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OR-841-HDSDI - Suivi MARSHALL - Free user manual and instructions

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Download the instructions for your Suivi in PDF format for free! Find your manual OR-841-HDSDI - MARSHALL and take your electronic device back in hand. On this page are published all the documents necessary for the use of your device. OR-841-HDSDI by MARSHALL.

USER MANUAL OR-841-HDSDI MARSHALL

Marshall Electronics

MARSHALL OR-841-HDSDI - Marshall Electronics - 1

orchid OR-841-HDSDI

Fully Featured 8.4" Rack Mountable / Camera-Top / Portable LCD Field Monitor

MARSHALL OR-841-HDSDI - orchid OR-841-HDSDI - 1

text_image Marshall orchid OR-841 F1 F2 F3 F4 F5 F6 F7 F8 F9 MENU STANDBY

Operating Instructions

Contents

Product Overview 3

Features....3

Installation and Initial Setup .... 5

Unpacking....5

Mounting....5

Connections and Power-On....5

Front Panel Features....6

Power Button....6

Input Select Buttons....6

User-Definable Function Buttons 6

Image Adjustment Knobs....6

Rear Panel Features 7

Power Input 7

Compatible Input Formats....8

On-Screen Menu 9

MAIN MENU AND NAVIGATION 12

INFO SUBMENU....12

INPUT SUBMENU 12

PICTURE SUBMENU....13

COLOR SUBMENU 13

Color Temperature Presets 13

RGB Bias and Gain....13

SCREEN SUBMENU 14

Scan....14

Aspect Ratio Setting 14

Mono / Color....14

H/V Delay....14

Shift H 14

Shift V 15

MARKER CONFIGURATION SUBMENU....15

Markers 15

Center Marker....15

Aspect Markers 15

Safety Marker 15

Marker Mat 15

Line Thickness....15

Line Type 15

AUDIO CONFIGURATION SUBMENU....16

Meter Background....16

Display Channels 16

Active Channel Only 16

Meter Columns....16

Display Type....16

Front Volume 16

Rear Volume 16

Headroom Start 16

Headroom End 16

Channel Assignment....16

Load CH Preset....16

Save CH Preset 17

CH Preset 17

WAVEFORM SUBMENU 17

VECTORSCOPE SUBMENU 18

ClipGuide SUBMENU 18

USER ASSIGN SUBMENU 19

REMOTE SUBMENU 20

SETUP SUBMENU 20

Specifications 22

Maintenance / Color Calibration Procedure....23

Warranty Information 24

Product Overview

The Orchid OR-841-HDSDI is a single 8.4" fully featured camera-top and field monitor system. The OR-841-HDSDI offers built-in Waveform Monitor, Vectorscope, Audio Bars, Built In Speaker with audio outputs, and several diagnostic tools. This monitor is ideal for use as a camera top or field camera assist monitor. The OR-841-HDSDI is equipped with two HD/SD-SDI inputs with switched output. Diagnostic tools include our exclusive ClipGuide feature, 16 Tri-Color Audio Bar Graph meters with peak hold and numeric display of headroom and peak levels, and real-time analysis of color space conversion gamut errors. Other standard features include factory calibrated screen, easy-to-navigate onscreen menus with RotoMenu control, 9 assignable function keys, adjustable color temperature, aspect ratio settings, a variety of screen markers, blue-only mode, monochrome mode, H/V delay, and 7 assignable GPI inputs.

Features

High Resolution 8.4" Panel

The OR-841-HDSDI features an all-digital TFT-MegaPixel active matrix LCD system. The LCD panel features a nominal brightness of 400 cd/m^2 and a contrast ratio of 400:1 making each display ideal in a variety of environments and lighting conditions.

MARSHALL OR-841-HDSDI - High Resolution 8.4" Panel - 1

natural_image Composite image showing Earth and a waveform display (no readable text or symbols)

Waveform monitor function

The built-in waveform monitor (which includes adjustable White and Black clip level indicators) can be displayed in various aspect ratios, positions, and transparency options. The Waveform Monitor not only monitors luminance, but can also warn the user for out-of-range conditions such as overexposure or “blacker-than-black” errors with fully user-adjustable warning limits.

MARSHALL OR-841-HDSDI - Waveform monitor function - 1

natural_image Landscape photo of a grassy field with scattered white flowers and green trees, featuring an inset image of a bird in flight (no text or symbols visible)

Real-time Color Vectorscope

The built-in Vectorscope allows users to monitor color gamut range in real time. It displays in full color and can also be displayed in various sizes, positions, and transparency options. The Vectorscope has adjustable gain from 1x to 5x.

MARSHALL OR-841-HDSDI - Real-time Color Vectorscope - 1

natural_image Illustration of Earth from space showing cloud cover and atmospheric layers (no text or symbols)

ClipGuide

The ClipGuide function operates with both the Waveform display and Monochrome/Color picture display. Both the upper and lower ClipGuide levels are user-adjustable in order to accurately display over-and-under exposures during different shooting conditions. For example, the upper ClipGuide limit may be set to 85 IRE and the lower limit to 10 IRE. With these settings, any exposures over the set limit of 85 IRE will display red on both the Waveform and picture (if selected). The same will be true for blacks under 10 IRE.

Chroma monitor function

Included in the ClipGuide menu are settings for monitoring color gamut errors, which can occur in color space conversion. Any data exceeding these values will be displayed as Yellow in the picture. The factory preset for C limits are 16 and 240 according to ITU-R BT.709. Typically, these values should not be exceeded during normal video production.

MARSHALL OR-841-HDSDI - Chroma monitor function - 1

natural_image Landscape photo of a green field with scattered white flowers and distant high-rise buildings (no visible text or symbols)

Precision Audio Level Meters

De-embeds and displays up to 16 channels of audio using sixteen 64-segment tri-color Audio Meters with user-adjustable reference levels. The Audio Level Meters provide numerical indicators and headroom levels, as well as peak hold function. Audio Channel Loss Warning prevents errors during monitoring.

