to 16:9, or when Pixel-to-Pixel mode is enabled.
• Off (No Marker)
• 95% Safe Area
• 93% Safe Area
• 90% Safe Area
• 88% Safe Area
• 80% Safe Area
4:3 Marker Examples:
OFF (No Marker)
90% Safe Area
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Marker Background
Use this setting to choose how selected markers are displayed on the screen:
• Off
• 50% Gray Screen area beyond the marker is shown at 50% intensity.
• Black Screen area beyond the marker is shown as black.
The marker is superimposed on the complete image.
Example (80% Marker in 4:3 Mode):
Background OFF
50% Gray Background
Black Background
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Center Marker
Use this setting to display a center marker on the screen.
Center Marker
10
On-Screen Menu (continued)
VIDEO CONFIGURATION SUBMENU
Use the Video Configuration submenu to select various video settings, such as color temperature, monochrome mode, or
blue-only mode.
Video Configuration Submenu
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Monochrome Mode
Use this setting to enable monochrome mode. Only the luminance of the image will be displayed as a grayscale
picture.
Blue-Only Mode
Use this setting to enable Blue-Only mode. This mode displays only the blue color component of the image, switching
off the red and green components. Use this mode when calibrating the monitor to SMPTE color bars with the following
procedure:
1.
2.
3.
4.
Allow the monitor to warm up for at least 5-10 minutes.
Display SMPTE split-field color bars on the monitor using an external source.
Enable Monochrome mode.
Locate the pluge pattern (super black, black, and gray bars) at the lower-right corner of the screen. Adjust the Brightness knob until there is
no visible difference between the super black and black bars, but the gray bar is still visible.
5.
6.
7.
Adjust the Contrast knob until an even grayscale appears along the top bars.
Disable Monochrome mode.
Enable Blue-Only mode and adjust the Color knob so that the outermost bars (white and blue) appear to match in brightness.
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On-Screen Menu (continued)
VIDEO CONFIGURATION SUBMENU (continued)
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Pixel-to-Pixel Mode
Use this setting to enable Pixel-to-Pixel mode.
This mode bypasses the monitor’s internal scaling function and displays incoming images in their native resolution and
aspect ratio, with a one-to-one mapping of incoming image pixels to screen pixels:
•
For incoming formats smaller than the native resolution of the screen (or selected aspect ratio), the image will be
displayed in the center of the screen using only the necessary LCD pixels. For example, NTSC or PAL images will
occupy exactly 720 x 486 or 720 x 576 pixels respectively. The surrounding screen area will be black.
•
For incoming formats exceeding the screen resolution (or selected aspect ratio), only the center portion of the
incoming image will displayed, with the remainder of the picture cropped. For example, 1080i/p formats will both
be cropped to 1024 x 768, or 1024x576, depending on the selected aspect ratio.
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Aspect Ratio Settings
Use this menu option to switch between several aspect ratio settings
As the V-R653-IMD-TE monitor has a native resolution of 1024 x 768 RGB pixels, incoming images are automatically
scaled to fit the screen:
•
•
•
In 4:3 mode, images are scaled up or down to fill the entire 4:3 screen (1024 x 768). IMD text, tally, time code,
and audio presence indicator are superimposed on the lower portion of the image.
In Scaled 4:3 mode, images are scaled to a smaller 4:3 portion of the screen, leaving space for IMD text to be
displayed below the image. Time code and the audio monitor icon are superimposed on the image.
In 16:9 mode, images are scaled to fill the maximum 16:9 portion at the top of the screen (1024 x 576). In this
mode, IMD text, tally, time code, and the audio monitor icon are shown in the black area at the bottom of the
screen, without overlapping the image.
•
In 16:9 Centered mode, images are scaled to fill the maximum 16:9 portion in the center of the screen (1024 x
576), with black bars filling the remainder of the screen. In this mode, IMD text is shown below the image, and
time code is shown above. The audio monitor icon is superimposed on the lower left of the image.
The diagrams on the following page show how IMD text, timecode, and the audio monitor icon are simultaneously
displayed on the screen in each aspect ratio setting. The white area represents the video image.
