User’s Manual

HDR Reference Monitor

Thank you for purchasing our HDR reference monitor.

ImportantPlease read this “User’s Manual”, and “PRECAUTIONS” (separate
volume) carefully to familiarize yourself with safe and effective
usage.
• Refer to the “Setup Guide” for information on the installation /connection of the monitor.
• For the latest product information including the “User’s Manual”,
refer to our web site :www.eizoglobal.com

Location of Caution Statement

This product has been adjusted specifically for use in the region to which it was originally shipped. If
operated outside this region, the product may not perform as stated in the specifications.
No part of this manual may be reproduced, stored in a retrieval system, or transmitted, in any form or by
any means, electronic, mechanical, or otherwise, without the prior written permission of EIZO Corporation.
EIZO Corporation is under no obligation to hold any submitted material or information confidential unlessprior arrangements are made pursuant to EIZO Corporation’s receipt of said information. Although every
effort has been made to ensure that this manual provides up-to-date information, please note that EIZO
monitor specifications are subject to change without notice.

2﻿Notice for This Monitor
About the Usage of This ProductThis product is suited for producing videos, where accurate color reproduction is a priority.
This product has been adjusted specifically for use in the region to which it was originally shipped. If the
product is used outside the region, it may not operate as specified in the specifications.
This product may not be covered by warranty for uses other than those described in this manual.
The specifications noted in this manual are only applicable when the following are used:• Power cords provided with the product• Signal cables specified by us

Only use optional products manufactured or specified by us with this product.

About the LCD Panel
The LCD panel is manufactured using high-precision technology. Although, missing pixels or lit pixels may
appear on the LCD panel, this is not a malfunction. Percentage of effective dots: 99.9994 % or higher.
It takes about 3 minutes (under our measurement conditions) for the monitor display to stabilize. For highly
accurate adjustments, please wait 20 minutes or more after the monitor power has been turned on.
If you switch SDR color modes and HDR color modes, wait 30 minutes or more after switching the color
modes, and then adjust the monitor.
Monitors should be set to a lower brightness to reduce changes in luminosity caused by long-term use andmaintain a stable display.
When the screen image is changed after displaying the same image for extended periods of time, anafterimage may appear. Use the screen saver or power save function to avoid displaying the same image forextended periods of time. Depending on the image, an afterimage may appear even if it was displayed fora short period of time. To remove such a phenomenon, change the image or keep the power turned off forseveral hours.
If the monitor displays continuously over a long period of time, smudges or burn-in may appear. To maximize
the life of the monitor, we recommend the monitor be turned off periodically. Use the power button on thefront of the monitor to turn it off.
The backlight of the LCD panel has a fixed lifetime. Depending on the usage pattern, such as usage forlong continuous periods, the lifespan of the backlight may run out sooner, requiring replacement. When thescreen becomes dark or begins to flicker, please contact your local EIZO representative.
Do not press on the LCD panel or edge of the frame strongly, as this may result in display malfunctions, suchas interference patterns, etc. If pressure is continuously applied to the LCD panel surface, the liquid crystal
may deteriorate or the LCD panel may be damaged. (If the pressure marks remain on the panel, leave themonitor with a black or white screen. The symptom may disappear.)
Do not scratch or press on the LCD panel with any sharp objects, as this may result in damage to the LCD
panel. Do not attempt to brush with tissues as this may scratch the panel.

Notice for This Monitor

3About the Installation
When the monitor is cold and brought into a room or the room temperature goes up quickly, dew
condensation may occur on the interior and exterior surfaces of the monitor. In that case, do not turn themonitor on. Instead wait until the dew condensation disappears, otherwise it may cause some damage to themonitor.
If you place this product on a lacquer-coated desk, the color may adhere to the bottom of the stand due tothe composition of the rubber. Check the desk surface before use.

About the Maintenance
Periodic cleaning is recommended to keep the monitor looking new and to prolong its operation lifetime (refer
to “Cleaning” (page 4)).
Update program for the internal software (firmware) of the monitor may be provided to improve theperformance of monitor and other purposes. Select “Software and Drivers” in “Support” from our web site(www.eizoglobal.com), enter the product name, and perform search.

Cleaning
The stains on the cabinet and LCD panel surface can be removed by using the provided ScreenCleaner.
Attention• Chemicals such as alcohol and antiseptic solution may cause gloss variation, tarnishing, and fading of the cabinet
or LCD panel, and also quality deterioration of the image.
• Never use thinner, benzine, wax, or abrasive cleaner as they may damage the cabinet or LCD panel surface.

To Use the Monitor Comfortably• An excessively dark or bright screen may affect your eyes. Adjust the brightness of the monitor
according to the environmental conditions.
• Staring at the monitor for a long time tires your eyes. Take a 10-minute rest every hour.

4

Notice for This Monitor

Contents
Notice for This Monitor.......................................... 3

Chapter 5

Custom Key Settings....................... 40

Cleaning..................................................................... 4

5-1.

Basic Operation of the Custom Keys........ 40

To Use the Monitor Comfortably............................. 4

5-2.

Assigning a Function to a Custom Key..... 40

Contents.................................................................. 5
Chapter 1
1-1.

Introduction........................................ 6

Features.......................................................... 6● Large built-in high resolution 4K LCD
●
●
●
●
●

1-2.

that is advantageous for video production....... 6
Support for HDR (High Dynamic Range)
video................................................................. 6
Support for SDI signal input or output
for long-distance transmissions....................... 6
Built-in mode for automatically switching
to the optimal color settings............................. 7
Various functions that support color
grading work..................................................... 7
Equipped with a USB Hub function.................. 7
Controls and Functions................................ 8● Front................................................................. 8● Rear.................................................................. 9

Chapter 2

Basic Adjustments/Settings........... 11

2-1.

Switching Input Signals...............................11

2-2.

Switching the Display Mode (color mode).... 11● Display Modes.................................................12● Color Mode Setting Values.............................13

2-3.

Using the Quick Check Function................14

Chapter 3

Advanced Adjustments/Settings.... 15

3-1.

Basic Operation of the Setting Menu.........15

3-2.

Setting Menu Functions...............................17● Signal..............................................................17● Color................................................................19● SelfCalibration................................................ 26● Screen............................................................ 27● Preferences.....................................................31● Languages..................................................... 34● Information..................................................... 34

Chapter 4

SelfCalibration................................. 35

4-1.

SelfCalibration functions............................ 36

4-2.

Setting targets.............................................. 38

4-3.

Executing...................................................... 38● Executing regardless of a schedule............... 38● Executing by setting a schedule.................... 38● Activating SelfCalibration in Standard Mode.... 38● Activating SelfCalibration in Advanced Mode.... 39

4-4.

Checking results.......................................... 39● Functions that can be Assigned to

Custom Keys.................................................. 43

Chapter 6

Pixel Inspection............................... 44

6-1.

Specifying Coordinates.............................. 44

6-2.

Execute Pixel Inspection............................ 45

Chapter 7

Administrator Settings.................... 46

7-1.

Basic Operation of the "Administrator
Settings" Menu............................................. 46

7-2.

"Administrator Settings" Menu Functions.... 47

Chapter 8
8-1.

●
●
●
●
●
●
●

SDR/HDR Settings........................... 48

About Each Color Mode.............................. 48
Types and Applications of Color Modes
for Image Creation......................................... 48
BT.2020.......................................................... 49
BT.709............................................................ 50
DCI-P3............................................................51
PQ_BT.2100....................................................52
PQ_DCI-P3.................................................... 53
HLG_BT.2100................................................ 54

8-2.

Setting Procedure........................................ 55

8-3.

Settings with ColorNavigator 7.................. 59● List of Setting Items........................................ 58● Setting Procedure.......................................... 59● Target Settings of ColorNavigator 7............... 59

Chapter 9

Troubleshooting............................... 61

9-1.

No Picture......................................................61

9-2.

Imaging Problems........................................ 62

9-3.

SelfCalibration Problems............................ 63

9-4.

Other Problems............................................ 64

Chapter 10 Reference......................................... 65
10-1. Attaching the Installation Fixture.............. 65
10-2. Connecting Multiple External Devices...... 67
10-3. Making Use of the USB Hub Function....... 68● Connection Procedure................................... 68

10-4. Specifications.............................................. 69● Accessories.....................................................70

Appendix............................................................... 71

Trademark.................................................................71
License......................................................................71
Warning for Radio interference............................. 72

Contents

5

Chapter 1 Introduction
This chapter describes the features of the monitor and the name of each control.

1-1. Features
built-in high resolution 4K LCD that is advantageous for● Largevideo production• 31.1-inch widescreen monitor with support for DCI 4K resolution (4096 × 2160)
Supports the digital cinema standard for DCI 4K resolution of 4096 × 2160. In addition to 4K videos,
which have a high resolution that is more than 4x greater than full HD, multiple full HD videos canbe displayed at the same time.
• Faithful reproduction of video colors with a wide color gamut display
99 % of DCI is covered, for a highly accurate color management environment.
• Achieves a contrast ratio of 1,000,000:1*1
A high contrast ratio allows black to be displayed in a firmer tone.
*1 Standard value. Not a guaranteed value.

• Built-in IPS LCD panel with 178° horizontal and vertical wide viewing angles● Support for HDR (High Dynamic Range) video• Complies with the international HDR standards for movies and broadcasts
Supports both the HDR "PQ format" for streaming and movie production, and the HDR "Hybrid Log
Gamma format" for broadcasts. The "PQ format" complies with the ITU-R BT.2100*2 and SMPTE
ST2084*3 international HDR standards, and the "Hybrid Log Gamma format" complies with the
ITU-R BT.2100 international HDR standard. This makes it possible to use the monitor for the color
grading of a wide range of HDR content, such as movies and broadcasts.
*2 ITU-R is the International Telecommunication Union-Radio communication Sector.
*3 SMPTE is the Society of Motion Picture and Television Engineers.

• High brightness and high contrast ratio
High brightness and a high contrast ratio are achieved by installing a dedicated IPS LCD panel anda dedicated backlight unit with a high level of brightness.
• Built-in color mode function
Reproduces a color temperature, gamma, and color gamut compliant with ITU-R BT.2100 and otherstandards.
See “Color Mode” (page 20).

for SDI signal input or output for long-distance● Support
transmissions• Built-in SDI input terminals
This monitor is equipped with one SDI input terminal that supports up to 12G-SDI signals, and three
SDI input terminals that support up to 3G-SDI signals.
• Built-in SDI output terminals that support through-out (active)

6

Chapter 1 Introduction

mode for automatically switching to the optimal color● Built-in
settings• Color Mode "SYNC_SIGNAL"
This monitor is equipped with a color mode (SYNC_SIGNAL) so you can automatically set the
optimal values for the color settings of the monitor according to the input signal. If you use thismode, the color settings of the monitor automatically switch to the optimal color settings for
HDR when the input signal is switched from SDR to HDR, so setting the colors manually is notnecessary.

● Various functions that support color grading work

• Dedicated video production functions, such as a Gamut Warning function and a LuminanceWarning function
See “Chapter 3 Advanced Adjustments/Settings” (page 15).
• 4K Zoom function
When a 4K2K signal (a signal with a resolution of 4096 × 2160 or 3840 × 2160) is displayed on themonitor, the specified area can be doubled in size. This is convenient for checking details in animage.
See “Zoom” (page 28).
• User-defined custom key function
Work efficiency can be improved by assigning frequently used functions to the buttons on the frontof the monitor.
See “Chapter 5 Custom Key Settings” (page 40).
• Quick Check function
Use the Quick Check function to check signals for which you can temporarily change thebrightness, gamma, or other settings.
• Displays HDCP (High Bandwidth Digital Protection) protected content• Monitor hood included as standard
Includes a monitor hood that effectively prevents reflections from external light, such as thereflected glare of a light. The monitor hood uses magnets for easy attachment and removal.
• SelfCalibration function
The built-in calibration sensor enables the monitor to calibrate itself by using SelfCalibration.
See “Chapter 4 SelfCalibration” (page 35).

● Equipped with a USB Hub function• Supports USB 3.1 Gen 1
Achieves high-speed data transfers of up to 5 Gbps, which enables transfers of large amounts ofdata to and from USB memory devices in a short amount time.
Also, theUSB downstream port supports quick charging, so you can recharge yoursmartphone or tablet in a short period of time.
See “10-3. Making Use of the USB Hub Function” (page 68) and “USB CHARGE Port” (page31).