MARSHALL OR-841-HDSDI - Precision Audio Level Meters - 1

scatter | x | y | | ------- | ------- | | 0.25704 | 0.25704 | | 0.25705 | 0.25705 | | 0.25706 | 0.25706 | | 0.25707 | 0.25707 | | 0.25708 | 0.25708 | | 0.25709 | 0.25709 | | 0.25710 | 0.25710 | | 0.25711 | 0.25711 | | 0.25712 | 0.25712 | | 0.25713 | 0.25713 | | 0.25714 | 0.25714 | | 0.25715 | 0.25715 | | 0.25716 | 0.25716 | | 0.25717 | 0.25717 | | 0.25718 | 0.25718 | | 0.25719 | 0.25719 | | 0.25720 | 0.25720 | | 0.25721 | 0.25721 | | 0.25722 | 0.25722 | | 0.25723 | 0.25723 | | 0.25724 | 0.25724 | | 0.25725 | 0.25725 | | 0.25726 | 0.25726 | | 0.25727 | 0.25727 | | 0.25728 | 0.25728 | | 0.25729 | 0.25729 | | 0.25730 | 0.25730 | | 0.25731 | 0.25731 | | 0.25732 | 0.25732 | | 0.25733 | 0.25733 | | 0.25734 | 0.25734 | | 0.25735 | 0.25735 | | 0.25736 | 0.25736 | | 0.25737 | 0.25737 | | 0.25738 | 0.25738 | | 0.25739 | 0.25739 | | 0.25740 | 0.25740 | | 0.25741 | 0.25741 | | 0.25742 | 0.25742 | | 0.25743 | 0.25743 | | 0.25744 | 0.25744 | | 0.25745 | 0.25745 | | 0.25746 | 0.25746 | | 0.25747 | 0.25747 | | 0.25748 | 0.25748 | | 0.25749 | 0.25749 | | 0.25750 | 0.25750 | | 0.25751 | 0.25751 | | 0.25752 | 0.25752 | | 0.25753 | 0.25753 | | 0.25754 | 0.25754 | | 0.25755 | 0.25755 | | 0.25756 | 0.25756 | | 0.25757 | 0.25757 | | 0.25758 | 0.25758 | | 0.25759 | 0.25759 | | 0.25760 | 0.25760 | | 0.25761 | 0.25761 | | 0.25762 | 0.25762 | | 0.25763 | 0.25763 | | 0.25764 | 0.25764 | | 0.25765 | 0.25765 | | 0.25766 | 0.25766 | | 0.25767 | 0.25767 | | 0.25768 | 0.25768 | | 0.25769 | 0.25769 | | 0.25770 | 0.25770 | | 0.25771 | 0.25771 | | 0.25772 | 0.25772 | | 0.25773 | 0.25773 | | 0.25774 | 0.25774 | | 0.25775 | 0.25775 | | 0.25776 | 0.25776 | | 0.25777 | 0.25777 | | 0.25778 | 0.25778 | | 0.25779 | 0.25779 | | 0.25780 | 0.25780 | | 0.25781 | 0.25781 | | 0.25782 | 0.25782 | | 0.25783 | 0.25783 | | 0.25784 | 0.25784 | | 0.25785 | 0.25785 | | 0.25786 | 0.25786 | | 0.25787 | 0.25787 | | 0.25788 | 0.25788 | | 0.25789 | 0.25789 | | 0.3489 The chart displays a scatter plot with x-axis labeled 'x' and y-axis labeled 'y', where each point represents a data point on the x-axis and y-axis respectively. The data points are grouped into four groups: 'low', 'medium', 'high', and 'low'. The chart includes a legend for the y-axis scale. The chart contains three lines: one labeled 'low', one labeled 'medium', and one labeled 'high'. The data points are plotted along the y-axis, with labels indicating the x-axis position (e.g., 'low' to 'high'). The y-axis label 'low' appears at the bottom left of the chart, while the y-axis label 'high' appears at the bottom right of it. The chart title is 'low'. The legend indicates that the color of the line corresponds to the value of the y-axis (e.g., red = low, blue = medium, green = high). The chart title is 'low'. The chart title is 'medium'. The chart title is 'high'. The chart title is 'low'. The chart title is 'medium'. The chart title is 'high'. The chart title is 'low'. The chart title is 'medium'. The chart title is 'high'. The chart title is 'low'. The chart title is 'medium'. The chart title is 'high'. The chart title is 'low'. The chart title is 'medium'. The chart title is 'high'. The chart title is 'low'. The chart title is 'medium'. The chart title is 'high'. The chart title is 'low'. The chart is a line graph showing the relationship between x and y axes for two distinct series: one (red) and one (green), both exhibiting positive linear trends with increasing slope as x increases from left to right, indicating a consistent upward trend in y-values across the x-range from -1 to +1. The data points are clustered around the origin, suggesting a comparison of two sets of values under different conditions or models. The chart title is "low". The chart title is "medium". The chart title is "high". The chart title is "low". The chart title is "medium". The chart title is "high". The chart title is "low". The chart is a line graph showing the relationship between x and y axes for two distinct series: one (red) and one (green). The red line represents a lower bound and the green line a higher bound, both increasing with x, indicating a positive correlation between x and y for these series, with the green line consistently above the red line across all x values shown. The chart title is "low". The chart title is "medium". The chart title is "high". The chart title is "low". The chart title is "medium". The chart title is "high". The chart title is "low". The chart is a line graph showing the relationship between two variables for two distinct series: one (red) and one (green). The red line represents a lower bound and the green line represents a higher bound, both increasing with x, indicating a positive correlation between x and y for those series. The chart title is "low". The chart title is "medium". The chart title is "high". The chart title is "low". The chart is a line graph showing the relationship between two variables for two distinct series: one (red) and one (green). The red line represents a lower bound and the green line represents a higher bound, both increasing with x, indicated by an upward-sloping trend line. The chart title is "low". The chart title is "medium". The chart title is "high". The chart title is "low". The chart is a line graph showing the relationship between two variables for two distinct series: one (red) and one (green). The red line represents a lower bound and the green line represents a higher bound, both increasing with x; the green line represents a higher bound, which also increases with x but remains below the red line throughout the range. The chart title is "low". The chart title is "medium". The chart title is "high". The chart title is "low". The chart is a line graph showing the relationship between two variables for two distinct series: one (red) and one (green). The red line represents a lower bound and the green line represents a higher bound, both increasing with x as x increases from left to right. The chart title is "low". The chart title is "medium". The chart title is "high". The chart title is "low". The chart is a line graph showing the relationship between two variables for two distinct series: one (red) and one (green). The red line represents a lower bound and the green line represents a higher bound, both increasing with x over time. The chart title is "low". The chart title is "medium". The chart title is "high". The chart title is "low". The chart is a line graph showing the relationship between two variables for two distinct series: one (red) and one (green). The red line represents a lower bound and the green line represents a higher bound, both increasing with x. The chart title is "low". The chart title is "medium". The chart title is "high". The chart title is "low". The chart is a line graph showing the relationship between two variables for two distinct series: one (red) and one (green). The red line represents a lower bound and the green line represents a higher bound, both increasing with x from left to right. The chart title is "low". The chart title is "medium". The chart title is "high". The chart title is "low". The chart is a line graph showing the relationship between two variables for two distinct series: one (red) and one (green). The red line represents a lower bound and the green line represents a higher bound, which also increases with x; the green line represents a higher bound, which also increases with x. The chart title is "low". The chart title is "medium". The chart title is "high". The chart title is "low". The chart is a line graph showing the relationship between two variables for both series: one (red) and one (green), both increasing with x, indicating a positive correlation between x and y. The chart title is "low". The chart title is "medium". The chart title is "high". The chart title is "low". 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Precision White Balance with Color Temperature Adjustment

White balance adjustment is essential in order to render colors correctly. To display colors correctly, gray scale should maintain identical color temperature. The white balance for ORCHID monitors defaults to D65 (6500K) so the user does not need to adjust white balance.

LCD monitors have color-matching issues because white balance can be affected by a change in luminance level. Our unique color management system solves this problem.

The ORCHID operating system includes an Automatic White Balance function that allows a “One Button” calibration procedure when used with a Minolta CA-210 color probe. All Orchid Series LCD panels are calibrated at the factory to ensure color conformity between screens.

Select color temperature and gamma mode

Color temperature presets may be selected between D65 or D93 as well as user-defined settings. Gamma settings are adjustable from 1.0 to 3.0 in 0.1 steps. The standard setting is 2.2.

Flexible Screen Markers

A variety of screen markers in 4:3, 16:9, and full screen modes allow accurate monitoring of the different aspect ratios used in broadcast environments.