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On-Screen Menu (continued)
VIDEO CONFIGURATION SUBMENU (continued)
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Aspect Ratio Settings (continued)
4:3 Mode
16:9 Mode
Scaled 4:3 Mode
16:9 Centered Mode
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Curtain Color
Use this setting to choose the default color displayed on the screen when no video input is present. Available colors
are blue, red, green, white, and black.
13
On-Screen Menu (continued)
COLOR CONFIGURATION SUBMENU
Use the Color Configuration submenu to adjust the color temperature of the display.
Color Configuration Submenu
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Ctemp/Gamma
Use this setting to choose one of three color temperature / gamma presets:
• D55 (5500K)
• D65 (6500K)
• D93 (9300K)
• Linear (No gamma applied)
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Red, Green, and Blue Offset
Use the offset controls for red, green, and blue to adjust the color temperature of the display. Each setting adjusts the
offset, or brightness, of each individual color component. These settings will affect whichever color temperature preset
is selected.
• Red (0-100)
• Green (0-100)
• D93 (0-100)
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Red, Green, and Blue Gain
Use the gain controls for red, green, and blue to adjust the color temperature of the display. Each setting adjusts the
gain, or contrast, of each individual color component. These settings will affect whichever color temperature preset is
selected.
• Red (0-100)
• Green (0-100)
• D93 (0-100)
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On-Screen Menu (continued)
SYSTEM CONFIGURATION SUBMENU
Use the System Configuration submenu to control various system parameters.
System Configuration Submenu
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Gray Levels
Use the Gray Levels menu option to view 256 levels of flat field gray. This feature is useful for color temperature
comparison and calibration. The input must be disconnected for the Gray Levels feature to function.
User-Definable Function Buttons
Use the Function 1 and Function 2 menu items to define each function button on the front panel of the monitor. The
following options are available for each button:
• Marker
• Center Marker
Enable and rotate amongst marker settings (choices depend on aspect ratio setting)
Enable/disable center marker
• Marker Backgrd Rotate amongst marker backgrounds
• IMD
Display/hide IMD text
• Time Code
• OSD Tally
• Audio Monitor
• Aspect Ratio
• Pixel to Pixel
• Ctemp/Gamma
• Blue Only
Display/hide time code
Rotate amongst types of OSD Tally
Display/hide audio presence indicator
Toggle between 4:3 and 16:9 aspect ratios
Enable/disable Pixel-to-Pixel mode
Rotate amongst color temperature settings
Enable/disable Blue Only mode
Enable/disable Monochrome mode
• Monochrome
15
On-Screen Menu (continued)
SYSTEM CONFIGURATION SUBMENU (continued)
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Saving and Loading User Presets
Use the SAVE CONFIG and LOAD CONFIG menus to save current settings to one of 6 presets, or load a preset. Each
Preset saves all monitor settings except for IMD configuration.
•
•
Use the LOAD CONFIG menu to load one of presets USR1 – USR6. Factory default settings can also be loaded
by selecting MFG. (Factory defaults cannot be overwritten.)
Use the SAVE CONFIG menu to save the current settings to a preset from USR1- USR6.
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Save Defaults
Use this setting to save the current values of the Color, Brightness, and Contrast controls as the default values. The
defaults can then be accessed by pushing the knob twice.
• Back
• Save
• Mfg
Exit without making any changes
Save current settings as defaults
Return to the manufacturer’s defaults (all settings at 50).
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Software Version Display
The Main Board, Keypad, and CPLD software version numbers are displayed.
16
On-Screen Menu (continued)
DEINTERLACER SUBMENU
Use the Deinterlacer submenu to control the type of deinterlacing performed on interlaced input signals.
System Configuration Submenu
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Deinterlacer Mode
User the Deinterlacer Mode option to set the type of deinterlacing algorithm used:
•
•
In Auto mode, the deinterlacer defaults to Motion Adaptive mode (see below), but uses Film Mode (see below)
whenever a film cadence is detected. This is the optimum deinterlacing mode for best picture quality and should
be used whenever possible.
In Motion Adaptive mode, the image processor uses a motion adaptive de-interlacing algorithm. Film cadence
detection is disabled. Motion adaptive interlacing uses a variety of real-time algorithms to perform the best
possible deinterlacing based on the content.