Chapter 1 Introduction

7

1-2. Controls and Functions● Front
1(When sensor is operating)

2

3

5

6

7

8

9

10

1. Built-in calibration sensor

Executes calibration for monitors.
By executing SelfCalibration, the calibration sensor automaticallyoperates and regularly calibrates the monitor (page 35).

2.

(SIGNAL) button

Switches the input signal.

3.

(MODE) button

Switches the color mode.

4.

(S-GAMMA (F1)) button

5.

(EOTF (F2)) button

6.

(BRIGHT (F3)) button

7.

(BLACK (F4)) button

The function assigned to the button is executed.
The indicator color differs depending on the function settings.
Blue: The Quick Check function is enabledWhite: The Quick Check function is disabledOFF: A function other than the Quick Check function is
assigned

8. Dial9.

Turn the dial to the left or right to select items on the Setting menu
and adjust the setting values.
The Setting menu appears when you press the dial. Press the dial toconfirm the settings after you are finished.
(EXIT) button

10. Power button

8

4

Chapter 1 Introduction

Returns to the previous screen.
Turns the power on or off.
The indicator is lit when you turn the power on.
The indicator color differs depending on the monitor's operation
status.
White: Normal operating mode
Orange : Power saving modeOFF
: Power off

● Rear

11
22

23
24

12

13

16

13

14

19
20

15

21

17

11. Transportation handle

18

This handle is used for transportation.
Attention• With help from one other person, firmly grasp and hold the monitor
by the bottom while grabbing the handle, and carefully convey themonitor so as not to drop it.
12. Security lock slot

Complies with Kensington's MicroSaver security system.

13. Stand

The height and angle cannot be adjusted.

14. Main power switch

Turns the main power on or off.
: On
: Off

15. Power connector

Connects the power cord.

16. Cable holder

Covers the monitor cables.
Attention• Do not hold the monitor by the cable holder when transporting themonitor. The cable holder may be damaged, or this may result inother injury or damage.
17. SDI output terminal (BNC)

The signal input to the SDI input terminal is output.
SDI 1 supports 12G/6G/3G/HD-SDI.
SDI 2, SDI 3, and SDI 4 support 3G/HD-SDI.
Attention• This product supports through-out (active). When outputting thesignal, turn the main power of the monitor on.
18. SDI input terminal (BNC)

Connects to a device that has SDI output.
SDI 1 supports 12G/6G/3G/HD-SDI.
SDI 2, SDI 3, and SDI 4 support 3G/HD-SDI.

Chapter 1 Introduction

910

19. USB Type-A connector (USBdownstream port, supports
quick charging)

Connects to a peripheral USB device (page 31).

20. USB Type-A connector(USB downstream port)

Connects to a peripheral USB device.

21. USB Type-B connector(USB upstream port)

Connects to the USB cable when using software that requires a USB
connection, or when using the USB Hub function (page 68).

22. DisplayPort connector

Connects to an external device that has DisplayPort output.

23. HDMI connector

Connects to an external device that has HDMI output.

24. Opening for HDMI cable fixing
clampThis is used to fix the HDMI cable clamp in place.

Chapter 1 Introduction

Chapter 2 Basic Adjustments/Settings
This chapter describes the basic functions that can be set by pressing the buttons on the front of the monitor.
For advanced adjustment and setting procedures using the Setting menu, see “Chapter 3 Advanced
Adjustments/Settings” (page 15).

2-1. Switching Input Signals
When a monitor has multiple signal inputs, the signal to display on-screen can be changed.
Press the(SIGNAL) button to display the menu for selection of the input signal.

Turn the dial to select the input signal that you want to display, and then press the dial to confirm thesettings.

2-2. Switching the Display Mode (color mode)This function allows easy selection of a display mode according to monitor application.
Press the(MODE) button to display the menu for selection of the color mode.

Turn the dial to select the color mode that you want to display, and then press the dial to confirm thesettings.

Chapter 2 Basic Adjustments/Settings

11

● Display Modes
Color Mode
Standard Mode

PurposeAdjust color using the monitor's Setting menu.

BT.2020
BT.709See “Color Mode Setting Values” (page 13) for detailed setting values
for each color mode.

DCI-P3
PQ_BT.2100
PQ_DCI-P3
HLG_BT.2100
SYNC_SIGNAL
Advanced Mode

Adjusts the monitor’s display using the monitor’s SelfCalibration function
or color management software "ColorNavigator 7".
CAL1

Displays the screen adjusted by SelfCalibration or ColorNavigator 7.

CAL2
CAL3
Note

• If you switch between SDR color modes (BT.2020, BT.709, and DCI-P3) and HDR color modes (PQ_BT.2100,
PQ_DCI-P3, and HLG_BT.2100), wait 30 minutes or more after switching the color modes, and then adjust
the monitor.

12

Chapter 2 Basic Adjustments/Settings

● Color Mode Setting Values-: Cannot be changed

Color Mode
Item

BT.2020 BT.709 DCI-P3

CAL1 /PQ_
PQ_
HLG_
CAL2 /
BT.2100 DCI-P3 BT.2100
CAL3

SYNC_
SIGNAL

100

100

48

1000

1000

1000

-

100*1

Temperature

D65

D65

D65

D65

D65

D65

-

D65

Gamma (EOTF)

2.4

2.4

2.6

PQ

PQ

HLG

-

2.4*1

PQ Option

-

-

-

-

-

-

HLG System Gamma

-

-

-

-

-

1.2

-

-

Color Gamut

BT.2020

BT.709DCI

BT.2020

DCI

BT.2020-

BT.709*1

Hue

0

0

0

0

0

0

-

0

Saturation

0

0

0

0

0

0

-

0

Gamut Clipping

On

On

On

On

On

On

-

On

XYZ Format

-

-

Off

-

Off

-

Gain

Advanced Settings

Brightness (cd/m2)

Red

1000
1000
cd/m2
cd/m2
Clipping Clipping

Calculated from color temperature

Green

-

-

-

Calculated
from color
temperature

-

Blue

-

Black Level

0

0

0

0

0

0

-

0

Red

0

0

0

0

0

0

-

0

Green

0

0

0

0

0

0

-

0

Blue

0

0

0

0

0

0

-

0

Hue

0

0

0

0

0

0

-

0

Saturation

0

0

0

0

0

0

-

0

Lightness

0

0

0

0

0

0

-

0

Hue

0

0

0

0

0

0

-

0

Saturation

0

0

0

0

0

0

-

0

Lightness

0

0

0

0

0

0

-

0

Hue

0

0

0

0

0

0

-

0

Saturation

0

0

0

0

0

0

-

0

Lightness

0

0

0

0

0

0

-

0

Hue

0

0

0

0

0

0

-

0

Saturation

0

0

0

0

0

0

-

0

Lightness

0

0

0

0

0

0

-

0

Hue

0

0

0

0

0

0

-

0

Saturation

0

0

0

0

0

0

-

0

Lightness

0

0

0

0

0

0

-

0

Hue

0

0

0

0

0

0

-

0

Saturation

0

0

0

0

0

0

-

0

Lightness

0

0

0

0

0

0

-

0

Magenta Red

6 ColorsAll

Yellow
Green
Cyan
Blue

*1 This is set automatically according to the input signal. If the value cannot be retrieved from the input
signal, the value shown in the table is set.

Chapter 2 Basic Adjustments/Settings

13

Note

• Use ColorNavigator 7 to set CAL1 / CAL2 / CAL3. These settings cannot be changed in the Setting menu on themonitor.
• A color mode can be set for each input signal.
• See “Color” (page 19) for details about each item.
• You can disable specific mode selections. For more information, see “Mode Skip” (page 32).

2-3. Using the Quick Check Function
This function is for temporarily changing the HLG System Gamma, Gamma (EOTF), Brightness, andBlack Level Lift.

1. Executing Quick Check

1. Press the button for an item you want to check (HLG System Gamma:
Brightness:, Black Level Lift:, Gamma (EOTF):) to change the setting value temporarily.

The Quick Check function is executed.

2. Setting

1. Use the buttons to adjust/set the selected item, and then press the dial to confirm the settings.
The setting value will be changed temporarily.
Note• When the button for(S-GAMMA),
Quick Check function is being executed.

3. Exiting Quick Check
1. Press the button for(S-GAMMA),(EOTF),(BRIGHT), or(EOTF),(BRIGHT), or(BLACK) is lit up in blue, the(BLACK) that is lit up

in blue.
The setting value returns to the state prior to making changes.
Note• Quick Check can also be exited using the following operations:- Turn the power on or off using the main power switch or power button- Switch the input signal or color mode
- Execute "Reset" in the "Color" menu
- Execute "Monitor Reset" in the "Preferences" menu
- Execute SelfCalibration- Start ColorNavigator 7- Change the assignment of the custom key to a function other than Quick Check (see “5-2. Assigning a
Function to a Custom Key” (page 40))
- Change the HLG System Gamma, Gamma (EOTF), Brightness, or Black Level Lift in the Setting menu

14

Chapter 2 Basic Adjustments/Settings,

Chapter 3 Advanced Adjustments/Settings
This chapter describes the advanced monitor adjustment and setting procedures using the Setting menu.
For the basic setting functions using the buttons on the front of the monitor, see “Chapter 2 Basic
Adjustments/Settings” (page 11).

3-1. Basic Operation of the Setting Menu
1. Menu display

1. Press the dial.

The Setting menu appears.

2. Adjusting/setting

1. Turn the dial to choose a menu to adjust/set, and then press the dial.
The Sub menu appears.

Chapter 3 Advanced Adjustments/Settings

15

2. Turn the dial to choose an item to adjust/set, and then press the dial.
The Adjustment/Setting menu appears.

3. Turn the dial to adjust/set the selected item, and then press the dial to confirm the settings.
The Sub menu appears.
Pressing the(EXIT) button during adjustment/setting will cancel the adjustment/setting and restore thestate prior to making changes.

3. Exiting

1. Press the(EXIT) button.

The Setting menu appears.

2. Press the(EXIT) button.

The Setting menu exits.

16

Chapter 3 Advanced Adjustments/Settings

3-2. Setting Menu Functions● Signal

The signal settings are used to configure advanced settings for input signals, such as the color format
and input range.

Function
Signal Information

Settings-

Description
You can check the information for the input signal. The
information displayed may differ depending on the input signal.
• SDI• DisplayPort• HDMI

Chapter 3 Advanced Adjustments/Settings

17

Function

Settings

Description

Pixel Inspection(Firmware version
10006-xxxxx-xxxxx
or later only)

See “Chapter 6 Pixel Inspection” (page 44).

Input Color Format

The color space of the input signal can be specified.
Try changing this setting if colors are not displayed correctly.
Normally, select "Auto". When an SDI signal is input, the bit
depth is specified using the Input Color Format. If the specified
bit depth is invalid, a signal error is displayed.

Auto
YUV 4:2:2*1
YUV 4:4:4*1
YUV*2
RGB*1 *2
YCC4:2:2 10bit*3
YCC4:2:2 12bit*3
YCC4:4:4 10bit*3
YCC4:4:4 12bit*3
RGB4:4:4 10bit*3
RGB4:4:4 12bit*3*1 Only enabled during HDMI input*2 Only enabled during DisplayPort input*3 Only enabled during SDI input. To apply the settings to the input signal, you must press the dial to confirm
the settings.

Function

18

Settings

Description

YUV Color Matrix

AutoBT.601
BT.709BT.2020

Select the YUV format of the input signal. Use this setting for
gradation collapse or other occurrences where the screen isdisplayed incorrectly because of a problem with the input signal.

Input Range

Auto
Full
Limited (109%White)
LimitedSDI Full

Depending on the external device, the black and white levels in thevideo signal output to the monitor may be restricted. If the signal
is displayed on the monitor in its restricted form, the blacks will be
faint, the whites dull, and contrast will be reduced. The brightness
range of such signals can be extended to match the actual contrast
ratio of the monitor.
• "Auto"The monitor automatically recognizes the brightness range of
input signals and displays images appropriately.
• "Full"
The input signal brightness range is not extended.
• "Limited (109% White)"
The brightness range of the input signal is extended from 16 254 (10 bits: 64 - 1019) to 0 - 255 (10 bits: 0 - 1023) for display.
• "Limited"
The brightness range of the input signal is extended from 16 235 (10 bits: 64 - 940) to 0 - 255 (10 bits: 0 - 1023) for display.
• "SDI Full"
The brightness range of the input signal is extended from 1 - 254(10 bits: 4 - 1019) to 0 - 255 (10 bits: 0 - 1023) for display.

Black Level Lift

-500 to 500

The black video level is changed without changing the white video
level of the input signal.