User-Definable Function Buttons

Nine user-definable function buttons and one Rotary Encoder on the front panel allow quick access to numerous settings and features including Input 1, Input 2, Option Input, Waveform, Vectorscope, Audio Bars, aspect ratio, screen markers, monochrome mode, H/V delay mode, and more.

AUDIO Jack

There are two 3.5mm AUDIO jacks (one on the front panel for headphones and one on rear panel to feed an external amplifier). It is possible to utilize both the front panel headphone connector and rear panel speaker connector simultaneously with individual volume controls. When not in menu mode, the rotary encoder on the front panel may control the headphone and internal speaker volume.

Installation and Initial Setup

Unpacking

Carefully unpack the OR-841-HDSDI monitor and verify that the following items are included:

• OR-841-HDSDI Monitor
• 12V 4A XLR Power Supply with 4-Pin Female XLR Connector
- Operating Instructions

Inspect the unit for any physical damage that may have occurred during shipping. Should there be any damage, immediately call Marshall Electronics Customer Service at (800) 800-6608. If you are not located within the continental United States, call +1 (310) 333-0606.

Mounting

The OR-841-HDSDI is designed as a tabletop camera assist or tri-pod/camera-top monitor. It comes complete with tabletop stand, easy-to-carry handle on top, and is equipped with both 14 -20 and 3/8" threaded mounts on top and bottom. The included handle and stand may be removed for access to the threaded mounts.

There is an optional OR-8RK rack mount kit for mounting two OR-841-HDSDI units side by side in a standard 19" rack. When used in this configuration, the Dual OR-841-HDSDI units occupy 5 RU and have a +/- 40° Tilt.

Other optional accessories include the OR-8HO Custom Hood for daylight viewing and the OR-8HA optional side mount handle. One handle may be mounted on each side of the OR-841 for easy carrying during a wireless camera shoot.

Optional Accessories for OR-841
MARSHALL OR-841-HDSDI - Mounting - 1

natural_image Front view of a black electronic device with a screen and handle (no visible text or symbols)

OR-8HA Side Handle

MARSHALL OR-841-HDSDI - Mounting - 2

natural_image Black rectangular electronic device with a flat top and side panel (no visible text or symbols)

OR-8HO Hood

MARSHALL OR-841-HDSDI - Mounting - 3

natural_image Two black rectangular electronic equipment units with mounting holes, no visible text or symbols on the surfaces.

OR-8RK Rack Mount Kit (Mounts two units side-by-side)

Connections and Power-On

Plug the power supply into an AC power source (100-240 V @ 50/60 Hz). Attach the 4-pin female XLR connector to the back of the monitor. The monitor will draw no more than 4.0 Amps at 12 Volts in operation (24 Watts).

Connect the required cables for video signal input and output (Power must be applied to the OR-841-HDSDI for the active loop-through outputs to be activated). All BNC connectors are rated at 75Ω.

Front Panel Features

MARSHALL OR-841-HDSDI - Front Panel Features - 1

text_image Marshall archid 08-041 ② ③ ④ ⑤ ①

1 Power Button with Indicator

Press power switch to turn on the Unit. The indicator LED will turn Green. Press again to put the OR-841-HDSDI into standby mode. The LED will turn Red.

② Tri-Color Tally Light

30mm Tri-Color tally lamp controlled via the Remote connector on the rear of the unit.

3 User-Definable Function Keys

Nine user-definable function buttons can be used for direct access to various settings. Functions are assigned using the on-screen menu.

4 User-Defined Rotary Encoder

The Rotary Encoder may be assigned to one of five functions through the User Assign menu. The available functions are:

  • Volume
  • Brightness
  • Contrast
  • Saturation
  • Sharpness

Turning the encoder will allow the user to make adjustments to the selected mode.

ROTOMENU Control

Press the ROTOMENU Encoder to access the on-screen Menu. Turn the encoder to the Left or Right to navigate Up and Down on the on-screen menu. Press the encoder to select the sub-menu. When you arrive at the sub-menu or value you wish to modify, turn the encoder to select the new value and then press the Encoder to save the change. If you exit the data entry submenu before pressing the Encoder, the changes will not be saved. You may exit sub-menus by turning the Encoder to the Return heading and pressing the Encoder to select, or simply by pressing the F9 key.

5 Headphone Jack

3.5mm stereo headphone jack. Left and Right source are selected from the on-screen menu.

Rear Panel Features

Parallel Remote RJ-45 Pin Assignments

Pin 1GPI 1
Pin 2GPI 2
Pin 3GPI 3
Pin 4GPI 4
Pin 5GND
Pin 6GPI 5
Pin 7GPI 6
Pin 8GPI 7

MARSHALL OR-841-HDSDI - Rear Panel Features - 1

text_image SERVICE ONLY DC IN 12V SD(HD/SD) POWER IN1 OUT IN2 AUDIO OUT PARALLEL REMOTE 1 2 3 4

1 GPI Input

RJ-45 connector for 7 user-assignable GPI inputs. Assignable using the on-screen menu.

② Service Port

Proprietary connection used for firmware upgrades and LCD color balance calibration.

3 Power Input

Connect 12VDC to the 4-Pin XLR power input connector. Power can be supplied from the included power supply or from a variety of DC sources supplying at least 1 Amp at 12 Volts.

IMPORTANT: If using a power source other than the included power supply, be sure that the polarity of the DC input is correct:

Pin 1: GND

Pin 2: N/C

Pin 3: N/C

Pin 4: +12VDC

4 Audio Output

3.5mm stereo line level output for monitoring embedded audio channels. The desired audio channels are selected in the Audio onscreen menu. The output level is also controlled through the Audio onscreen menu.

5 Video input connectors

Dual Auto-Sensing HDSDI BNC Video inputs. There are two HDSDI video inputs.

Each input auto-detects HD and SD-SDI video signals.

The output connector is an active re-clocked video signal from the selected HD/SDI input.

OR-841-HDSDI Compatible Formats

Format HD/SD-SDI
480 / 60i
576 / 50i
480 / 60p
576 / 50p
720 / 60p
720 / 50p
720 / 30p
720 / 25
720 / 24p
1080 / 60p
1080 / 50p
1080 / 60i (30PsF)
1080 / 50i (25PsF)
1080 / 48i (24Psf)
1080 / 30p
1080 / 25p
1080 / 24p
VGA
SVGA
XGA
SXGA
UXGA
WUXGA