•
•
•
In Field to Frame, each incoming field is scaled to a full progressive frame by the scaler. It is normal for the
image to appear vertically “bouncy” or as shaking.
In Interpolate (Bob) mode, each field is scaled to a full progressive frame by interpolating the missing lines from
the adjacent lines. It is normal for the image to appear vertically “bouncy” or as shaking.
In Static Mesh (Weave) mode, the Deinterlacer combines or “weaves” each pair of fields into a progressive
frame. It is normal to see jagged artifacts on fast-moving edges.
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On-Screen Menu (continued)
DEINTERLACER SUBMENU (continued)
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Film Mode
Film mode uses specialized algorithms to correctly deinterlace content that originated in either 24fps or 25fps. Film
Mode is automatically entered whenever a film-to-video cadence is detected in the content. Film cadence detection is
active whenever the Deinterlacer Mode is set to Auto.
Use the Film Mode setting to limit the film mode detection to a specific cadence.
• Auto
Deinterlacer automatically identifies the film cadence
• 2:2 only Deinterlacer only recognizes content originating in 25fps, and uses 2:2 film mode. 24fps content is ignored.
• 3:2 only Deinterlacer only recognizes content originating in 24fps, and uses 3:2 film mode. 25fps content is ignored.
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Film Indicator
Use the Film Indicator setting to enable or disable the film mode detection icon. If the Film Indicator is set to On, a
green square will appear in the top left corner of the screen whenever a film cadence is detected. The Film Indicator
can only be turned on only when the Deinterlacer Mode is set to Auto. It is normal for the Film Indicator to sporadically
turn on and off, depending on the content.
Motion Display
Use the Motion Display options to display inter-field motion as false color (green) on the screen. This feature is used to
visualize how the deinterlacer is detecting motion in the content. It is normal for the screen to show large portions of
green when viewing moving images.
• Off
Motion Display is off.
• Noise
• Motion
Pixels which change value between fields are displayed as green.
After a noise reduction filter, pixels which change value between fields are displayed as green.
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On-Screen Menu (continued)
OSD CONFIGURATION SUBMENU
Use the OSD Configuration submenu to select a variety of information to be displayed on the screen.
OSD Configuration Submenu
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IMD State
Use this setting to turn the IMD text display on or off. This setting affects both fixed string IMD text and remote IMD text
commands (see IMD Configuration Submenu for details – page 22).
Status Display
Use this setting to enable or disable status display. When enabled, the current video input standard is displayed on the
top left of the screen. When disabled, status is only displayed for 2 seconds when the monitor is powered on, when an
input is applied, or when the input video standard changes. The status display reads “No Input” when no video input is
present.
Status Display
19
On-Screen Menu (continued)
OSD CONFIGURATION SUBMENU (continued)
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OSD Tally
Use this setting to choose how tally is displayed on the screen. The available OSD Tally options depend on the Tally
Source selected in the IMD Configuration submenu (see page 22).
When the Tally Source is set to Standard (contact closure), OSD Tally can be set to Off, RGY, RG, or GR:
• Off
On-screen tally is disabled
• RGY Red, yellow, or green tally signals are indicated at both the bottom left and bottom right corners of the
screen. Two or three colors are shown simultaneously by subdividing each tally indicator
• RG
• GR
Red tally is shown at the bottom left of the screen, and green is shown at the bottom right.
Green tally is shown at the bottom left of the screen, and red is shown at the bottom right.
The following diagrams show RGY, RG, and GR OSD Tally modes:
RGY mode: single color activated
RGY mode: two colors activated
RGY mode: three colors activated
RG Mode: both colors activated
GR Mode: both colors activated
When the Tally Source is set to TSL/MEI 422, OSD Tally can be set to Off or IMD:
• Off
On-screen tally is disabled
• IMD
Red, yellow, and green tally is displayed according the protocol commands. Green, red, and yellow colors
are shown individually on either the bottom left or right of the screen.
20
On-Screen Menu (continued)
OSD CONFIGURATION SUBMENU (continued)
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LED Tally
Use this setting to enable or disable the LED Tally. When enabled, the red and green LEDs beside each display will
respond to tally commands, according to the Tally Source setting (see page 24).