Deinterlacing

NormalLine Doubler

Select the IP conversion format. Normally, it is not necessary tochange this setting from "Normal".

Chapter 3 Advanced Adjustments/Settings

Function
SDI
Settings

Time Code
Settings

Settings
Time CodeFormatPosition
Size

Interlace / PsF Auto
Interlace
PsF

Description
The time code can be set.
• Time CodeIf this function is set to "On", the time code is displayed.
• Format
You can choose either "VITC" or "LTC" for the format of the timecode.
• Position
You can choose either "Top" or "Bottom" for the position todisplay the time code.
• Size
You can choose either "Small" or "Large" for the size of the timecode.
When an SDI signal other than progressive is input, the display
format can be set.

● Color

The setting details differ depending on the color mode selected.

When the color mode is Standard Mode (BT.2020 / BT.709 / DCI-P3 / PQ_BT.2100 /PQ_DCI-P3 / HLG_BT.2100 / SYNC_SIGNAL)
Each color mode setting can be adjusted according to personal preference.

Attention• The same image may be seen in different colors on multiple monitors due to differences between individual
monitors. Make fine color adjustment visually when matching colors on multiple monitors.
Note• If "Color Mode" is "SYNC_SIGNAL", the "Brightness", "Gamma (EOTF)", and "Color Gamut" are automaticallyset according to the input signal and cannot be changed.
• Use the values shown in "cd/m2 " and "K" as a guide only.

Chapter 3 Advanced Adjustments/Settings

19

Function

Settings

Description

Color Mode

Switch to the desired mode according to the monitor application.
BT.2020
BT.709Note
DCI-P3• For more information on how to switch modes, see “2-2. Switching
PQ_BT.2100
the Display Mode (color mode)” (page 11).
PQ_DCI-P3• Regarding "CAL1 / CAL2 / CAL3" see page 24.
HLG_BT.2100
CAL1
CAL2
CAL3
SYNC_SIGNAL

Brightness

48 cd/m2 to1000 cd/m2

The screen brightness is adjusted by changing the brightness of thebacklight (light source from the LCD back panel).
Note• If a value that cannot be set is selected, the value will appear inmagenta. In such a case, change the value.
• 48 cd/m2 to 300 cd/m2 can be set in increments of 1, and 300 cd/
m2 to 1000 cd/m2 can be set in increments of 100.
Temperature

Native4000 K to
10000 K
D50
D65
D65 (CRT)
DCI
User

The color temperature can be adjusted.
The color temperature is used to express the chromaticity of "White".
The value is expressed in degrees "K" (Kelvin).
The screen becomes reddish at a low color temperature, and bluishat a high color temperature, like the temperature of a flame.
Specify a color temperature in units of 100 K, or select a standard
name.
Note

• Select "Native" to display the original colors of the LCD panel.
• "Gain" allows you to perform more advanced adjustment. When
gain is changed, the color temperature is changed to "User".
• The gain preset values are set for each color temperature setting
value.
Gamma (EOTF)

1.6 to 2.7
sRGB
EBU(2.35)
PQ
HLG

Adjust the gamma.
The brightness of the monitor varies depending on the input signal,
however, the variation rate is not simply proportional to the input
signal. The control performed to keep the balance between the
input signal and the brightness of the monitor is called "Gamma
correction".
Set the gamma, or select a standard name.
Note• If you select "HLG", you must set "HLG System Gamma".

20

Chapter 3 Advanced Adjustments/Settings

Function
PQ Option

Settings
300cd/m2
Clipping
500cd/m2
Clipping
1000cd/m2
Clipping
4000cd/m2
Emulation
10000cd/m2
Emulation

Description
Areas with brightness equal to or greater than the value set here aredisplayed as clipping or emulation at this setting value for the PQ
signal that is input to the monitor.
• 300cd/m2 Clipping
Setting used to check the display of monitor with maximum
brightness of 300 cd/m2. Input video level of 637 (10 bits) ormore is clipped.
• 500cd/m2 Clipping
Setting used to check the display of monitor with maximum
brightness of 500 cd/m2. Input video level of 693 (10 bits) ormore is clipped.
• 1000cd/m2 ClippingSet the brightness to 1000 cd/m2 to display properly.
Input video level of 770 (10 bits) or more is clipped.
• 4000cd/m2 Emulation
Setting with which the image is properly displayed when monitor
brightness is set to 4000 cd/m2. This setting is used for a
temporally check because this monitor cannot display 4000 cd/
m2. All gradients are emulated.
Input video level of 924 (10 bits) or more is clipped.
• 10000cd/m2 Emulation
Setting with which the image is properly displayed whenmonitor brightness is set to 10000 cd/m2. This setting is used
for a temporally check because this monitor cannot display
10000 cd/m2. All gradients are emulated.
Note• This can be set when "PQ" is specified for "Gamma (EOTF)".
• You can check the areas where clipping or emulation occurs. For
more information, see “Luminance Warning” (page 29).
• For relation between input and output for each setting, see “Settingof PQ Option and Display” (page 22).
HLG System Gamma

1.0 to 1.5

Adjust the system gamma value for the HLG signal that is input to themonitor.
Note• This can be set when "HLG" is specified for "Gamma (EOTF)".
Color Gamut

NativeAdobe ® RGB
sRGB
EBU
BT.709BT.2020SMPTE-C
DCI-P3

Set the color reproduction area (color gamut).
"Color Gamut" is the range of colors that can be represented.
Multiple standards are defined.
Note• Select "Native" to display the original color gamut of the LCD panel.
• The method of displaying colors outside the monitor's displayable
range within the defined color gamut can be set. For more
information, see “Gamut Clipping” (page 23).

Chapter 3 Advanced Adjustments/Settings

21

Setting of PQ Option and Display
This section describes the setting of PQ Option and the relation between the input signal (10 bits:
0 - 1023) and the brightness displayed on the monitor.
Note• This relation assumes that the input signal is full range (and that "Input Range" in "Signal" is set to "Full").

● 300 cd/m Clipping, 500 cd/m Clipping, and 1000 cd/m Clipping2

2

2• Set the brightness to the specified value todisplay properly.
- Example: When PQ Option is set to 300cd/
m2 Clipping, set the monitor brightness to
300 cd/m2.

1200
1100

Output Brightness (cd/m²)

1000

PQ Curve
300 cd/m² Clipping
500 cd/m² Clipping1000 cd/m² Clipping

900
800
700
600
500
400
300
200

0

770

693

100
0

256

512

637

768

1023

Input Video Level● 4000 cd/m Emulation and 10000 cd/m Emulation (Monitor brightness setting: 100022

cd/m2)• This setting is used for a temporally check.
- Example: When PQ Option is set to4000cd/m2 Emulation, the representation of
gradation is equivalent to that of the monitor
with the maximum brightness of 4000 cd/m2.
In this case, the representation of gradation
is decreased according to the brightness
setting of this monitor because it has the
maximum brightness of 4000 cd/m2 or less.

4500
4000

PQ Curve
4000 cd/m² Emulation
10000 cd/m² Emulation

Output Brightness (cd/m²)

3500
3000
2500
2000
1500
1000
500
0

0

256

512

Input Video Level

22

Chapter 3 Advanced Adjustments/Settings

768

924 1023

Function

Settings

Advanced Hue
Settings-100 to 100

Description
The hue can be adjusted.
Note• Using this function may make some color gradations unavailable
for display.
Saturation-100 to 100

The saturation can be adjusted.
Note• Using this function may make some color gradations unavailable
for display.
• The minimum value (-100) changes the screen to monochrome.
Gamut
ClippingOn
OffThe method of displaying colors outside the monitor's displayable
range within the color gamut specified in accordance with “Color
Gamut” (page 21) can be set.
• "On"The range of colors that are
displayable on the monitor will be
accurately displayed in accordancewith the standard. Colors outside
the displayable range will besaturated.

• "Off"
Displays colors with priority on
the color gradation rather thanthe color accuracy. The verticesof the color gamut defined in thestandard move to a range thatcan be displayed by the monitor.
This allows the closest colors
displayable by the monitor to be
displayed.
Color gamut displayable by
the monitor
Color gamut defined bystandard
Color gamut displayed onscreenNote• The diagrams shown above are conceptual diagrams, and they do
not display the actual color gamut of the monitor.
• This setting will be disabled if "Native" is selected at “Color Gamut”(page 21).
XYZ Format On
Off

If this function is set to "On", the XYZ signal for digital cinema can bedisplayed on the monitor.
Note• This can be set only when “Color Gamut” (page 21) is set to"DCI-P3".
• If you select "On", you cannot set "Color Gamut".

Chapter 3 Advanced Adjustments/Settings

23

Function
Advanced Gain
Settings

Settings
0 to 2000

Description
The brightness of each color component red, green, and blue iscalled Gain. The chromaticity of "white" can be changed by adjusting
the gain.
Note• Using this function may make some color gradations unavailable fordisplay.
• The gain value changes according to the color temperature.
• When gain is changed, the color temperature is changed to "User".
Black Level

0 to 1500

You can adjust the brightness and chromaticity for black by adjusting
the levels of red, green, and blue, or by adjusting all of the blacklevels. Display the black test pattern or the background and adjust
the black level.

6 Colors-100 to 100

The hue, saturation and lightness (brightness) can each be adjusted
for the colors Magenta, Red, Yellow, Green, Cyan, and Blue.

-

Resets any color adjustment values for the currently selected color
mode back to the default settings.

Reset

When the color mode is Advanced Mode (CAL1 / CAL2 / CAL3)
You can set targets for SelfCalibration and execute calibration.

Function
Color Mode

Target Settings

Brightness

Black Level

24

Settings

Description

Switch to the desired mode according to the monitor application.
BT.2020
BT.709Note
DCI-P3• For more information on how to switch modes, see “2-2.
PQ_BT.2100
Switching the Display Mode (color mode)” (page 11).
PQ_DCI-P3• Regarding "BT.2020 / BT.709 / DCI-P3 / PQ_BT.2100 / PQ_
HLG_BT.2100
DCI-P3 / HLG_BT.2100", see page 19.
CAL1
CAL2
CAL3
SYNC_
SIGNALMin
48 cd/m2 to1000 cd/m2
Max

Set the brightness that will be used as a calibration target for
SelfCalibration.

Min
0.2 to 3.5

Set the black level that will be used as a calibration target for
SelfCalibration.

Chapter 3 Advanced Adjustments/Settings

Note• 48 cd/m2 to 300 cd/m2 can be set in increments of 1, and 300
cd/m2 to 1000 cd/m2 can be set in increments of 100.

Function
Target Settings

White
Point

Settings

Temperature 4000 K to
10000 K
User
D50
D65
D65 (CRT)
DCI-P3
White(x) /White(y)0.2400 to
0.4500Description
Set the White Point that will be used as a calibration target for
SelfCalibration.
Set the White Point using the color coordinates (White(x) /White(y)) or color temperature.
When specifying color coordinates, set the values for "White(x)"and "White(y)", respectively.
When specifying the color temperature, set the color
temperature in units of 100 K or select a color temperatureaccording to each standard.
Note• When color coordinates are specified, the color temperature
is changed to "User".
Gamma(EOTF)Gamma(EOTF)

Gamma
Policy1.0 to 2.7
sRGB
EBU(2.35)
L*
PQ
HLG
Fixed

Set the gamma that will be used as a calibration target for
SelfCalibration.
Set the gamma, or select the gamma curve defined by eachstandard.
Note• The "Gamma (EOTF)" becomes "Fixed" when adjusting with
ColorNavigator 7.

Select the gamma adjustment method for SelfCalibration.
Standard• "Standard"
Gray Balance
Adjust the gray balance while retaining the contrast.
Fixed Gamma• "Gray Balance"
Adjust the monitor so that the chromaticity of the middle
tone area equals the white point.
• "Fixed Gamma"
Select to use specific gamma settings.
Attention• If "HLG" is specified for "Gamma (EOTF)", "Fixed Gamma" isselected and this setting cannot be changed.
• With "Gray Balance", all points of the grayscale are adjusted
toward the target white point. Select this to prioritize whitenesswhen correcting the middle tone area. However, the following
restrictions apply when "Gray Balance" is selected:- The contrast may decrease.
- The color gamut may be narrower than when adjusting with
"Fixed Gamma".
PQ Option

300cd/m2
Clipping
500cd/m2
Clipping
1000cd/m2
Clipping
4000cd/m2
Emulation
10000cd/m2
Emulation

HLG System 1.0 to 1.5
Gamma

Set the PQ Option that will be used as a calibration target for
SelfCalibration.
Note• This can be set when "PQ" is specified for "Gamma (EOTF)".