On-Screen Menu

OR-841-HDSDI MENU STRUCTURE OVERVIEW
INFO [1080i / 60]MODEL NAME OR-841-HDSDI
OPTION CARD N/A
OPTION S/N
INPUT SDI
INPUT FORMAT 1080i / 60
COLOR MATRIX 709
COLOR TEMP D65
VERSION 0.0.0.0
INPUT [SDI]RETURN
INPUT SELECT SDI 1 / SDI 2
Analog Calibrate >
PICTURERETURN
BRIGHT 0~100 [50] is Calibrated setting
CONTRAST 0~100 [80] is Calibrated setting
SATURATION 0~100 [50] is Calibrated setting
SHARPNESS 0~100 [0] is Calibrated setting
GAMMA1.0 to 3.0 in 0.1 steps [2.2] is Calibrated Setting
COLOR [D65 / 709]RETURN
COLOR MATRIX AUTO, RGB, BT. 601, BT. 709
COLOR TEMP CIE D65, JP D93, USER, CAL D65/D93, CAL D65, CAL D93
RED BIAS-128 to 127 [0] is Calibrated Setting
GREEN BIAS-128 to 127 [0] is Calibrated Setting
BLUE BIAS-128 to 127 [0] is Calibrated Setting
RED GAIN0.000 to 1.992 [x1.00] is Calibrated setting
GREEN GAIN0.000 to 1.992 [x1.00] is Calibrated setting
BLUE GAIN0.000 to 1.992 [x1.00] is Calibrated setting
SCREEN [16 : 9]RETURN
SCANNORMAL, OVERSCAN, ZOOM
ASPECT AUTO, 4:3, 16:9
MONO COLOR SELRGB
MONO
RED
GREEN
BLUE
R+G
R+B
G+B
H/V DELAYON / OFF
SHIFT II -128 to 127 [0] is Calibrated Setting (- = Right)
SHIFT V -128 to 127 [0] is Calibrated Setting (- = Down)
MARKERRETURN
MARKERON / OFF
CENTERON / OFF
ASPECT RATIOOFF
4:03
16:9
1.85:1
2.35:1
4:3 & 2.85:1
4:3 & 2.35:1
SAFETY ZONE80% to 100% (OFF) [95%] is normal setting
MARKER MATCLEAR, HALFTONE, BLACK
LINE THICKNESS1, 2, 3
LINE LEVEL GRAY, HALFTONE, WHITE, INVERT
AUDIO [ON]RETURN
LEVEL METER ON / OFF
METER BACKGROUND ON / OFF
DISPLAY CHANNELS 1~16
ACTIVE CH ONLY ACTIVE, ALL
METER COLUMNS DUAL, QUAD
DISP TYPE OVERLAP, OVERLAY
FRONT VOLUME 0 to 40
REAR VOLUME 0 to 40
HEADROOM START -6 to -60[-20] is SMPTE Standard
HEADROOM END 0 to -20 [-6] is Normal setting
LEFT CHANNEL CHANNEL1TO CHANNEL 16
RIGHT CHANNEL CHANNEL1TO CHANNEL 16
LOAD CH PRESET FROM > PRESET 1 to PRESET 8
SAVE CH PRESET TO >PRESET 1 to PRESET 8
CH PRESETLOCK / UNLOCK
WAVEFORM [ON]RETURN
LAYOUTNORMAL, LAYOUT A, LAYOUT B
WAVEFORMON / OFF
SIZESMALL, MEDIUM, LARGE
POSITIONLEFT TOP, LEFT BOTTOM, RIGHT TO, RIGHT BOTTOM
TYPEOVERLAY / OVERLAP
Y OVER LIMIT[100.0%] % IRE 0% to 109.1%
Y UNDER LIMIT [100.0%] % IRE -7.3% to 109.1%
VECTORSCOPERETURN
LAYOUTNORMAL, LAYOUT A, LAYOUT B
VECTORSCOPEON / OFF
SIZESMALL, MEDIUM, LARGE
POSITIONLEFT TOP, LEFT BOTTOM, RIGHT TOP, RIGHT BOTTOM
TYPEOVERLAY / OVERLAP
GAINX1.00 to X1.91 in .01 steps
ClipGuideRETURN
ClipGuideON / OFF
MODELUMA (Y)
LUMA (Y) ON MONO
CIROMA (C)
CIROMA (C) ON MONO
Y & C
Y & C ON MONO
DISPLAY TYPEZEBRA / FILL
Y UPPER LIMIT[100.0%] % IRE -7.3% to 109.1%
Y UNDER LIMIT [0.0%] % IRE -7.3% to 109.1%
C UPPER LIMIT0~255 [016 = 7.5 IRE, 235 = 100 IRE]
C LOWER LIMIT0~255 [016 = 7.5 IRE, 235 = 100 IRE]
USER ASSIGNRETURN
F-1 THRU F-9INPUT 1
INPUT 2
GAMMA 1.0
GAMMA 1.8
GAMMA 2.0
GAMMA 2.2
GAMMA 2.4
GAMMA 2.6
WHITEBALANCE D65
WHITEBALANCE D93
MONO

On-Screen Menu (continued)

USER ASSIGNF-1 THRU F-9COLOR CHANNEL AUDIO PRESET 5
SCAN AUDIO PRESET 6
ASPECT AUDIO PRESET 7
ZOOM AUDIO PRESET 8
HV DELAY LAYOUT A
MARKER LAYOUT B
AUDIO METER WAVEFORM MON
AUDIO PRESET 1 VECTORSCOPE
AUDIO PRESET 2 ClipGuide
AUDIO PRESET 3 TIMECODE
AUDIO PRESET 4
ROTARY 1VOLUME
BRIGHIT
CONTRAST
SATURATION
SHARPNESS
REMOTERETURN
PIN 1 THRU 8(Pin 5 is Ground)INPUT 1
INPUT 2
GAMMA 1.0
GAMMA 1.8
GAMMA 2.0
GAMMA 2.2
GAMMA 2.4
GAMMA 2.6
WHITEBLANCE D65
WHITEBALANCE D93
MONO
SCAN
ASPECT
ZOOM
HV DELAY
RED ONLY
BLUE ONLY
GREEN ONLY
MARKER
AUDIO METER
AUDIO PRESET 1
AUDIO PRESET 2
AUDIO PRESET 3
AUDIO PRESET 4
AUDIO PRESET 5
AUDIO PRESET 6
AUDIO PRESET 7
AUDIO PRESET 8
LAYOUT A
LAYOUT B
WAVEFORM MON
VECTORSCOPE
CLIPGUIDE
TIMECODE LTC
TIMECODE VITC 1
TIMECODE VITC 2

On-Screen Menu (continued)

REMOTEPIN 1 THRU 8(Pin 5 is Ground)R TALLY
G TALLY
B TALLY
LEFT R TALLY
LEFT G TALLY
LEFT B TALLY
RIGHT R TALLY
RIGHT G TALLY
RIGHT B TALLY
SETUPRETURN
FORMAT DISP AUTO / ON / OFF
TIMECODE OFF / LITC / VITC1 / VITC2
POWER SAVEALWAYS ON
2 MIN
5 MIN
10 MIN
30 MIN
1 HOUR
2 HOUR
KEY LOCK LOCK / UNLOCK
RESET TO MFG DEFAULT >REST NOW / CANCEL
BACKUP USER CONFIG >BACKUP NOW / CANCEL
RESTORE USER CONFIG RESTORE NOW / CANCEL

Access the main menu by pushing the center MENU button on the front panel of the monitor.

MARSHALL OR-841-HDSDI - Main Menu and Navigation - 1

text_image INFO [1080i/69] INPUT [SDI 1] PICTURE COLOR [D65/709] SCREEN [16:9] MARKER [OFF] AUDIO [ON] MAVEFORM [ON] VECTORSCOPE [ON] ClipGuide [OFF] USER ASSIGN REMOTE SETUP MODEL NAME OR-B41 OPTION CARD N/A INPUT SDI 1 VIDEO FORMAT 1080i/60 COLOR MATRIX 709 COLOR TEMP D65 VERSION 0.9.7.1
  • Step through menu items by using the RotoMenu control.
  • Choose a submenu or select a menu item by pushing the RotoMenu control.
  • Return to the previous menu by pressing the F-9 button.
  • Exit the main menu by again pressing the F-9 button.