NOTE: Only red and green tally LEDs are available. Commands via contact closure or serial protocol to activate yellow
tally will have no effect on the LED tally. Yellow is only reflected in OSD tally.
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Time Code
Use this setting to enable time code display on the screen. Time code is de-embedded from the vertical ancillary data
(VANC) within the SDI signal. Two types of time code can be selected to display on the screen: LTC (linear time
code) or VITC (vertical interval time code).
The position of the time code display varies based on the aspect ratio setting and presence of IMD text (see Aspect
Ratio diagrams on page 13).
Hours
Minutes
Seconds
Frames
00:00:00:00
Time Code display
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Audio Monitor
Use the Audio Monitor menu option to enable or disable the audio presence indicator icon. When enabled, this icon
indicates whether embedded audio is present in the SDI video input. A red circle and cross will flash on the icon if no
embedded audio is present.
Embedded Audio Present
No Embedded Audio
21
On-Screen Menu (continued)
IMD CONFIGURATION SUBMENU
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Overview
The V-R653-IMD-TE features an In-Monitor Display (IMD) with the ability to display on-screen text and tally in three
colors. IMD text, color, and alignment can be assigned to each screen locally using menu options (see below).
Alternately, IMD text and tally can be remotely controlled via the RS-422/485 serial interface using several industry-
standard protocols, including TSL and Image Video. Multiple V-R653-IMD-TE monitors can be looped together and
each addressed individually via the protocol. All menu features of the V-R653-IMD-TE can also be controlled via the
Marshall Network Controller box and Marshall protocol. (Contact Marshall Electronics for additional information).
Use the IMD Configuration submenu to configure various IMD parameters as described below.
IMD Configuration Submenu
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IMD Protocol
Use the IMD Protocol menu option to choose the protocol with which the V-R653-IMD-TE receives remote commands.
Currently, four protocols are available. Contact Marshall Electronics for the latest protocol compatibility.
Image Video
Use the Image Video protocol setting when controlling the IMD from an Image Video tally controller or other
controlling device which utilizes the Image Video protocol. The IMD #, IMD Name, and Baud Rate parameters
must be set for each screen in conjunction with the controlling device.
TSL v4.0
Use the TSL v4.0 protocol setting when controlling the IMD from a TSL tally controller, or other controlling device
which utilizes the TSL v4.0 protocol. The IMD # must be set for each screen in conjunction with the controlling
device.
MEI
Use the Marshall protocol setting when controlling the V-R653-IMD-TE using the Marshall Network Controller box.
This protocol allows remote control of all features on the V-R653-IMD-TE, including marker setup, video
configuration, system configuration, and image adjustments (brightness, contrast, etc.). The IMD #, IMD Group #,
and Baud Rate parameters must be set in conjunction with the Network Controller Box.
MEI-Image Video
This protocol setting accepts Image Video commands via the Marshall protocol, for use when an Image Video
controller is connected to the Marshall Network Controller box.
22
On-Screen Menu (continued)
IMD CONFIGURATION SUBMENU (continued)
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IMD ID #
The IMD ID # identifies each screen to the controlling device. When using the TSL protocol, the ID # of each screen
should be manually set in conjunction with the controlling device. When using the Image Video protocol, the ID # may
be set automatically by the controlling device, after each IMD is initially identified by IMD Name (see “IMD Name[S/N]”
below). Available ID #s are 000-255. When using the Marshall protocol, available ID #s are 001-254.
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IMD Group #
Each screen must be assigned an IMD Group # when using the Marshall protocol. Available Group #s are 01-254.
IMD Name (S/N)
Use this setting to assign a name to each screen when using the Image Video or Marshall-IV protocols. The IMD name
is equivalent to the Image Video serial number and is used by the Image Video controlling device to identify
each screen. The default IMD Name(S/N) is “M00001.” It is recommended to maintain this naming scheme in order to
avoid serial number conflicts with other Image Video devices on the same serial bus. Each name can be up to 16
ASCII characters.
Press ENTER to edit the IMD Name. Use the ↑ and ↓ buttons to move the cursor. Press ENTER with the cursor on the
character to be changed and use the ↑ and ↓ buttons to scroll through character options. Press ENTER to choose a
character.