Set the HLG system gamma that will be used as a calibration
target for SelfCalibration.
Note• This can be set when "HLG" is specified for "Gamma (EOTF)".

Chapter 3 Advanced Adjustments/Settings

25

Function
Target Settings

Color Gamut

Red(x) /Red(y) /Green(x) /Green(y) /Blue(x) /Blue(y)Gamut Clipping

Settings

Description

NativeAdobe® RGB
sRGB
EBU
BT.709BT.2020SMPTE-C
DCI-P3User

Set the color gamut that will be used as a calibration target for
SelfCalibration.
In "Color Gamut", the color gamut defined by each standard
can be selected.
To set a color gamut other than those specified by eachstandard, specify the color coordinates of each RGB color, andthe display method ("Gamut Clipping") of colors outside thecolor gamut of the monitor.

0.0000 to
1.0000• When you select "Native" in "Color Gamut", the preset color
gamut of the LCD panel is displayed.
• When color coordinates are specified in the color gamut
settings, the color gamut is changed to "User".

Note

On
Off

Advanced Limited
On
Settings (109% White) Off

Set whether the brightness range of the input signal is extended
from 16 - 254 (10 bits: 64 - 1019) to 0 - 255 (10 bits: 0 - 1023) for
display.
Note• This can be set when "1.0 to 2.7" is specified for "Gamma(EOTF)".
Reset-● SelfCalibration

Resets any calibration targets for the currently selected color
mode back to the default settings.

Refer to “4-1. SelfCalibration functions” (page 36).

26

Chapter 3 Advanced Adjustments/Settings

● Screen

The signal settings are used to configure advanced settings for input signals, such as the screen
display size and color format.

Function

Settings

Description

Picture Expansion

Auto
Full Screen
Aspect Ratio
Dot by Dot

The screen size of the monitor display can be changed.
• "Auto"The monitor automatically changes the screen size according
to the resolution information and aspect ratio information fromthe input signal (only for HDMI input).
• "Full Screen"
Displays an image in full screen. Images are distorted in somecases because the vertical rate is not equal to the horizontal
rate.
• "Aspect Ratio"
Displays an image in full screen. However, since aspectratios are maintained, part of an image may not be visible inhorizontal or vertical direction.
• "Dot by Dot"
Displays the image at the set resolution or at the size specified
by the input signal.
Note• Example settings- Full Screen- Aspect Ratio- Dot by Dot (Input
Signal)Chapter 3 Advanced Adjustments/Settings

27

Function
Zoom

Settings
Off
CenterLower Left
Upper Left
Upper Right
Lower Right

Description
When a 4K2K signal (a signal with a resolution of 4096 × 2160 or
3840 × 2160) is displayed on the monitor, the specified area canbe doubled in size. This is convenient for checking details in animage.
Example: Enlarging "Upper Right"
Upper Left

Upper
Right

CenterLower Left Lower Right

Note• You cannot use this function with a 4K 60 Hz / 50 Hz HDMI
signal.
BT.709 Gamut Warning

Off
Clip
On

If a signal that complies with the ITU-R BT.2020 standard is input,
you can set the display method for colors that exceed the color
gamut for the BT.709 standard.
• "Off"Images are displayed according to the color gamut forBT.2020.
(The actual color gamut that is displayed on the monitor will
depend on the setting for “Gamut Clipping” (page 23).)
Color gamut defined by the BT.2020 standard
Color gamut defined by the BT.709 standard• "Clip"
Colors that are outside of the color gamut for BT.709 are
expressed within the color gamut for BT.709 (clipping occurs).
Color gamut defined by the BT.2020 standard
Color gamut defined by the BT.709 standard• "On"
Colors that are outside of the color gamut for BT.709 aredisplayed in gray.
Color gamut defined by the BT.2020 standard
Color gamut defined by the BT.709 standard

Note• This function can be set only when “Color Gamut” (page 21) is
set to "BT.2020".
• This function and "Luminance Warning" cannot be enabled at thesame time. If this function is set to "On" or "Clip", the "LuminanceWarning" function is automatically set to "Off".

28

Chapter 3 Advanced Adjustments/Settings

Function
Luminance Warning

Settings

DescriptionOff
On (Yellow)
On (Magenta)

You can check areas with a brightness that is higher than thebrightness that is set for the PQ Option function for the input signal(areas where clipping occurs).
Example: Setting On (Magenta)

Note• This function and "BT.709 Gamut Warning" cannot be enabled at
the same time. If this function is set to "On", the "BT.709 Gamut
Warning" function is automatically set to "Off".
Co-ViewOffOn

If this function is set to "On", the monitor can be easily viewed ata wider angle, such as when multiple people are looking at themonitor at the same time.
Note• If small dots or fine lines that should be brighter are displayed alittle too darkly, there are cases when this problem can be solved
by setting this function to "Off". However, a halo effect mightoccur when this function is set to "Off".
Blue Only

Off
On

Function
MarkerMarker 1

Use this function to check the noise.

Settings

Description

OffOn
On (3 division grid)If this function is set to "On", markers are displayed. If "On (3division grid)" is set, boundary lines are displayed that divide
the image into three equal parts with Marker 1 and Marker 1.
Note• If "On (3 division grid)" is set, "Marker 2" and "Marker 3" aredisabled.
Marker 2
Marker 3

OffOn

If this function is set to "On", markers are displayed.

Marker1
Settings
Marker2
Settings
Marker3
Settings

Type

Aspect
Dots(Center)
Dots(Free)

You can select the position and size of the marker.

Aspect

4:3
13:9
14:9
15:9
16:9
21:9
1.85:1
2.35:1
2.39:1User

You can set the aspect ratio for the displayed marker.

Aspect(User)

1.00:1 to You can set the aspect ratio for the displayed marker freely.
3.00:1This can only be set when "User" is selected for "Aspect".

Chapter 3 Advanced Adjustments/Settings

29

Function
MarkerMarker1
Settings
Marker2
Settings
Marker3
Settings

Settings

Description

Area Size

50.0 % to You can set the size of the area. This can only be set when
100.0 % "Aspect" is selected for "Type".
User

Hor.
Position*1

You can set the horizontal position of the marker. This can only
be set when "Dots (Free)" is selected for "Type".

Ver.
Position*1

You can set the vertical position of the marker. This can only
be set when "Dots (Free)" is selected for "Type".

Width

*1

You can set the width of the marker. This can only be set when
"Dots (Free)" or "Dots (Center)" is selected for "Type", or when
"Aspect" is selected for "Type" and "User" is selected for "AreaSize".

Height*1

You can set the height of the marker. This can only be set
when "Dots (Free)" or "Dots (Center)" is selected for "Type", orwhen "Aspect" is selected for "Type" and "User" is selected for"Area Size".

Thickness 1 dot
You can set the thickness of the marker.
to 6 dots
Color

You can set the color of the marker.
White
Red
Green
Blue
Cyan
Magenta
Yellow
Gray*1 The values that can be set may differ depending on the resolution of the input signal.

30

Chapter 3 Advanced Adjustments/Settings

● Preferences

The monitor's settings can be configured to suit the usage environment or personal preference.

Function
USB CHARGE
Port

Settings
NormalCharging Only

Description
The USB downstream
port of the monitor supports
USB 3.1 Gen 1 quick charging. By changing this setting to"Charging Only", devices connected to theport can be
charged more quickly than when using the "Normal" setting.
Note• Make sure to complete any communication between connected
USB devices and the PC before switching this setting. Whenthe setting is switched, all communication will be temporarily
interrupted.
• Devices that are connected to theport must support
quick charging.
• When "Charging Only" is set, data communications between
the PC and connected devices via theport are notpossible, and therefore, connected devices will not work.
• When "Charging Only" is set, charging is possible evenwhen the monitor and PC are not connected by USB cable.
Power Save

On
Off

This function allows you to set the monitor to the power saving
mode, depending on the state of an external device connected
to it.
The monitor changes to power saving mode about 15 seconds
after signal input ceases to be detected. When the monitor has
shifted to power saving mode, images are not displayed on thescreen.
• Exiting power saving mode
- If the monitor receives input, it automatically exits powersaving mode and returns to the normal display mode.
Note• At the time of shifting to power saving mode, a message thatindicates the transition is displayed 5 seconds in advance.
• When you are not using the monitor, turn off the main powerswitch to cut down on power consumption.
• When the monitor is in power saving mode, devices
connected to the USB downstream port will still work.
Therefore, power consumption of the monitor varies
depending on the connected devices, even in the powersaving mode.

Chapter 3 Advanced Adjustments/Settings

31

Function
Off Timer

Settings

Description

Off
6h
9h
12h
15h
18h

You can set the time for the monitor's power to automaticallyturn off. The monitor will automatically turn off when the time
set here elapses after the monitor is turned on, or after themonitor wakes up from Power Save.

IndicatorOff
1 to 7The brightness of the power button and the control buttons
when the screen is displayed can be set. (Default setting: 4)

Input Skip

Skip-

This function allows skipping of input signals that will not be
used when the input signals are switched.

Note• One minute before the Off Timer function is triggered, amessage is displayed to notify you that the monitor's power
will be turned off.
• Only the power button can be operated while this message
is displayed.

Note• Not all input signals can be set to "Skip".
Mode Skip

Skip-

This function allows skipping of modes that will not be used
when selecting modes. Please use this function if display
modes are limited, or if you want to prevent randomly changing
the display status.
Note• Not all modes can be set to "Skip".
Custom
Key

32

[F1]

S-GAMMA -Quick Check- You can set the function that is assigned to the [F1] key.
Off
Note
Input Range• By default, this key is set to the "S-GAMMA -Quick Check-"
Zoom
function.
BT.709 Gamut Warning• Regarding the custom keys, see “Chapter 5 Custom Key
Luminance Warning
Settings” (page 40).
Prev. Color Mode
Information
Time CodeMarker 1
Marker 2
Marker 3
Blue Only
Co-View
Pixel Inspection[F2]

EOTF -Quick CheckOff
Input Range
Zoom
BT.709 Gamut Warning
Luminance Warning
Prev. Color Mode
Information
Time CodeMarker 1
Marker 2
Marker 3
Blue Only
Co-View
Pixel Inspection

Chapter 3 Advanced Adjustments/Settings

You can set the function that is assigned to the [F2] key.
Note

• By default, this key is set to the "EOTF -Quick Check-"
function.
• Regarding the custom keys, see “Chapter 5 Custom Key
Settings” (page 40).

Function
Custom
Key

[F3]

[F4]

Monitor Reset

Settings

Description

BRIGHT -Quick CheckOff
Input Range
Zoom
BT.709 Gamut Warning
Luminance Warning
Prev. Color Mode
Information
Time CodeMarker 1
Marker 2
Marker 3
Blue Only
Co-View
Pixel Inspection

You can set the function that is assigned to the [F3] key.

BLACK -Quick CheckOff
Input Range
Zoom
BT.709 Gamut Warning
Luminance Warning
Prev. Color Mode
Information
Time CodeMarker 1
Marker 2
Marker 3
Blue Only
Co-View
Pixel Inspection

You can set the function that is assigned to the [F4] key.

-

Restores all settings to their default values, except for thesettings in the "Administrator Settings" menu.

Note• By default, this key is set to the "BRIGHT -Quick Check-"
function.
• Regarding the custom keys, see “Chapter 5 Custom Key
Settings” (page 40).

Note

• By default, this key is set to the "BLACK -Quick Check-"
function.
• Regarding the custom keys, see “Chapter 5 Custom Key
Settings” (page 40).