MARSHALL OR-841-HDSDI - Main Menu and Navigation - 2

text_image MODEL NAME OR-841 OPTION CARD N/A INPUT SDI 1 VIDEO FORMAT 1080i/60 COLOR MATRIX 709 COLOR TEMP D65 VERSION 0.9.7.1

INFO SUBMENU

The INFO Submenu is a read-only display that gives the user information about the particular screen being viewed. No adjustment can be made from this submenu.

INPUT SUBMENU

The Input sub menu allows the user to select either the SDI-1 / SDI-2 inputs or the Optional Input module if installed as the source to be displayed.

PICTURE SUBMENU

The Picture submenu allows the user to make adjustments to Brightness, Contrast, Saturation, Sharpness and Gamma.

Brightness

  • Varies between 0 and 100 (50 is standard).
  • 50 is default value with standard black level.
  • Increasing brightness level allows user to see BTB (Blacker-than-Black).

Contrast

  • Varies between 0 and 100 (80 is standard).
  • 80 is default value with 100% gain of video signal.

Saturation

  • Varies between 0 and 100 (50 is standard).
  • 50 is default value with nominal color saturation.
  • Setting to 0 should display as monochrome.
  • Increasing value will increase color saturation.

Sharpness

  • Varies between 0 and 100 (0 is standard).
  • 0 is default value with no scaling artifact.

Gamma

  • Varies between 1.0 and 3.0 with 0.1 steps.
  • If White Balance is set to User Mode, changing gamma will have no effect.

MARSHALL OR-841-HDSDI - Gamma - 1

text_image INFO [1080i/60] INPUT [SDI 1] PICTURE COLOR [065/709] SCREEN [16:9] MARKER [OFF] AUDIO [ON] HAVEFORM [ON] VECTORSCOPE [ON] ClipGuide [OFF] USER ASSIGN REMOTE SETUP RETURN BRIGHT [50] CONTRAST [80] SATURATION [50] SHARPNESS [0] GAMMA [2.2]

COLOR SUBMENU

The Color submenu allows the user to access to the Color management controls.

■ Color Matrix

Auto

  • System automatically selects correct matrix.
    • Typically, 601 for SD Formats, 709 for HD Formats.

RGB

  • User can manually set to RGB.
  • RGB should be used with GBR422 systems.

601

- Conforms to ITU-R BT.601 matrix.

709

- Conforms to ITU-R BT.709 matrix.

MARSHALL OR-841-HDSDI - 709 - 1

text_image INFO [1080i/60] INPUT [SDI 1] PICTURE COLOR [065/709] SCREEN [16:9] MARKER [OFF] AUDIO [ON] MAVEFORM [ON] VECTORSCOPE [ON] ClipGuide [OFF] USER ASSIGN REMOTE SETUP RETURN COLOR MATRIX [709] COLOR TEMP [065] RED BIAS [0] GREEN BIAS [0] BLUE BIAS [0] RED GAIN [×1.00] GREEN GAIN [×1.00] BLUE GAIN [×1.00] AUTO RGB BT.601 BT.709

■ Color Temp

Use this setting to choose between color temperature presets:
- D65 (6500K). Conforms to CIE D65 White Point. x = 0.3127, y = 0.3290 - D93 (9300K). Conforms to Japanese D93 White Point. x = 0.2830, y = 0.2980
- USER (Adjustable Color Bias and Gain)
• CAL D65/D93
• CAL D65
• CAL D93

■ RGB Bias and Gain

Select this submenu to fine-tune the monitor's color balance (R, G, B) or execute the One Button Auto White Balance function. The color calibration procedure is described at the rear of this manual. Fine-tuning the monitor's color balance (R, G, B) should only be done by someone experienced with video engineering, as this will alter the overall color shading of the screen. The purpose is to allow color matching to other types of monitors and/or displays. NOTE: The Color Temperature preset will automatically switch to CUSTOM when Color Bias or Gain settings are adjusted. It is normal for color bias adjustments to be very subtle. When selecting the RGB Bias and Gain submenus, changes to Gain and Bias will be seen in real time. Once the proper level is achieved, the user must save this setting by pressing the RotoMenu encoder. If the user leaves the setting menu before saving, the value will return to the original setting.

MARSHALL OR-841-HDSDI - ■ RGB Bias and Gain - 1

text_image INFO [1080i/60] INPUT [SDI 1] PICTURE COLOR [D65/709] SCREEN [16:9] MARKER [OFF] AUDIO [ON] WAVEFORM [ON] VECTORSCOPE [ON] ClipGuide [OFF] USER ASSIGN REMOTE SETUP RETURN SCAN [NORMAL] ASPECT [16:9] MONO/COLOR [RGB] HV DELAY [OFF] SHIFT H [0] SHIFT V [0]

SCREEN SUBMENU

■ Scan

Normal (Zero Scan)

- Whole picture should be visible without any cropping. - When in normal mode, it should not see non-active areas such as SAV, EAV.

Over (End-User TV Production Scan)

- 5% of the picture is cropped and zoomed to fill the screen. - After cropping, it will maintain correct aspect ratio and center.

Zoom

- When in zoom mode, the center portion of the picture is magnified to fill the screen by approximately 4x.

■ Aspect Ratio Settings

Use to switch between Full Screen, 4:3 and 16:9 aspect ratios.

The OR-841-HDSDI monitor has a native resolution of 1024 x 768 RGB pixels, so incoming images are automatically scaled to fit the screen:

  • In Auto mode, images are displayed in their native Aspect Ratio. SD is normally 4:3 / HD normally 16:9.
  • In 4:3 mode, images are scaled to fill the maximum 4:3 portion of the screen (1024 x 768), with black bars filling the remainder of the screen, regardless of its original format.
  • In 16:9 mode, images are scaled to fill the maximum 16:9 portion of the screen (1024 x 576) regardless of its original format.

MARSHALL OR-841-HDSDI - ■ Aspect Ratio Settings - 1

natural_image Two black horizontal bars on white background, no text or symbols present

AUTO with 16:9 source

MARSHALL OR-841-HDSDI - ■ Aspect Ratio Settings - 2

natural_image Empty white square with black border (no text or symbols)

4:3 Mode with 16:9 source or native 4:3 in AUTO mode.

■ Mono / Color

Use the Mono / Color modes for monitor calibration or to analyze individual color components of an image.

  • RGB = displays all three colors (Normal display)
  • Mono = displays as monochrome
    • Red Channel = displays red channel only
  • Green Channel = displays green channel only
  • Blue Channel = displays blue channel only
    • R+G = Red + Green
  • R + B = Red + Blue
    • G+B = Green + Blue

■ H/V Delay

Use this setting to enable H & V Delay

- In H & V Delay mode, both horizontal sync and vertical sync are delayed, resulting in both horizontal and vertical blanking periods being shown at the center of the screen.

■ Shift H

Use the RotoMenu control to change the value of this setting which will shift the picture horizontally. Negative values will move the picture Right, while Positive values will move the picture Left. [0] is center value.

■ Shift V

Use the RotoMenu control to change the value of this setting, which will shift the picture Vertically. Negative values will move the picture DOWN, while Positive values will move the picture UP.

MARKER CONFIGURATION SUBMENU

Marker

Use this setting to enable or disable all on-screen markers. This setting affects the Center marker, Aspect markers, and Safety marker.