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■
■
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IMD Baud Rate
Use this setting to choose the baud rate. The baud rate must be set in conjunction with the controlling device. Available
baud rates are 300, 600, 1200, 2400, 4800, 9600, 19200, 38400, 57600, 115200. The TSL v4.0 protocol is fixed at
38400 bauds.
IMD Fixed Align
Use this setting to choose the horizontal alignment of the IMD text. IMD text can be justified on the left, center or right
of the screen. This setting is overridden when using IMD text via the Image Video protocol (alignment is set via Image
Video protocol).
IMD Fixed Color
Use this setting to choose the color of the IMD Fixed String text (see below). Available colors are red, green, and
yellow. This setting does not affect text color when using IMD text via the Image Video or TSL v4.0 protocols (text
color is set via the protocols).
IMD Fixed String
Use this setting to display static IMD text on the screen. This setting is used to enter IMD text locally, when a serial
protocol is not used for remote control. The IMD Fixed String is saved after power cycle. The IMD Fixed String will be
overridden by serial protocol commands.
Press ENTER to edit the IMD Fixed String. Use the ↑ and ↓buttons to move the cursor. Press ENTER with the cursor
on the character to be changed and use the ↑ and ↓ buttons to scroll through character options. Press ENTER to
choose a character.
23
On-Screen Menu (continued)
IMD CONFIGURATION SUBMENU (continued)
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Tally Source
The V-R653-IMD-TE tally (OSD and LED) can be controlled in a variety of different ways. Use the Tally Source setting
to choose how tally is controlled:
Standard
Use the Standard setting to control tally via contact closure on the HD-15 tally interface.
Image Video HW
Use the Image Video HW setting to control Image Video tally states via contact closure on the HD-15 tally
interface. Contact closure of the Red pin corresponds to Image Video Tally 1, and the Green pin maps to Image
Video Tally 2. This mode requires the IMD Tally Mode parameter to be set. Consult Image Video documentation
for further information.
Image Video 422
Use the Image Video 422 setting to control Image Video tally states via the Image Video serial protocol. LED and
OSD tally will be disabled in this mode, as Image Video tally states are manifested in the text color and other
parameters. This mode requires the IMD Tally Mode parameter to be set. Consult Image Video documentation for
further information.
Standard + IV422
Use the Image Video 422 setting to control Image Video tally states via the Image Video serial protocol, while
controlling LED and OSD tally using contact closure on the HD-15 tally interface. This mode requires the IMD
Tally Mode parameter to be set. Consult Image Video documentation for further information.
TSL/MEl 422
Use the TSL/Marshall 422 setting to control OSD and LED tally via the TSL or Marshall serial protocols.
■
IMD Tally Mode
Use this setting when using Image Video tally control. Choose one of the following states, in conjunction with the
Image Video controlling device. T1, T2, T1T2, T2T1, T1-, T2-, T1T2-, T2T1-. Consult Image Video documentation for
further information.
24
On-Screen Menu (continued)
SERVICE SUBMENU
■
Overview
The Service submenu displays the status of the serial interface, for troubleshooting or debugging purposes only.
Contact Marshall Electronics for further information.
IMD Configuration Submenu
The following information is displayed:
• Serial Characters
• Serial Errors
Rx:
Tx:
P:
Total number of characters received by the UART
Total number of characters transmitted by the UART
Number of parity errors
F:
Number of framing errors
O:
Rec:
Exe:
Number of FIFO overrun errors
Number of packets received
Packets Executed
• Packets
• Packet Errors
• Last Command
• Software StateState:
CRC: Number of packets that failed CRC check
Err:
R:
Number of other packet errors
Last command received
E:
Last command executed
000:000 1010111 (correct value)
25
Specifications
■
■
PANEL
RS-422/485 SERIAL INTERFACE (RJ12)
Screen Size
Display Area (h x v)
Aspect Ratio
Pixels
Color Depth
Viewing Angle (h x v) 160°x 140°
6.5” Diagonal
Protocols: Image Video, TSL v4.0, Marshall
132.096 x 99.072 mm
4:3 Native (4:3/16:9 Modes)
1024 x RGB x 768
Pin No.