Chapter 3 Advanced Adjustments/Settings33

● Languages

The display language for menus and messages can be selected.
Settings
English, German, French, Spanish, Italian, Swedish, Japanese, Simplified Chinese, Traditional
Chinese● Information

You can check the monitor information (model name, serial number (S/N), firmware version, usagetime) and the input signal information.
Example:34

Chapter 3 Advanced Adjustments/Settings

Chapter 4 SelfCalibration
This product is equipped with a built-in calibration sensor. By setting the calibration targets and execution
schedule in advance, the calibration sensor automatically operates and regularly calibrates the monitor. This
automatic calibration function is called "SelfCalibration".
The adjustment content of SelfCalibration differs depending on the color mode that is executed.
• Standard Mode (color mode excluding "CAL1", "CAL2", and "CAL3"): the monitor's color
reproduction gamut is updated and the display mode in each mode is adjusted as follows.
- The temperature is adjusted so that it is as close as possible to the specified value.
- The gamut values are adjusted so that they are close to each specified value.
- Information on brightness is updated.
• Advanced Mode (color mode "CAL1", "CAL2", and "CAL3"):- When performing SelfCalibration on the monitor itself, calibrate the monitor to match the set
targets.
- When using ColorNavigator 7, use a measurement device with the software to maintain thecalibrated state of the monitor.
Attention• If multiple color modes are set for the mode for SelfCalibration, the warming up process is executed multiple times (*1),
and it may take some time before SelfCalibration finishes for all color modes.
*1 When SelfCalibration is executed consecutively for color modes with large differences in brightness, such as incases where SelfCalibration for HDR color mode (PQ_BT.2100, PQ_DCI-P3, or HLG_BT.2100) is executed after
SelfCalibration for SDR color mode (BT.2020, BT.709, or DCI-P3), the warming up process is executed each
time.
Note

• SelfCalibration can be executed 30 minutes after turning on the monitor.
• SelfCalibration can also be executed when there are no external device signals being input.
• To preserve adjustments that you set by using ColorNavigator 7, it is recommended to execute SelfCalibration.
• Because brightness and chromaticity will change as you use the monitor, it is recommended to calibrate the monitor
periodically.
• The measurement results from the built-in calibration sensor can be correlated with the measurement results fromthe external measurement device that you want to use as a reference. For details, refer to the ColorNavigator 7
User's Manual.

You can set the calibration targets and execution schedule by using ColorNavigator 7 or the monitor's
Setting menu.
You can download the ColorNavigator 7 software and User's Manual from our website:www.eizoglobal.com
Note• When using the software, you will need to connect a PC to the monitor with the supplied USB cable.
• For details on the USB cable connection, see "Connection Procedure" (page 68).
• While using the software, do not operate the power button or control buttons on the front side of the monitor.

Chapter 4 SelfCalibration35

4-1. SelfCalibration functions
Set the details for "SelfCalibration".

Function

Settings

Execute-Description
SelfCalibration can be executed manuallyregardless of the schedule.
Note• After selecting "Execute", warming up (after
the power to the monitor is switched on,
leaving the monitor on for a certain period oftime until the display becomes stable) may be
executed before the built-in calibration sensor
comes out.
Settings

Mode Settings Standard Mode
Advanced
Mode
Schedule

36

On
Off

Switch between enabling/disabling
SelfCalibration in Standard Mode.

CAL1 OnCAL2 Off
CAL3

Switch between enabling/disabling
SelfCalibration in Advanced Mode.

Start timePower Save
Immediately
Application
Off

Select the timing to execute SelfCalibration uponreaching the time set in the schedule.
• "Power Save"
To be executed under any of the following
conditions.
- When the monitor is in "Power Save" modeor power is off at the set time.
- The monitor shifts to the power saving
mode or the power is turned off when theset time in the schedule is exceeded.
• "Immediately"
SelfCalibration is executed immediately at
the set time.
• "Application"
Execute SelfCalibration according to thetiming set using ColorNavigator Network. For
details on ColorNavigator Network, refer toour web site (www.eizoglobal.com).
• "Off"
SelfCalibration is not executed.

Frequency

Daily
WeeklyMonthly
Quarterly
Biannually
Annually
Usage Time

Select the SelfCalibration execution cycle.

Chapter 4 SelfCalibration

Function
Settings

Schedule

Timing

Week

Settings

Description

Jan/Apr/Jul/Oct
Feb/May/Aug/Nov
Mar/Jun/Sep/Dec
Jan/Jul
Feb/Aug
Mar/Sep
Apr/Oct
May/Nov
Jun/Dec
Jan to Dec
Every 50 hours toEvery 500 hours

When the execution cycle is "Quarterly","Biannually", "Annually", or "Usage Time", selectthe timing for executing SelfCalibration.

1st week
to 5th week

When the execution cycle is "Monthly","Quarterly", "Biannually", or "Annually", select theweek for executing SelfCalibration.

The settings differ depending on the execution
cycle setting.
• "Quarterly":
Jan/Apr/Jul/Oct, Feb/May/Aug/Nov, Mar/Jun/
Sep/Dec• "Biannually":
Jan/Jul, Feb/Aug, Mar/Sep, Apr/Oct, May/
Nov, Jun/Dec• "Annually":
Jan to Dec• "Usage Time":
Every 50 hours to Every 500 hours

Note• When no day has been selected for "Day" inthe selected week, the week of execution will
be as follows:- When the selected week is "1st week":
2nd week- When the selected week is "5th week":
4th week
Day

Sunday toSaturday

When the execution cycle is "Weekly", "Monthly","Quarterly", "Biannually", or "Annually", select the
day for executing SelfCalibration.

Time

0:00 to 11:55 PM

When the execution cycle is "Daily", "Weekly","Monthly", "Quarterly", "Biannually", or "Annually",
select the time for executing SelfCalibration.

-

Set the monitor date and time.

Clock Adjustment

Note• When the clock has not been set, theschedule will not be applied.
• If the main power supply is
disconnected for an extended periodof time, the clock may need resetting.
• When ColorNavigator 7 is started, thedate and time are automatically set.
Result-The SelfCalibration execution result is displayed.

Next Calibration-

The next SelfCalibration scheduled execution
date is displayed.

Chapter 4 SelfCalibration37

4-2. Setting targets
Set calibration targets for Advanced Mode. You can set targets by using ColorNavigator 7 or on themonitor itself.
When using the monitor itself, set the following functions in the "Color" menu.
• "Color Mode"
Select either "CAL1", "CAL2", or "CAL3".
• "Target Settings"
Set a calibration target for SelfCalibration.

4-3. Executing
SelfCalibration can be executed by setting a schedule or it can be executed regardless of a schedule.
You can set a schedule by using ColorNavigator 7 or on the monitor itself.
When executing SelfCalibration by setting a schedule on the monitor itself, the method to enable
SelfCalibration differs depending on the type of color mode (Standard Mode or Advanced Mode).
Attention• If there is a change in the video signal from the external device during SelfCalibration (the signal disappears, asignal is input during a no-signal state, or other), SelfCalibration is automatically canceled.

● Executing regardless of a schedule

Manually execute SelfCalibration.
There are two methods for executing SelfCalibration, as follows.
• Execute from the "SelfCalibration" menu
In the "SelfCalibration" menu, select "Execute".
SelfCalibration is executed for all the color modes selected as "On" in "Settings" - "Mode Settings" of the"SelfCalibration" menu.

• Executing from the "Color" menu
In "Color Mode" in the "Color" menu, select either "CAL1", "CAL2", or "CAL3", and then select "Execute
Calibration".
Execute SelfCalibration for the displayed color mode.

● Executing by setting a scheduleSet the calibration schedule for SelfCalibration.
In "Settings" in the "SelfCalibration" menu, set the calibration schedule and monitor date and time for
SelfCalibration.
Attention• If a scheduled SelfCalibration is automatically canceled, it is executed again when the monitor transitions to
the power saving mode an hour or more after cancellation or when the monitor is turned off using .

● Activating SelfCalibration in Standard Mode

Execute SelfCalibration in Standard Mode.
In "Settings" in the "SelfCalibration" menu, set the following functions:• "Mode Settings"
Set "Standard Mode" to "On".

38

Chapter 4 SelfCalibration

● Activating SelfCalibration in Advanced Mode

Execute SelfCalibration in Advanced Mode.
In "Settings" in the "SelfCalibration" menu, set the following functions:• "Mode Settings"
Select "Advanced Mode".
• "Advanced Mode"
Select either "CAL1", "CAL2", or "CAL3", and set "On".

4-4. Checking results
Check the SelfCalibration calibration results by using the monitor.
In the "Color" menu, set the following functions:• "Color Mode"
Select either "CAL1", "CAL2", or "CAL3".
• "Result"
Check the calibration result of SelfCalibration.

Chapter 4 SelfCalibration

39

Chapter 5 Custom Key Settings
You can assign functions to the custom keys to easily start specified functions.
This chapter describes how to operate the custom keys and how to assign functions to the custom keys.

5-1. Basic Operation of the Custom Keys
1. Execute

1. Press the(F1) button,

The function assigned to the(F2) button,(F1) button,(F3) button, or(F2) button,(F4) button.

(F3) button, or

executed.

5-2. Assigning a Function to a Custom Key
1. Menu display

1. Press the dial.

The Setting menu appears.

40

Chapter 5 Custom Key Settings(F4) button is2. Turn the dial to select "Preferences", and then press the dial.
The Preferences menu appears.

3. Turn the dial to select "Custom Key", and then press the dial.
The Custom Key menu appears.

4. Turn the dial to select the custom key to which you want to assign a function, and then press thedial.
The menu for assigning a function appears.

For more information about functions, see “Functions that can be Assigned to Custom Keys” (page 43).

Chapter 5 Custom Key Settings41

5. Turn the dial to select the function that you want to assign, and then press the dial.
That function is assigned to the custom key.

2. Exiting

1. Press the(EXIT) button several times.

The Setting menu exits.

42

Chapter 5 Custom Key Settings

● Functions that can be Assigned to Custom Keys
Function

Description

S-GAMMA -Quick
Check-

Sets the HLG System Gamma of the Quick Check function. For more information, seepage 14.

EOTF -Quick Check-

Sets the Gamma (EOTF) of the Quick Check function. For more information, see page
14.

BRIGHT -Quick
Check-

Sets the Brightness of the Quick Check function. For more information, see page 14.

BLACK -Quick Check- Sets the Black Level Lift of the Quick Check function. For more information, see page
14.
OffDisables the custom key.

Input Range

Sets the Input Range function. For more information, see page 18.

Zoom

Sets the Zoom function. For more information, see page 28.

BT.709 Gamut
Warning

Sets the BT.709 Gamut Warning function. For more information, see page 28.

Luminance Warning

Sets the Luminance Warning function. For more information, see page 29.

Prev. Color Mode

You can return to the previous color mode. This is convenient for checking thedifferences between two color modes.
Attention• When using ColorNavigator 7, it is necessary to reselect the color mode after exiting
the software.
Information

You can view the input signal information and color information.
Example:Note• You can check the monitor information under “Information” (page 34) on the
Setting menu.
Time CodeSets the Time Code function. For more information, see page 19.

Marker 1

Sets the Marker 1 function. For more information, see page 29.

Marker 2

Sets the Marker 2 function. For more information, see page 29.

Marker 3

Sets the Marker 3 function. For more information, see page 29.

Blue Only

Sets the Blue Only function. For more information, see page 29.

Co-View

Sets the Co-View function. For more information, see page 29.

Pixel Inspection

Executes the Pixel Inspection function and displays the pixel value at the set
coordinates. Specify the coordinates using the “Pixel Inspection” menu in the settings
menu (see “Chapter 6 Pixel Inspection” (page 44)).

Chapter 5 Custom Key Settings

43Chapter 6 Pixel Inspection
This obtains the color information of the pixel at the specified coordinates*1. By comparing the "color
information of pixels in the input data" and "color information of pixels after internal conversion to the full
RGB range by the monitor", you can check whether you have established a proper production environment.
*1 Since coordinates are specified for the input signal, the adjustable range of the horizontal/vertical position depends
on the input signal.
Attention• This function can be used when the firmware version is "10006-xxxxx-xxxxx" or later.
• In the following cases, "Pixel Inspection" becomes invalid, and cannot be used.
- YCbCr 4:2:0 signal is input- The message "No Signal" or "Signal error" appears- A signal with a resolution that exceeds the resolution of the LCD panel is input- Using the Zoom function ("Zoom" (page 28))
• This cannot be used simultaneously with marker functions ("Marker" (page 29)).

6-1. Specifying Coordinates
When the "Pixel Inspection" menu is selected, a coordinate marker for specifying coordinates will appear
on the screen.

1. From the "Pixel Inspection" menu, select "x" (horizontal position) or "y" (vertical position), thenselect .
The adjustment menu appears.

2. Adjust withand select.

If you change the value, the coordinate marker will also move accordingly.

44

Chapter 6 Pixel Inspection

6-2. Execute Pixel Inspection
1. From the "Pixel Inspection" menu, select "Execute", then select.

The color information of the pixels at the specified coordinates will be displayed as the execution result.