■ Center Marker

Use this setting to display a center marker on the screen.

■ Aspect Markers

Use these settings to superimpose one of 6 markers on the screen when in 16:9 mode.

• 4:3
• 16:9
• 1.85:1
• 2.35:1
• 4:3 and 1.85:1
• 4:3 and 2.35:1

MARSHALL OR-841-HDSDI - ■ Aspect Markers - 1

text_image INFO [1000i/60] INPUT [SOI 1] PICTURE COLOR [065/709] SCREEN [16:9] MARKER [OFF] AUDIO [ON] VAVEFORM [ON] VECTORASCOPE [ON] ClipGuide [OFF] USER ASSIGN REMOTE SETUP RETURN MARKER [OFF] CENTER [ON] ASPECT [OFF] SAFETY [95%] MARKER MAT [CLEAR] LINE THICKNESS [2] LINE TYPE [WHITE]

■ Safety Marker

Use this setting to adjust the safety marker from 80% to 100% (Off) in 1% steps.

MARSHALL OR-841-HDSDI - ■ Safety Marker - 1

natural_image Empty white rectangle with black border (no text or symbols)

MARSHALL OR-841-HDSDI - ■ Safety Marker - 2

natural_image Empty rectangular frame with no text, symbols, or markings

OFF (No Marker) 2.35:1 Aspect Ratio 4:3 Aspect Ratio Marker 90% Safe Area

Marker Mat

Use this setting to change the format of the marker curtains between Clear, Halftone, or Black.

■ Line Thickness

Use this setting to choose the line thickness of the markers from 1, 2, or 3 pixels thick.

■ Line Type

Use this setting to select the style of line used for markers between White, Halftone, and Invert.

Example (80% Marker in 4:3 Mode):

MARSHALL OR-841-HDSDI - ■ Line Type - 1

natural_image Empty rectangular frame with no text, numbers, or symbols inside

MARSHALL OR-841-HDSDI - ■ Line Type - 2

natural_image Empty white rectangle with black border (no text or symbols)

Normal Background Black Background

AUDIO CONFIGURATION SUBMENU

■ Level Meter

Selects whether or not to display audio level meters.

■ Meter Background

Selects whether or not to display meter background.

■ Display Channels

Selects how many audio meters you want to display. You may select any number of channels from 1 to 16.

■ Active Channel Only

Allows a choice of All channels or Active channels only. Selecting Active will override the Display Channels setting.

MARSHALL OR-841-HDSDI - ■ Active Channel Only - 1

text_image INFO [1080i/60] INPUT [SDI 1] PICTURE COLOR [D65/709] SCREEN [16:9] MARKER [OFF] AUDIO [ON] WAVEFORM [ON] VECTORSCOPE [ON] ClipGuide [OFF] USER ASSIGN REMOTE SETUP RETURN LEVEL METER [ON] METER BACKGROUND [ON] DISPLAY CHANNELS [O] ACTIVE CH ONLY [ALL] METER COLUMNS [DUAL] DISP TYPE [OVERLAP] FRONT VOLUME [15] REAR VOLUME [15] HEADROOM START [-20dB] HEADROOM END [-6dB] LEFT CHANNEL [1CH] RIGHT CHANNEL [2CH] LOAD CH PRESET FROM > SAVE CH PRESET TO > CH PRESET [UNLOCKED]

■ Meter Columns

Allows a choice of displaying Level Meters is Dual (2) or Quad (4) columns.

■ Display Type

Allows a choice between Overlap and Overlay modes. Overlap is opaque and will block part of the video image where the Level Meters appear. Overlay is Halftone (semi-transparent) so video can be seen through the Level Meters.

■ Front Volume

Adjusts Headphone and speaker volume on the front panel. This value is adjustable from 0 to 40. Setting to 0 will Mute the output.

■ Rear Volume

Adjusts the Line Output jack on the rear panel. This value is adjustable from 0 to 40. Setting to 0 will Mute the output.

■ Headroom Start

Adjusts the point at which the level meters will change color from Green to Yellow. This is normally the level used for alignment. For digital audio in the US, the SMPTE standard is -20dBFS = 0VU = +4dBu. The European EBU standard is -18dBFS = 0VU. Other Alignment standards can be set using this menu.

■ Headroom End

Adjusts the point at which the level meters will change color from Yellow to Red. There is no official standard to where this point should occur. This is an arbitrary setting to give visual warning that the program level is peaking near the 0dBFS point at which there are no more bits and clipping will occur.

■ Left Channel / Right Channel

These menus are used to designate which one of the available 16 audio channels will be assigned to either the Left, Right, or both outputs for listening. For example, the user can choose to send CH 1 to the left output and CH 2 to the Right output, or the user can assign CH 1 to both Left and Right for a mono feed.

■ Load CH Preset From >

Use this menu to recall one of the 8 possible memory locations where the user previously stored channel output assignments. Use of this Load command will override the current channel output assignments.

■ Save CH Preset To >

Use this menu to select which one of 8 memory locations where the user wants to store the current channel output assignments.

■ CH Preset

Use this menu to Lock or Unlock the ability to save to the Ch Preset memory locations. This helps to prevent accidental overwriting of stored presets. When Locked, Ch Presets may still be recalled.

WAVEFORM SUBMENU

■ Layout

Use this menu to choose from several available preset screen layouts. Choosing any of the available preset layouts will override the settings in the Waveform, Size and Position menus.

■ Waveform

Use this menu to turn the Waveform display On or Off when in the Normal mode.

MARSHALL OR-841-HDSDI - ■ Waveform - 1

text_image INFO [1080i/60] INPUT [SDI 1] PICTURE COLOR [D65/709] SCREEN [16:9] MARKER [OFF] AUDIO [ON] WAVEFORM [ON] VECTORSCOPE [ON] ClipGuide [OFF] USER ASSIGN REMOTE SETUP RETURN LAYOUT [NORMAL] WAVEFORM [ON] SIZE [MEDIUM] POSITION [RIGHT BOT] DISP TYPE [OVERLAY] Y OVER LIMIT [100.0%] Y UNDER LIMIT [0.0%]

■ Size

Use this menu to choose the size of the Waveform display in Normal mode. Choices are Small, Medium, and Large.

■ Position

Use this menu to select the position you want the Waveform display to occupy on the screen when in the Normal mode. Choices are Left Top, Left Bottom, Right Top, and Right Bottom.

■ Display Type

Use this menu to choose how to display the waveform. The choices are Overlay or Overlap. In the Overlay mode, the waveform will be semi-transparent and the user will be able to see the source video through the waveform. In the Overlap mode, the waveform will be Opaque and will block the source video.

■ Y Over Limit

Use this menu to set where you want the waveform to display Red when the video source exceeds the limit set. This value is adjustable from -7.3% to 109.1% IRE. This setting is shared with the ClipGuide Menu.

■ Y Under Limit

Use this menu to set where you want the waveform to display Red when the video source below the limit set. This value is adjustable from -7.3% to 109.1% IRE. This setting is shared with the ClipGuide Menu.