Signal
1
2
3
4
5
6
Tx-
Ground
Rx+ (Receive from host)
Rx- (Receive from host)
N/C
Tx+
18-bit (262,144 Colors)
Brightness
500 cd/m2
500:1
0.043 x 0.129 mm
0.129 x 0.129 mm
Contrast Ratio
Dot Pitch (h x v)
Pixel Pitch (h x v)
■
ELECTRICAL
■
■
VIDEO INPUT/OUTPUT
Power Consumption 6.0A @ 12VDC (72 W)
Voltage Requirement 12 VDC
HD-SDI Input / Output
Supports ITU-R BT.656, SMPTE 259M, 292M, 274M
V-PS12-6.6A Power Supply:
Input
Output
100V-240V, 2.5A, 50-60Hz
12-17VDC, 6.6A, 80W Max
CONNECTORS
Video Input
1 x BNC Female (75 Ω)
■
MECHANICAL
Dimensions (w x h x d): 19” x 5.3” x 2.6”
Rack Height: 3RU
Video Output (Active Loop-Through)
1 x BNC Female (75 Ω)
Weight (Monitor Only): 5.45 lbs
Power Input
2-Pin Twist Lock Connector
Operating Temperature 32°F to 120°F (0°C to 50 °C)
Storage Temperature
-4°F to120°F (-20°C to 50°C)
Tally Hardware Interface
HD-15 Female
Compliance
Œ, FCC-Class A, ANSI-63.4
(Certificates on file)
RS-422/485 Interface
2 x RJ12 (Modular 6P6C)
RoHs
Do not dispose. Return to
Manufacturer or Authorized
Recycle Facility.
■
TALLY HARDWARE INTERFACE (HD-15)
Activation requires contact closure of pin to ground on the
HD-15 connector:
Pin No.
Signal
1
Monitor 1 Green
2
Monitor 1 Red
3
Monitor 1 Yellow (OSD tally only)
4
Ground
5
Ground
6
N/C
7
N/C
8
N/C
9
N/C
10
11
12
13
14
15
N/C
Monitor 2 Green
Monitor 2 Red
Monitor 2 Yellow (OSD tally only)
Ground
Ground
26
Specifications (continued)
Maintenance
■
Screen Cleaning
Periodically clean the screen surface using ammonia-free cleaning wipes (Marshall Part No. V-HWP-K). A clean micro-
fiber cloth can also be used using only non-abrasive and ammonia-free cleaning agents. Do not use paper towels.
Paper towel fibers are coarse and may scratch the surface of the polycarbonate faceplate or leave streaks on the
surface. Antistatic and fingerprint resistant cleaning agents are recommended. Do not apply excessive pressure to the
screen to avoid damaging the LCD.
■
Faceplate Dusting
Dust the unit with a soft, damp cloth or chamois. Dry or abrasive cloths may cause electrostatic charge on the surface,
attracting dust particles. Neutralize static electricity effects by using the recommended cleaning and polishing practice.
Warranty
Marshall Electronics warranties to the first consumer that this V-R653-IMD-TE LCD monitor will, under normal use, be free
from defects in workmanship and materials, when received in its original container, for a period of one year from the
purchase date. This warranty is extended to the first consumer only, and proof of purchase is necessary to honor the
warranty. If there is no proof of purchase provided with a warranty claim, Marshall Electronics reserves the right not to
honor the warranty set forth above. Therefore, labor and parts may be charged to the consumer. This warranty does not
apply to the product exterior or cosmetics. Misuse, abnormal handling, alterations or modifications in design or
construction void this warranty. It is considered normal for a minimal amount of pixels, not to exceed three, to fail on the
periphery of the display active viewing area. Marshall Electronics reserves the option to refuse service for display pixel
failure if deemed unobtrusive to effective use of the monitor by our technicians. No sales personnel of the seller or any
other person is authorized to make any warranties other than those described above, or to extend the duration of any
warranties on behalf of Marshall Electronics, beyond the time period described above. Due to constant effort to improve
products and product features, specifications may change without notice.
27
Marshall Electronics, Inc.
1910 East Maple Ave.
El Segundo, CA 90245
Tel: (800) 800-6608 / (310) 333-0606 • Fax: 310-333-0688
V2.0
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