• "Raw"
Color information of pixels in the input data

• "Converted to RGB Full"

Color information of pixels after internal conversion to the full RGB range by the monitor

Attention• The pixel color information is displayed in a fixed 10-bit format.
• When "Input Range" is set to "Limited (109% White)", the value normalized from 0% to 109% of the input signal by
0 to 1023 is displayed in "Converted to RGB Full".
• If you specify a pixel displaying the time code ("Time Code" (page 19)), the color information of the displayed
time code is retrieved, not the color information from the input data.
• If a signal other than progressive is input, the color information applied from the internal image processingof the monitor is retrieved, not the color information from the input data (see "Interlace / PsF" (page 19) or"Deinterlacing" (page 18)).

Chapter 6 Pixel Inspection

45

Chapter 7 Administrator Settings
This chapter describes how to configure monitor operation using the "Administrator Settings" menu.

7-1. Basic Operation of the "Administrator Settings"
Menu
1. Menu display
1. Pressto turn off the monitor.

2. While pressing the leftmost button, press

for more than 2 seconds to turn on the monitor.

The "Administrator Settings" menu appears.

2. Setting

1. Turn the dial to choose an item to set, and then press the dial.
The Adjustment/Setting menu appears.

2. Turn the dial to set the selected item, and then press the dial.
The "Administrator Settings" menu appears.

3. Applying and exiting

1. Select "Apply", and then press the dial.
The settings are confirmed and the "Administrator Settings" menu quits.

46

Chapter 7 Administrator Settings

7-2. "Administrator Settings" Menu Functions

Function

Settings

Description

On-Screen Logo

Off
On

When this function is set to "Off", the EIZO logo that is displayedwhen the monitor is turned on does not appear.

Information Display

Off
On

When this function is set to "On", "Signal Information" (page 17)
is displayed when the signal or color mode is switched.
When set to "Off", "Signal Information" (page 17) is not
displayed when the signal or color mode is switched.

Key Lock

Off
Menu
All

In order to prevent changes to settings, the control buttons on thefront of the monitor can be locked.
• "Off" (Default setting)All buttons are enabled.
• "Menu"
The dial is locked. The settings of the Quick Check function
can be changed.
• "All"All buttons except the power button are locked.

Compatibility ModeOffOn

To avoid the following effects, set this function to "On".
• When you switch the monitor's power back on or return frompower saving mode, windows or icons may have shifted
position.
• The PC's power save function does not operate correctly.

SignalFormatDisplayPort

Version 1.2
Version 1.2 /YUV

You can switch the signal type that the monitor can display.
Try changing this setting if the input signal is not displayed, or if
the displayed image does not appear correctly.

HDMI

4K 30HzNote
4K 60Hz / YUV • The default setting for "4K 30Hz" and "4K 60Hz / YUV / HDR" is/ HDR
1920 × 1080.
4K 60Hz

Chapter 7 Administrator Settings

47

Chapter 8 SDR/HDR Settings
This chapter describes how to configure the monitor settings to use this monitor for image creation.
“8-1. About Each Color Mode” (page 48) describes applications and configurations of each color mode.
“8-2. Setting Procedure” (page 55) describes the procedure to configure each color mode settings
suitable for the display of each application.
“8-3. Settings with ColorNavigator 7” (page 59) describes the overview of procedure to configure settings
using software.
Attention• See “Information” (page 34) to check the firmware version of your monitor before configuring the settings. Select“Software and Drivers” in “Support” from our web site (www.eizoglobal.com), enter the product name, and perform asearch. Download the program and update the firmware if its version is different from the latest version.
Note• It takes about 3 minutes (under our measurement conditions) for the monitor display to stabilize. For highly accurate
adjustments, please wait 20 minutes or more after the monitor power has been turned on.
• If you switch between SDR color modes (BT.2020, BT.709, and DCI-P3) and HDR color modes (PQ_BT.2100, PQ_
DCI-P3, and HLG_BT.2100), wait 30 minutes or more after switching the color modes, and then adjust the monitor.

8-1. About Each Color Mode

● Types and Applications of Color Modes for Image Creation
Color Mode

Application

BT.2020(SDR)

This color mode is suitable for reproducing ITU-R BT.2020 standard-compliant
color gamut and gamma.

BT.709(SDR)

This color mode is suitable for reproducing ITU-R BT.709 standard-compliant
color gamut and gamma.

DCI-P3(SDR)

This color mode is suitable for reproducing DCI standard-compliant color gamut
and gamma.

PQ_BT.2100(HDR)

This color mode is suitable for reproducing ITU-R BT.2100 standard-compliant
color gamut in PQ format gamma (EOTF).

PQ_DCI-P3(HDR)This color mode is suitable for reproducing DCI standard-compliant color gamut
in PQ format gamma (EOTF).

HLG_BT.2100(HDR)

This color mode is suitable for reproducing ITU-R BT.2100 standard-compliant
color gamut in HLG format gamma (EOTF).

The relation between input signal (10 bits: 0 - 1023) and the brightness displayed on the monitor
when each color mode is configured properly is described below. For more information about how to
configure the settings, see “8-2. Setting Procedure” (page 55).

48

Chapter 8 SDR/HDR Settings

● BT.2020

The relation between input signal (0 - 1023) and the brightness displayed on the monitor is described
below.
140

YUV (64 - 940)
RGB (0 - 1023)

Output Brightness (cd/m²)

120
100
80
60
40
20
0

0

256

512

768

1023

Input Video Level

Main Setting Items of Setting Menu
For more information about procedure to configure the settings, see “8-2. Setting Procedure” (page55).
Input Color Format*1

Item
Signal
Color

RGB

YUV

YUV Color Matrix

Auto

BT.2020*2

Input Range

Full

Limited (109% White)

2Brightness (cd/m )

100

123

Temperature

D65

D65

Gamma (EOTF)

2.4

2.4

BT.2020

BT.2020

Color Gamut*1 If the image is displayed correctly, you can check the settings in “Signal” - “Signal Information” in the
Setting menu. If the text including “YCbCr” or “YCC” is displayed in the blue rectangles in the figures
below, the input signal is YUV.
If the text including “RGB” is displayed, the input signal is RGB.
• SDI

• HDMI*2 A conversion constant other than BT.2020 may be applied due to restrictions or settings of yourequipment and tools.
Chapter 8 SDR/HDR Settings49

● BT.709

The relation between input signal (0 - 1023) and the brightness displayed on the monitor is described
below.
140

YUV (64 - 940)
RGB (0 - 1023)

Output Brightness (cd/m²)

120
100
80
60
40
20
0

0

256

512

768

1023

Input Video Level

Main Setting Items of Setting Menu
For more information about procedure to configure the settings, see “8-2. Setting Procedure” (page55).
Input Color Format*1

Item
Signal
Color

RGB

YUV

YUV Color Matrix

Auto

BT.709Input Range

Full

Limited (109% White)

Brightness (cd/m2)

100

123

Temperature

D65

D65

Gamma (EOTF)

2.4

2.4

BT.709BT.709Color Gamut*1 If the image is displayed correctly, you can check the settings in “Signal” - “Signal Information” in the
Setting menu. If the text including “YCbCr” or “YCC” is displayed in the blue rectangles in the figures
below, the input signal is YUV.
If the text including “RGB” is displayed, the input signal is RGB.
• SDI

50

Chapter 8 SDR/HDR Settings• HDMI● DCI-P3

The relation between input signal (0 - 1023) and the brightness displayed on the monitor is described
below.
48

RGB (0 - 1023)

Output Brightness (cd/m²)

40

32

24

16

8

0

0

256

512

768

1023

Input Video Level

Main Setting Items of Setting Menu
For more information about procedure to configure the settings, see “8-2. Setting Procedure” (page55).
Input Color Format

Item
SignalColorRGB

YUV Color Matrix

Auto

Input Range

Full2

Brightness (cd/m )48

Temperature

D65

Gamma (EOTF)

2.6

Color Gamut

DCI-P3

Chapter 8 SDR/HDR Settings

51

● PQ_BT.2100

The relation between input signal (0 - 1023) and the brightness displayed on the monitor is described
below.
1000

YUV (64 - 940)
RGB (0 - 1023)

Output Brightness (cd/m²)

900
800
700
600
500
400
300
200

723

100
0

0

256

770

512

768

1023

Input Video Level

Main Setting Items of Setting Menu
For more information about procedure to configure the settings, see “8-2. Setting Procedure” (page55).
Input Color Format*1

Item
Signal
Color

RGB

YUV

YUV Color Matrix

Auto

BT.2020*2

Input Range

Full

Limited2Brightness (cd/m )

1000

1000

Temperature

D65

D65

Gamma (EOTF)

PQ

PQ

PQ Option2

1000cd/m Clipping

1000cd/m2 Clipping

Color Gamut

BT.2020

BT.2020*3*1 If the image is displayed correctly, you can check the settings in “Signal” - “Signal Information” in the
Setting menu. If the text including “YCbCr” or “YCC” is displayed in the blue rectangles in the figures
below, the input signal is YUV.
If the text including “RGB” is displayed, the input signal is RGB.
• SDI

• HDMI*2 A conversion constant other than BT.2020 may be applied due to restrictions or settings of yourequipment and tools.
*3 For more information, see “PQ Option” (page 21) and “Setting of PQ Option and Display” (page 22).

52

Chapter 8 SDR/HDR Settings

● PQ_DCI-P3

The relation between input signal (0 - 1023) and the brightness displayed on the monitor is described
below.

1000

RGB (0 - 1023)

Output Brightness (cd/m²)

900
800
700
600
500
400
300
200

770

100
0

0

256

512

768

1023

Input Video Level

Main Setting Items of Setting Menu
For more information about procedure to configure the settings, see “8-2. Setting Procedure” (page
55).
Item
SignalColor

YUV Color Matrix

Input Color format
RGB
Auto

Input Range

Full

Brightness (cd/m2)

1000

Temperature

D65

Gamma (EOTF)

PQ

PQ Option*1

1000cd/m2 Clipping

Color Gamut

DCI-P3*1 For more information, see “PQ Option” (page 21) and “Setting of PQ Option and Display” (page 22).

Chapter 8 SDR/HDR Settings53

● HLG_BT.2100

The relation between input signal (0 - 1023) and the brightness displayed on the monitor is described
below.

1000

YUV (64 - 940)
RGB (0 - 1023)

Output Brightness (cd/m²)

900
800
700
600
500
400
300
200
100
0

0

256

512

768

940 1023

Input Video Level

Main Setting Items of Setting Menu
For more information about procedure to configure the settings, see “8-2. Setting Procedure” (page55).
Input Color Format*1

Item
Signal
Color

RGB

YUV

YUV Color Matrix

Auto

BT.2020*2

Input Range

Full

Limited2Brightness (cd/m )

1000

1000

Temperature

D65

D65

Gamma (EOTF)

HLG

HLG

HLG System Gamma
Color Gamut

1.2

1.2

BT.2020

BT.2020*1 If the image is displayed correctly, you can check the settings in “Signal” - “Signal Information” in the
Setting menu. If the text including “YCbCr” or “YCC” is displayed in the blue rectangles in the figures
below, the input signal is YUV.
If the text including “RGB” is displayed, the input signal is RGB.
• SDI

• HDMI*2 A conversion constant other than BT.2020 may be applied due to restrictions or settings of yourequipment and tools.

54

Chapter 8 SDR/HDR Settings

8-2. Setting Procedure
This section describes the procedure to use the monitor with the settings suitable for displaying SDR or
HDR image.
Note• For more information about SDR/HDR setting procedure with ColorNavigator 7, see “8-3. Settings with
ColorNavigator 7” (page 59).

1. Select a color mode.

Select a color mode suitable for the application.

Color Mode

Application

BT.2020(SDR)

This color mode is suitable for reproducing ITU-R BT.2020 standard-compliant
color gamut and gamma.

BT.709(SDR)

This color mode is suitable for reproducing ITU-R BT.709 standard-compliant
color gamut and gamma.

DCI-P3(SDR)

This color mode is suitable for reproducing DCI standard-compliant color gamut
and gamma.

PQ_BT.2100(HDR)

This color mode is suitable for reproducing ITU-R BT.2100 standard-compliant
color gamut in PQ format gamma (EOTF).

PQ_DCI-P3(HDR)This color mode is suitable for reproducing DCI standard-compliant color gamut
in PQ format gamma (EOTF).

HLG_BT.2100(HDR)

This color mode is suitable for reproducing ITU-R BT.2100 standard-compliant
color gamut in HLG format gamma (EOTF).

Chapter 8 SDR/HDR Settings55

2. Display “Signal” in the Setting menu, and configure the settings required.

Note• For more information about basic operation of the Setting menu, see “3-1. Basic Operation of the SettingMenu” (page 15).