Limits

  • Internally, Y values ranges from 0 to 255.
  • -7.3 IRE is equal to 0 in digital.
  • 0 IRE is equal to 16 in digital.
    • 100 IRE is equal to 235 in digital.
    • 109.1 IRE is equal to 255 in digital

VECTORSCOPE SUBMENU

MARSHALL OR-841-HDSDI - VECTORSCOPE SUBMENU - 1

text_image INFO [1080i/60] INPUT [SDI 1] PICTURE COLOR [D65/709] SCREEN [16:9] MARKER [OFF] AUDIO [ON] WAVEFORM [ON] VECTORSCOPE [ON] ClipGuide [OFF] USER ASSIGN REMOTE SETUP RETURN LAYOUT [NORMAL] VECTORSCOPE [ON] SIZE [MEDIUM] POSITION [LEFT BOT] DISP TYPE [OVERLAY] GAIN [x1.00]

■ Layout

Use this menu to choose from several available preset screen layouts. Choosing any of the preset layouts will override the settings in the Vectorscope, Size, and Position menus.

■ Vectorscope

Use this menu to turn the Vectorscope display On or Off when in the Normal mode.

■ Size

Use this menu to choose the size of the Vectorscope display in Normal mode. Choices are Small, Medium, and Large.

■ Position

Use this menu to select the position you want the Vectorscope display to occupy on the screen when in the Normal mode. Choices are Left Top, Left Bottom, Right Top, and Right Bottom.

■ Display Type

Use this menu to choose how to display the Vectorscope. The choices are Overlay or Overlap. In the Overlay mode, the Vectorscope will be semi-transparent and the user will be able to see the source video through the Vectorscope. In the Overlap mode, the Vectorscope will be Opaque and will block the source video.

Gain

Use this menu to change the gain of the Vectorscope display. Normally, the Vectorscope displays x1.00. In order to allow a magnified view, the gain is adjustable from x1.00 to x4.98 in .01 steps. Changing this value has no effect on the source material.

ClipGuide SUBMENU

MARSHALL OR-841-HDSDI - ClipGuide SUBMENU - 1

text_image INFO [1080i/60] INPUT [SDI 1] PICTURE COLOR [D65/709] SCREEN [16:9] MARKER [OFF] AUDIO [ON] WAVEFORM [ON] VECTORSCOPE [ON] ClipGuide [OFF] USER ASSIGN REMOTE SETUP RETURN FORMAT DISPLAY [AUTO] TIMECODE [OFF] POWER SAVE [ALWAYS ON] KEY LOCK [UNLOCKED] RESET TO MFG DEFAULT BACKUP USER CONFIG > RESTORE USER CONFIG >

■ ClipGuide

Use this menu to turn the ClipGuide function On or Off.

■ Mode

Allows the choice of which ClipGuide function you want to display. There are 6 modes to choose from:

• Luma (Y) displayed over Color video
• Luma (Y) displayed over Mono video
• Chroma (C) displayed over Color video
• Chroma (C) displayed over Mono video
• Luma (Y) and Chroma (C) displayed over Color Video
• Luma (Y) and Chroma (C) displayed over Mono Video

■ Display Type

ClipGuide will display over and under values in two ways when monitoring the video signal. In the Zebra mode, over and under conditions are indicated in a Zebra (diagonal stripe) pattern. In the Fill mode, over and under conditions are indicated by a solid fill. In either Zebra or Fill mode, Red is the indication for Luma and Yellow is the indication for Chroma.

Y Limits (These values are shared with WFM settings)

Set luminance upper and lower limits to be monitored.

  • Limits are displayed in IRE unit
    • Varies between -7.3 IRE and 109.1 IRE
    • This value will be shown in WFM window as red line
  • Any data exceeding these values will be displayed as red on the picture
    • These values are shared with WFM settings
  • Internally, Y values ranges from 0 to 255
  • -7.3 IRE equals to 0 in digital
    • 0 IRE equals to 16 in digital
    • 100 IRE equals to 235 in digital
    • 109.1 IRE equals to 255 in digital

C Limits

Sets the chrominance levels to be monitored.

• Displayed in 8-bit digital video representation
- Any data exceeding these values will be displayed as Yellow in the picture
• The factory preset for C limits are 16 and 240 according to ITU-R BT.709
• Typically these values should not be exceeded during normal video production

USER ASSIGN SUBMENU

■ F-1 thru F-9

There are nine Function Keys and One Rotary Encoder on the front panel of the OR-841-HDSDI. Each of these F-keys key may be assigned any one of 31 different functions as required by the job or individual user. The Rotary Encoder may be assigned in the same manner. These functions are listed in the Menu Overview section of this manual.

One-way functions

  • Pressing pre-defined key will activate the feature
  • When it is enabled, the indicator of the key will be lit up.
  • Pressing again will have no effect. FOR EXAMPLE: Selecting Input, Selecting Audio Preset, Selecting White Balance

MARSHALL OR-841-HDSDI - One-way functions - 1

text_image INFO [1080i/60] INPUT [SDI 1] PICTURE COLOR [D65/709] SCREEN [16:9] MARKER [OFF] AUDIO [ON] MAVEFORM [ON] VECTORSCOPE [ON] ClipGuide [OFF] USER ASSIGN RETURN F1 [INPUT 1] F2 [INPUT 2] F3 [SCAN] F4 [ASPECT] F5 [MARKER] F6 [ZOOM] F7 [WAVEFORM MON] F8 [VECTORSCOPE] F9 [AUDIO METER] ROTARY1 [BRIGHT] REMOTE SETUP

Two-way functions

  • Pressing pre-defined key will active the feature
  • When it is enabled, the indicator of the key will turn on
  • Pressing again will deactivate the feature.
    FOR EXAMPLE: Scan, WFM, ALM, Layout, HV Delay

Sequential functions

  • Pressing pre-defined key will rotate features in sequence.
    FOR EXAMPLE: Timecode, Color Channel
  • TimeCode will change its state for OFF->LTC->VITC1->VITC2->OFF
  • Color Channel will change its state for RGB->R Only->G Only ... -> RGB

MARSHALL OR-841-HDSDI - Sequential functions - 1

text_image INFO [1080i/60] INPUT [SDI 1] PICTURE COLOR [D65/709] SCREEN [16:9] MARKER [OFF] AUDIO [ON] WAVEFORM [ON] VECTORSCOPE [ON] ClipGuide [OFF] USER ASSIGN REMOTE SETUP RETURN PIN 1 [R TALLY] PIN 2 [G TALLY] PIN 3 [B TALLY] PIN 4 [MARKER] PIN 5 [GROUND] PIN 6 [INPUT 1] PIN 7 [INPUT 2] PIN 8 [ASPECT]

■ Pin 1 through Pin 8

The RJ-45 Remote connector on the rear panel has 8 pins. Pin 5 is Ground, while the remaining 7 pins are pulled high to 3.3VDC and may be used for Tally or other Remote Commands. A list of available Commands and Tally configurations can be found in the Menu Overview section of this manual. The command or Tally is activated by connecting the corresponding Pin (1-4 and 6-8) to Pin 5 (Ground).

Event Trigger

  • Two types of events are allowed.
  • The falling event is when you pull down to ground, and the rising event is when you remove the ground and the pin returns to normal high state.
  • Falling events occurs only once and on the event of power up sequence.
  • This means a falling event will occur only once regardless of whether its pin is repeatedly grounded such as when selecting an input source.
  • The rising event can only occur once a pin has been pulled down to ground to activate the command such as turning on a tally releasing ground (open circuit) to turn off.
  • Priority
  • Lower pin number has higher priorities over higher pin numbers during power up sequence.

Tally System

Tally System can be used with non-separated mode and separated mode.

Non-separated mode

• Supports R/G/B tallies.
- Can mix any channels. FOR EXAMPLE: Mix Red and Green for Amber.
- Cannot mix R/G/B for White (It will be pink due to white balance).
- Cannot be assigned with separated tallies.

Left/Right Separated Mode

• Supports R/G/B tallies on each Left and Right.
- Can mix any channels for each Left and Right.
- Cannot mix R/G/B for White (It will be pink due to white balance).
- Cannot be assigned with non-separated tallies.

SETUP SUBMENU

MARSHALL OR-841-HDSDI - SETUP SUBMENU - 1

text_image INFO [1080i/60] INPUT [SDI 1] PICTURE COLOR [D65/709] SCREEN [16:9] MARKER [OFF] AUDIO [ON] WAVEFORM [ON] VECTORSCOPE [ON] ClipGuide [OFF] USER ASSIGN REMOTE SETUP RETURN FORMAT DISPLAY [AUTO] TIMECODE [OFF] POWER SAVE [ALWAYS ON] KEY LOCK [UNLOCKED] RESET TO MFG DEFAULT BACKUP USER CONFIG > RESTORE USER CONFIG >

■ Format Display

Auto

This mode will display the video format information for about 8 seconds whenever video format is changed.

Off - This mode will not display any video format information.

On - This mode will always display current video format information.

■ TimeCode

Selects among to following options: OFF / LTC / VITC1 / VITC2. In the most cases, the value of LTC and VITC1 will be identical to each other.

■ Power Save

  • When enabled, the monitor will go to sleep after a predefined time has passed when loss of picture occurs.
  • When a valid video format is detected, the monitor will wake up from the sleep state.
  • Pressing any front panel keys will wake up the monitor.
  • In the sleep state, all lights (including the backlight and front key indicators) are turned off.
  • Any change in parallel remote status will wake up the monitor.
    • Tally status is not affected by sleep mode.

■ Key Lock

When it is locked, user cannot use front panel keys except for accessing the menu.

■ Reset to MFG Default

  • This will Restore all configuration values and functions to the factory preset state.
  • This will not change Model Name, Serial Number, or White Balance Data.
  • Requires Confirm action by selecting Confirm again.
    (Select Reset -> RotoMenu control -> Select Confirm -> Press RotoMenu control)
  • Resetting default will not effect backed up data.

■ Backup User Configuration

  • This command backs up all user information to secondary EEPROM (User settings)
  • Requires Confirm action by selecting Confirm again.
    (Select Backup -> Press RotoMenu control -> Select Confirm -> Press RotoMenu control)

■ Restore User Configuration

  • This will Restore all configuration values and functions to the factory preset state.
  • This will not change Model Name, Serial Number, or White Balance Data.
  • Requires Confirm action by selecting Confirm again. (Select Reset -> Press the RotoMenu control -> Select Confirm -> Press Enter the ROTO-Menu control)
  • Resetting default will not effect backed up data.

■ Backup User Configuration

  • This command backs up all user information to secondary EEPROM (User settings)
  • Requires Confirm action by selecting Confirm again. (Select Backup -> Press the RotoMenu control -> Select Confirm -> Press Enter the RotoMenu control)

Specifications

Front
MARSHALL OR-841-HDSDI - Specifications - 1

natural_image Front view of a Marshall medical monitor with control buttons and display screen (no readable text or symbols)

Rear

MARSHALL OR-841-HDSDI - Specifications - 2

natural_image Technical line drawing of an electronic device rear panel with ventilation slots and ports (no text or symbols)

Dimensions

MARSHALL OR-841-HDSDI - Specifications - 3

text_image Marshall △0°25'80" 10-14" 175 207.4" 22.2" 218

MARSHALL OR-841-HDSDI - Specifications - 4

text_image 1/4-20 UNC 16 3/8-16 UNC

■ PANEL

Screen Size8.4” Diagonal
Display Area (h x v)6.7” x 5”
Aspect Ratio4:3
Pixels1024 x 768
Color Depth8-bit (16.7M colors)
Viewing Angle (h x v)85° + 85° (H) 50° + 60° (V)
Brightness400 cd/m ^2
Contrast Ratio400:1

Video Input - 2 x BNC Female (75 Ω)

Video Output (Active Loop-Through) - 1 x BNC Female (75 Ω)

Parallel Remote - RJ-45

Optional Input Slot

Audio Output Jacks - 3.5mm Stereo x 2. One Front and One Rear.

Service Terminal

Power Input - 4-Pin Male XLR

Pin 1: GND

Pin 2: N/C

Pin 3: N/C

Pin 4: +12VDC

■ ELECTRICAL

Power Consumption - 1.5 Amp (Max) @ 12VDC (18W Max)

Voltage Requirement - 12VDC (10VDC-18VDC)

■ MECHANICAL

Dimensions (w x h x d)8.6” x 8.2” x 1.7”
Weight (Monitor Only)4.6 lbs including power adapter
Operating Temperature32° F to 104° F (0° C to 40° C)
Storage Temperature-4° F to104° F (-20° C to 40° C)
RoHsDo not dispose. Return to Manufacturer or Authorized Recycle Facility.

MARSHALL OR-841-HDSDI - ■ ELECTRICAL - 1

text_image 54.9 4423.5 114.6

MARSHALL OR-841-HDSDI - ■ ELECTRICAL - 2

natural_image Technical line drawing of a mechanical component with a 20-degree angle标注 (no text or symbols beyond the dimension)

Maintenance / Color Calibration Procedure

■ 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.

■ Color Calibration Procedure

  • Allow both the unit you want to calibrate and the Minolta® CA-210 to warm up for a minimum of 20 minutes.
  • Attach the CA-210 color probe to the update dongle.
  • With the unit still turned on, insert the update dongle into the service port at the rear of the OR-841-HDSDI.
  • Use the RotoMenu navigation control and go to:

Color Menu

Color Temp

• Cal D65/D93 to calibrate both
• Cal D65 to calibrate only D65
- Cal D93 to calibrate only D93

Press enter once to select and again to confirm

- Follow the on-screen instructions

Notes:

  1. If there is no color probe attached or you make a mistake and try to calibrate the incorrect screen, you will get an error message and the screen will default to previous settings.
  2. If the calibration process is interrupted while in progress, the current screen settings will be corrupted and the calibration process will have to be repeated.

MARSHALL OR-841-HDSDI - Notes: - 1

text_image INFO [1080i/50] INPUT [SDI 1] PICTURE COLOR [065/709] SCREEN [16:9] MARKER [OFF] AUDIO [OFF] WAVEFORM [OFF] VECTORSCOPE [OFF] ClipGuide [OFF] USER ASSIGN REMOTE SETUP RETURN COLOR MATRIX [709] COLOR TEMP [065] RED BIAS [0] GREEN BIAS [0] BLUE BIAS [0] RED GAIN [x1.00] GREEN GAIN [x1.00] BLUE GAIN [x1.00] CIE D65 JP D93 USER CAL D65/D93 CAL D65 CAL D93

Warranty

Marshall Electronics warranties to the first consumer that this OR-841-HDSDI 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.

Marshall Electronics, Inc.

1910 East Maple Avenue

www.LCDracks.com / sales@lcdracks.com

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Brand : MARSHALL

Model : OR-841-HDSDI

Category : Suivi