1. If the image is not properly displayed, set “Input Color Format” in the “Signal” menu.
If the text including “YCbCr” or “YCC” is displayed in “Signal Information” in the “Signal” menu, the input
signal is YUV. If the text including “RGB” is displayed, the input signal is RGB.

2. If the YUV signal is displayed, “YUV Color Matrix” is set.
Settings for each color mode selected are shown below.

Color Mode

YUV Color Matrix

BT.2020

BT.2020

BT.709BT.709

PQ_BT.2100

BT.2020

HLG_BT.2100

BT.2020

Note• If the input signal is RGB, use the default setting.
• A conversion constant other than BT.2020 may be applied due to restrictions or settings of your equipment
and tools. If it is the case, configure the settings properly for your equipment and tools.

3. Set “Input Range”.
Settings for each color mode and color format selected are shown below.

Color Mode

Input Color Format

Input Range

BT.2020

RGB

Full

YUV

Limited (109% White)

BT.709

56

RGB

Full

YUV

Limited (109% White)

DCI-P3

RGB

Full

PQ_BT.2100

RGB

Full

YUV

LimitedPQ_DCI-P3

RGB

Full

HLG_BT.2100

RGB

Full

YUV

LimitedChapter 8 SDR/HDR Settings

3. Display “Color” in the Setting menu, and configure the settings required.

Note• It is recommended to perform “Reset” in “Color” before configuring the settings. If you perform “Reset”, no
additional configuration is required except for the SDR image with YUV signal.

Settings for each color mode and color format selected are shown below.
Color Mode

Input Color Format

Brightness (cd/m2)

Gamma (EOTF)

BT.2020

RGB

100

2.4

YUV

100

2.4

RGB

100

2.4

YUV

100

2.4

DCI-P3

RGB

48

2.6

PQ_BT.2100

RGB

1000

PQ

YUV

1000

PQ

PQ_DCI-P3

RGB

1000

PQ

HLG_BT.2100

RGB

1000

HLG

YUV

1000

HLG

BT.709Settings for Advanced Settings are left default. For more information, see “Color Mode Setting
Values” (page 13).

4. Close the Setting menu to complete settings.
Press the(EXIT) button to exit “Color” and display the Setting menu. Press the(EXIT) button

again to exit the Setting menu.

Chapter 8 SDR/HDR Settings57

● List of Setting Items
SignalColor Mode

Input Color Format

YUV Color Matrix

Input Range*1

BT.2020

RGB

Auto

Full
*1

Limited (109% White)

RGB

Auto

Full

YUV

BT.709*1

Limited (109% White)

DCI-P3

RGB

Auto

Full

PQ_BT.2100

RGB

Auto

Full

YUV

BT.2020*1

LimitedPQ_DCI-P3

RGB

Auto

Full

HLG_BT.2100

RGB

Auto

Full

YUV

BT.2020*1

LimitedYUV
BT.709BT.2020*1 This item is changed from the default setting.

Color-: Cannot be changed

Color
Mode

Color
FormatBrightness(cd/m2)Temperature

Gamma(EOTF)

PQ
OptionHLG
System
Gamma

Color
Gamut

BT.2020

RGB

100

D65

2.4

-

-

BT.2020

YUV

100

BT.709

RGB

100

D65

2.4

-

-

BT.709YUV

100

DCI-P3

RGB

48

D65

2.6

-

PQ_BT.2100

RGB

PQ_DCI-P3
HLG_
BT.2100

DCI-

BT.2020

1000

D65

PQ

1000cd/m
Clipping

RGB

1000

D65

PQ

1000cd/m2
Clipping

-

DCI

RGB

1000

D65

HLG

-

1.2

BT.2020

YUV

58

2

YUV

Chapter 8 SDR/HDR Settings

8-3. Settings with ColorNavigator 7
You can use ColorNavigator 7 to configure monitor settings suitable for SDR or HDR display. It is
recommended to use ColorNavigator 7 to calibrate the monitor for the following cases.
• To perform regular calibration
ColorNavigator 7 has a function to notify when to perform calibration.

• To verify whether the monitor is properly calibrated

ColorNavigator 7 has a function to verify calibration status.
Note• For more information about how to perform adjustment by operating only the Setting menu of the monitor, see“8-2. Setting Procedure” (page 55).
• For more information about ColorNavigator 7, refer to our web site.
(www.eizoglobal.com/products/coloredge/cn7)● Setting Procedure
1. Select a color mode in the Setting menu in the monitor

See step 1 in “8-2. Setting Procedure” (page 55) to configure the setting.

2. Display “Signal” in the Setting menu of the monitor, and configure the settingsrequired

See step 2 in “8-2. Setting Procedure” (page 55) to configure the setting.
Note• See “List of Setting Items” (page 58) for the list of setting items.

3. Start ColorNavigator 7
4. Point at the color mode selected in the color mode list, right-click, and set thecolor mode type to “Advanced”

5. Set the adjustment target according to the application

For more information, see “Target Settings of ColorNavigator 7” (page 59).

● Target Settings of ColorNavigator 7

Color Mode Type, Brightness, Black Level, Temperature
Color
Mode

Color
FormatColor Mode
Type

Brightness(cd/m2)Black Level

Temperature

BT.2020

RGB

Advanced*1

100

Minimum Value

D65

Minimum Value

D65

YUV

100
Advanced*1

100

BT.709RGB

DCI-P3RGB

Advanced*1

48

Minimum Value

D65

PQ_BT.2100

RGB

*1

1000

Minimum Value

D65

PQ_DCI-P3

RGB

Advanced*1

1000

Minimum Value

D65

RGB

*1

1000

Minimum Value

D65

YUV

100
Advanced

YUV
HLG_
BT.2100

Advanced

YUV*1 This item is changed from the default setting.

Chapter 8 SDR/HDR Settings59Gamma (EOTF), PQ Option, HLG System Gamma, Adjustment Method-: Cannot be changed

Color
Mode

Color
FormatGamma (EOTF)

PQ Option

HLG System
Gamma

Adjustment
MethodBT.2020

RGB

2.4

-

-

Standard

BT.709

RGB

2.4

-

-

Standard

YUV
YUV
DCI-P3

RGB

2.6

-

-

Standard

PQ_
BT.2100

RGB

PQ

1000cd/m2
Clipping-

Standard

PQ_DCI-P3

RGB

PQ

1000cd/m2
Clipping-

Standard

HLG_
BT.2100

RGB

HLG

-

1.2

Standard

YUV

YUV

Color Gamut, Gamut Clipping, Option
Color
Mode

Color
FormatColor Gamut(Standard Value)

Gamut Clipping

Option*1

BT.2020

RGB

BT.2020On-

YUV
BT.709RGB

On
BT.709On

YUV
DCI-P3RGB

DCI-P3On-

PQ_
BT.2100

RGB

BT.2020On-

PQ_DCI-P3

RGB

DCI-P3On-

HLG_
BT.2100

RGB

BT.2020

On

-

YUV

YUV

*1 Setting for “Optimize to Limited (109% White)”

60

On

Chapter 8 SDR/HDR Settings

Chapter 9 Troubleshooting
9-1. No Picture
ProblemPossible cause and remedy

1. No picture• Power indicator does not light up.

• Check whether the power cord is connected properly.
• Turn on the main power switch on the rear side of the monitor.
• Press .
• Turn off the main power switch on the rear side of the monitor,
and then turn it on again a few minutes later.

• Power indicator is lighting white.

• Increase "Brightness" and/or "Gain" in the Setting menu (see“Color” (page 19)).

• Power indicator is lighting orange.

• Switch the input signal.
• Move the mouse or press any key on the keyboard.
• Check whether the external device is turned on.
• Turn off the main power switch on the rear side of the monitor,
and then turn it on again.
• This problem may occur when an external device isconnected via the DisplayPort connector. Connect via thesignal cable specified by EIZO, turn off the monitor, and thenturn it on again.
This message appears when the signal is not input correctly eventhough the monitor is functioning properly.

• Power indicator is flashing orange andwhite.

2. The message below appears.
• This message appears when no signal is
input.
Example:• The message shows that the input signal
is out of the frequency specification range.
Example:• The message shown left may appear, because some external
devices do not output the signal immediately after power-on.
• Check whether the external device is turned on.
• Check whether the signal cable is connected properly.
• Switch the input signal.
• Turn off the main power switch on the rear side of the monitor,
and then turn it on again.
• Try changing "Signal Format" in the Administrator Settings
menu (see “Signal Format” (page 47)).
• Check whether the external device is configured to meet theresolution and vertical scan frequency requirements of themonitor (see "Compatible Resolutions").
• Reboot the external device.
• Change to the appropriate setting using the graphics board's
utility. Refer to the User's Manual of the graphics board for
details.
• For SDI signal input, try changing "Input Color Format" (see“Input Color Format” (page 18)).

Chapter 9 Troubleshooting

61

9-2. Imaging Problems

62

ProblemPossible cause and remedy

1. The screen is too bright or too dark.

• Use "Brightness" in the Setting menu to adjust it (see “Color”(page 19)). The LCD monitor backlight has a limited life span.
If the screen becomes dark or begins to flicker, contact yourlocal EIZO representative.

2. Afterimages appear• Afterimages are particular to LCD monitors. Avoid displaying
the same image for a long time.
• Use the screen saver or power saving function to avoid
displaying the same image for extended periods of time.

3. Green/red/blue/white dots or
defective dots remain on the screen.

• This is due to LCD panel characteristics and not a malfunction.

4. Interference patterns or pressure
marks remain on the LCD panel.

• Display a white or black image over the entire screen. The
symptom may disappear.

5. Noise appears on the screen.

• When inputting HDCP system signals, normal images may not
be displayed immediately.

6. When you switch the power back onor return from power saving mode,
windows or icons may have shifted
position.

• In the "Administrator Settings" menu, set "Compatibility Mode"to "On" (see “Compatibility Mode” (page 47)).

7. The screen colors look strange.

• Try changing "Input Color Format" in the Setting menu (see“Input Color Format” (page 18)).
• For HDMI signal input, try changing "Signal Format" in the"Administrator Settings" menu (see “Signal Format” (page47)).

8. The image does not display on theentire screen.

• Try changing "Picture Expansion" in the Setting menu (see“Picture Expansion” (page 27)).

Chapter 9 Troubleshooting

9-3. SelfCalibration Problems
ProblemPossible cause and remedy

1. The built-in calibration sensor
does not come out/stays out.

• Turn off the main power, and then turn it on again a few minutes later.

2. SelfCalibration cannot be
executed.

• Check whether a color mode for executing SelfCalibration has beenset (see “Mode Settings” (page 36)).
• Check whether the date and time are set correctly on the monitor (see“Clock Adjustment” (page 37)).
• Check whether the execution schedule been set (see “Schedule”(page 36)).
• Check whether the calibration targets are set correctly (see “Target
Settings” (page 24)).
• Try calibrating the monitor by using ColorNavigator 7.

3. SelfCalibration failure

Refer to the error code table. If an error code that does notappear in the error code table is displayed, contact your local
EIZO representative.

4. SelfCalibration is canceled while
in progress.

• If there is a change in the video signal from the external device
during SelfCalibration (the signal disappears, a signal is input during
a no-signal state, or other), SelfCalibration is canceled.
• Prevent any changes in the video signal while executing
SelfCalibration.
• If a scheduled SelfCalibration is canceled, it is executed again whenthe monitor transitions to the power saving mode after an hour ormore or when the monitor is turned off using . SelfCalibration canalso be executed regardless of the schedule (see “4-3. Executing”(page 38)).

Error Code Table
If an error related to any of the following values occurs, the error code and error message are displayedin the "Color" menu.
• Calibration target value• Adjustable brightness settings• Adjustable black level settings
Error Code
000020000021

Error Message
The sensor failed to open.
Check whether there is any foreign object near the sensor.

010141

Invalid target value has been set.
Check the target value.

****52The target black level is too low.
Up the target black level or set "Min".

Chapter 9 Troubleshooting

63

9-4. Other Problems

64

ProblemPossible cause and remedy

1. The Setting menu/Mode menu
cannot be displayed• Check whether the control button lock function works (see “KeyLock” (page 47)).
• Control buttons are locked when the main window of ColorNavigator
7 is displayed. Exit the software.

2. The monitor connected with
the USB cable is not detected.
/ The peripheral USB device
connected to the monitor does
not work.

• Check whether the USB cable is connected correctly (see “10-3.
Making Use of the USB Hub Function” (page 68)).
• If a peripheral device is connected to theport, try checking
the "USB CHARGE Port" setting (see “USB CHARGE Port” (page31)). If it is set to "Charging Only", the peripheral device will notwork.
• Try changing to a different USB port on the external device.
• Try changing to a different USB port on the monitor.
• Reboot the external device.
• If the peripheral devices work correctly when the external device andperipheral devices are connected directly, contact your local EIZO
representative.
• Check whether the external device and OS are USB compliant.
(For USB compliance of the respective devices, consult their
manufacturers.)• Depending on the USB 3.1 Gen 1 host controller that you are using,connected USB devices may not be recognized correctly. Update to
the latest USB 3.1 Gen 1 driver provided by each manufacturer, orconnect the monitor to the USB 2.0 port.
• Check the external device’s BIOS setting for USB when using
Windows. (Refer to the User’s Manual of the external device fordetails.)

3. Audio is not output.

• This product is not equipped with a speaker.

Chapter 9 Troubleshooting

Chapter 10 Reference
10-1. Attaching the Installation FixtureThis product can be detached from the stand and attached to an installation fixture.
Attention• When installing, do so by carefully following the information in the User Manual about the arm or stand.
• Ensure the following and select components that comply with the VESA standards.
- Clearance between screw holes: 200 mm x 200 mm- Must be strong enough to support weight of the monitor unit and attachments such as cables.
• Please follow the specifications for the screw tightening torque. If the tightening is not performed correctly, theattached part may be damaged, which may result in injury or equipment damage.
• Do not install the display screen at an angle. Position it vertically.
• Connect the cables after attaching an arm or stand• Installation should be performed by two or more people.
• The monitor and installation fixture are heavy. Dropping them may result in injury or equipment damage.
• Periodically check the tightness of the screws. If not sufficiently tight, the monitor may detach from the arm, which
may result in injury or equipment damage.

1. Being careful not to damage the LCD panel surface, and being careful not to
put weight on the parts of the monitor that stick out (the built-in calibration
sensor and the dial), place the LCD panel surface face-down on a table orother stable location.

2. Remove the stand.

Remove the fixing screws on the stand, and detach the left and right sides of the stand.

Chapter 10 Reference653. Detach the back plate.

Remove the fixing screws on the plate, and detach the plate.
Attention• The plate and screws must be removed, or the installation fixture may not be able to be positioned correctly.
• The removed plate and screws are not used to attach the installation fixture.
Unit: mm
Plate

Screw holes

100
100

4. Remove the screws from the four screw holes with 200 mm pitch.
Attention• The screws removed in this step are not used to attach the installation fixture. Use separately sold,commercially available screws.

5. Insert commercially available screws into the four screw holes with 200 mm
pitch and fix the installation fixture in place.
Screws: M6 screws
Tightening torque: 2.0 N·m to 2.5 N·m
Attention• Do not attach the installation fixture to the screw holes with 100 mm pitch. The monitor may be damaged,
which may result in injury or equipment damage.
Unit: mmScrew holes

200
200

66

Chapter 10 ReferenceCabinet

Installation fixture

Commercially available
screw

Effective length
6 mm - 9 mm (M6 screw)

10-2. Connecting Multiple External Devices
The product allows you to connect multiple external devices and switch between them for display.
Connection examples

HDMI

HH200PRHDMI cable (HDMI - HDMI)(Included)

HDMI

DisplayPort PP200
DisplayPort
DisplayPort cable (DisplayPort - DisplayPort)(Included)

SDI

SDI cable (SDI - SDI)
(Commercially available)

SDI

Note

• The input signal changes each time the(SIGNAL) button on the front of the monitor is pressed. For more

information, see “2-1. Switching Input Signals” (page 11).

Chapter 10 Reference6710-3. Making Use of the USB Hub Function
This monitor is equipped with a USB hub. It works as a USB hub when connected to a USB-compatible
external device, allowing the connection of peripheral USB devices.

● Connection Procedure

1. Connect the USB cable between the USB downstream port of the external device and USB
upstream port of the monitor.
For the location of the monitor's USB Type-B connector, see “Rear” (page 9).

USB upstream port

UU200SSUSB 5Gbps cable (USB Type-B - USB
Type-A) (Included)

USB downstream port

2. Connect the peripheral USB device to the USB downstream port of the monitor.
Attention• This monitor may not work depending on the used external device, OS or peripheral devices. For USB
compatibility of peripheral devices, contact their manufactures.
• When the monitor is in power saving mode, devices connected to the USB downstream port will still work.
Therefore, power consumption of the monitor varies depending on the connected devices, even in the powersaving mode.
• When the main power switch of the monitor is off, a device connected to the USB downstream port will not
operate.
• When the "USB CHARGE Port" setting in "Preferences" is set to "Charging Only", a peripheral device will notwork if connected to theport.
• Ensure that communication between all peripheral devices connected to the monitor and the external device
is ended before switching the "USB CHARGE Port" setting. When the setting is switched, all communication
will be temporarily interrupted.
Note• This product supports USB 3.1 Gen 1. If you connect a peripheral device with a USB 5Gbps cable, highspeed data communication will be enabled.
• The
USB downstream port also supports quick charging. This allows you to recharge your smartphoneor tablet in a short period of time. (See “USB CHARGE Port” (page 31))68

Chapter 10 Reference10-4. Specifications
LCD PanelVideo Signals

USB

Type

IPS (Anti-Glare)

Backlight

Wide color gamut LED

Size

78.9 cm (31.1 inch)

Resolution

4096 dots × 2160 lines

Display Size (H × V)

698.0 mm × 368.1 mm

Pixel Pitch

0.170 mm × 0.170 mm

Display Colors

Approx. 1073.74 million colors: Supports 10-bit (24-bit LUT)

Viewing Angle (H × V, typical)

178˚ / 178˚

Maximum Brightness (typical)

1000 cd/m2

Contrast Ratio (typical)

1,000,000:1

Response Time (typical)

Black → White → Black: 20 ms
Gray-to-gray: 10 ms

Color Gamut Display (typical)

DCI coverage: 99 %, NTSC ratio: 109 %Input Terminals

HDMI × 1: Supports 8-bit, 10-bit, and 12-bit displays*1(HDCP-compatible)
DisplayPort × 1: Supports 8-bit and 10-bit displays (HDCPcompatible)
SDI (12G / 6G / 3G / HD-SDI) × 1: Supports 10-bit and 12-bit
displays
SDI (3G / HD-SDI) × 3: Supports 10-bit and 12-bit displays*1 The maximum number of display bits is 10.

Output Terminals

SDI (12G / 6G / 3G / HD-SDI) × 1: Supports 10-bit and 12-bit
displays
SDI (3G / HD-SDI) × 3: Supports 10-bit and 12-bit displays

Horizontal scan frequency

HDMI: 15 kHz to 136 kHz
DisplayPort: 25 kHz to 137 kHz

Vertical scan frequency

23 Hz to 61 Hz (For 720 x 400: 69 Hz to 71 Hz)

Frame Synchronization mode

23.75 Hz to 30.25 Hz, 47.5 Hz to 60.5 Hz

Dot clock (Max.)

HDMI: 600.0 MHz
DisplayPort: 598.3 MHz

Port

Upstream port × 1
Downstream port × 3 (Thecharging.)

Standard

USB Specification Revision 3.1 Gen 1
USB Battery Charging Specification Rev.1.2

Communication Speed

5 Gbps (super), 480 Mbps (high), 12 Mbps (full), 1.5 Mbps
(low)

Supply Current

Downstream: Max. 900 mA per 2 ports

port supports quickport):
Downstream (Normal: Max. 1.5 A per port, Charging Only: Max. 2.6 A
per port
Power

Input

100–240 VAC ±10 %, 50/60 Hz 4.70 A–2.00 A

Maximum Power Consumption 463 W or lessPower Save Mode

1.2 W or less
(When "Compatibility Mode" is set to "Off", "USB CHARGE
Port" is set to "Normal", and no USB device is connected)

Standby Mode

1.0 W or less
(When "Compatibility Mode" is set to "Off", "USB CHARGE
Port" is set to "Normal", and no USB device is connected)

Chapter 10 Reference

69Physical
Specifications

Outside Dimensions (Without
Monitor Hood)

757 mm × 488 mm × 208 mm (W × H × D)

Net Weight (Without Monitor
Hood)

Approx. 26.5 kg

Net Weight (Without Stand and Approx. 25.2 kg
Monitor Hood)
Operating
Environment
Requirements

Temperature

0 ˚C to 30 ˚C

Humidity

20 % to 80 % R.H. (no condensation)

Air Pressure

540 hPa to 1060 hPa

Temperature
Transportation/
Storage Environment Humidity
Requirements
Air Pressure● Accessories-20 ˚C to 60 ˚C
10 % to 90 % R.H. (no condensation)
200 hPa to 1060 hPa

For the latest information about the accessories, refer to our web site. www.eizoglobal.com

70

Chapter 10 ReferenceAppendix
TrademarkThe terms HDMI and HDMI High-Definition Multimedia Interface, and the HDMI Logo are trademarks orregistered trademarks of HDMI Licensing, LLC in the United States and other countries.
The DisplayPort Compliance Logo and VESA are registered trademarks of the Video Electronics
Standards Association.
The SuperSpeed USB Trident Logo is a registered trademark of USB Implementers
Forum, Inc.
The USB Power Delivery Trident Logos are trademarks of USB Implementers Forum,Inc.
DICOM is the registered trademark of the National Electrical Manufacturers Association for its standards
publications relating to digital communications of medical information.
Kensington and Microsaver are registered trademarks of ACCO Brands Corporation.
Thunderbolt is a trademark of Intel Corporation in the United States and/or other countries.
Microsoft and Windows are registered trademarks of Microsoft Corporation in the United States andother countries.
Adobe is a registered trademark of Adobe Systems Incorporated in the United States and othercountries.
Apple, macOS, Mac OS, OS X, Macintosh and ColorSync are registered trademarks of Apple Inc.
ENERGY STAR is a registered trademark of the United States Environmental Protection Agency in the
United States and other countries.
EIZO, the EIZO Logo, ColorEdge, CuratOR, DuraVision, FlexScan, FORIS, RadiCS, RadiForce,
RadiNET, Raptor and ScreenManager are registered trademarks of EIZO Corporation in Japan and othercountries.
ColorEdge Tablet Controller, ColorNavigator, EcoView NET, EIZO EasyPIX, EIZO Monitor Configurator,
EIZO ScreenSlicer, G-Ignition, i•Sound, Quick Color Match, RadiLight, Re/Vue, SafeGuard, Screen
Administrator, Screen InStyle, ScreenCleaner and UniColor Pro are trademarks of EIZO Corporation.
All other company names, product names, and logos are trademarks or registered trademarks of theirrespective companies.

LicenseThe bitmap font used for this product is designed by Ricoh Industrial Solutions Inc.

Appendix71Warning for Radio interference
For U.S.A., Canada Only
FCC Supplier’s Declaration of Conformity
We, the Responsible Party

EIZO Inc.
5710 Warland Drive, Cypress, CA 90630
Phone: (562) 431-5011

declare that the product

Trade name: EIZO
Model: ColorEdge PROMINENCE CG3146

is in conformity with Part 15 of the FCC Rules. Operation of this product is subject to the following two
conditions: (1) this device may not cause harmful interference, and (2) this device must accept any
interference received, including interference that may cause undesired operation.

WARNING!
This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant
to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmfulinterference when the equipment is operated in a commercial environment. This equipment generates,
uses, and can radiate radio frequency energy and if not installed and used in accordance with the
instruction manual, may cause harmful interference to radio communications. Operation of this equipment
in a residential area is likely to cause harmful interference in which case the user will required to correct
the interference at his own expense.
Changes or modifications not expressly approved by the party responsible for compliance could void theuser’s authority to operate the equipment.
Note
Use the attached specified cable below or EIZO signal cable with this monitor so as to keep interference
within the limits of a Class A digital device.
- ­AC Cord
- Shielded Signal Cable (enclosed)

Canadian NoticeThis Class A information technology equipment complies with Canadian ICES-003.
Cet équipement informatique de classe A est conforme à la norme NMB-003 du Canada.

For Europe, Australia, New Zealand, etc Only
Warning
Operation of this equipment in a residential environment could cause radio interference.
Warnung
Der Betrieb dieses Geräts in einer Wohnumgebung konnte Funkstörungen verursachen.
Avertissement
L’utilisation de cet équipement dans une zone résidentielle pourrait provoquer des interférences radio.

72

Appendix

03V28263B1
UM-CG3146
Copyright © 2020 - 2023 EIZO Corporation. All rights reserved.

2nd Edition - December, 2023