EIZO CG2700X-BK Coloredge 26.9 Inch 4k Uhd LED LCD Monitor User Manual
- June 9, 2024
- EIZO
Table of Contents
CG2700X-BK Coloredge 26.9 Inch 4k Uhd LED LCD Monitor
User’s Manual
Color Management LCD Monitor
Important
Please read this “User’s Manual”, and “PRECAUTIONS” (separate volume)
carefully to familiarize yourself with safe and effective usage. · See the
Setup Guide for monitor installation and connection. · 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 unless prior
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 product specifications
are subject to change without notice. 2
About This Product
About This Product
About the Usage of This Product
· Aside from general purposes like creating documents and viewing multimedia
content, this product is also suited to applications such as creating images
and graphics, and digital photo processing, 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
· It takes about 3 minutes (under our measurement conditions) for the monitor
display to stabilize. Please wait 3 minutes or more after the monitor power
has been turned on, and then adjust the monitor.
· Monitors should be set to a lower brightness to prevent a loss in the screen
quality caused by long-term use and to maintain stable use.
· When the screen image is changed after displaying the same image for
extended periods of time, an afterimage may appear. Use the screensaver or
power save function to avoid displaying the same image for extended periods of
time. Depending on the image, an afterimage may appear even if it was
displayed for a short period of time. To remove such a phenomenon, change the
image or keep the power turned off for several 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.
· 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.
· The backlight of the LCD panel has a fixed lifetime. Depending on the usage
pattern, such as usage for long continuous periods, the lifespan of the
backlight may run out sooner, requiring replacement. When the screen becomes
dark or begins to flicker, please contact your local EIZO representative.
· Do not press on the LCD panel surface or edge of the frame strongly, as this
may result in display malfunctions, such as moiré 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 LCD panel, leave the monitor with a black or white screen. The symptom may
disappear.)
· Do not scratch or press on the LCD panel with any sharp objects, at this may
result in damage to the LCD panel. Do not attempt to brush with tissues as
this may scratch the panel.
3
About This Product
About the Installation
· If you place this product on a lacquer-coated desk, the color may adhere to
the bottom of the stand due to the composition of the rubber. Check the desk
surface before use.
· When the product 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 product. In that case, do not turn the product on. Instead
wait until the dew condensation disappears, otherwise it may cause some damage
to the product.
Cleaning
· Periodic cleaning is recommended to keep the product looking new and to
prolong its operation lifetime.
· The stains on the cabinet and LCD panel surface can be removed by using the
provided ScreenCleaner.
Attention
· Chemicals such as alcohol and disinfectant may cause gloss variation,
tarnishing, and fading of the cabinet or LCD panel surface, and also quality
deterioration of the image.
· Never use thinner, benzene, 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
CONTENTS
CONTENTS
Location of Caution Statement ……………………………………………………………………… 2
About This Product ………………………………………………………………………………………. 3 About the Usage of
This Product ……………………………………………………………… 3 About the LCD Panel
……………………………………………………………………………… 3 About the
Installation………………………………………………………………………………. 4 Cleaning
……………………………………………………………………………………………….. 4 To Use the Monitor Comfortably
………………………………………………………………. 4
1 Introduction …………………………………………………………………………………………………. 8 1.1 Features
……………………………………………………………………………………………….. 8 1.1.1 Supports 4K high resolution
display……………………………………………….. 8 1.1.2 Support for HDR (High Dynamic Range) video
……………………………….. 8 1.1.3 Built-in mode for automatically switching to the
optimal color settings … 8 1.1.4 Various functions that support color grading
work ……………………………. 8 1.1.5 Support for DisplayPort Alt Mode/USB Power Delivery
…………………….. 9 1.1.6 Includes Docking Station Function…………………………………………………. 10
1.2 Controls and Functions …………………………………………………………………………… 11 1.2.1
Front………………………………………………………………………………………….. 11 1.2.2 Rear
………………………………………………………………………………………….. 12
2 Basic Adjustments/Settings………………………………………………………………………….. 13 2.1 Switch
Operation Method………………………………………………………………………… 13 2.2 Switching Input Signals
…………………………………………………………………………… 13 2.3 Switching the Display Mode (color
mode)………………………………………………….. 14 2.3.1 Display Modes
……………………………………………………………………………. 14 2.3.2 Color Mode Setting Values
…………………………………………………………… 15
3 Advanced Adjustments/Settings …………………………………………………………………… 17 3.1 Basic
Operation of the Setting Menu ………………………………………………………… 17 3.2 Setting Menu
Functions ………………………………………………………………………….. 18 3.2.1 Signal
………………………………………………………………………………………… 18 3.2.2 Color
…………………………………………………………………………………………. 19 3.2.3
SelfCalibration…………………………………………………………………………….. 27 3.2.4
Screen……………………………………………………………………………………….. 27 3.2.5
Preferences………………………………………………………………………………… 31 3.2.6 Languages
…………………………………………………………………………………. 34 3.2.7 Information
…………………………………………………………………………………. 34
4 SelfCalibration ……………………………………………………………………………………………… 35 4.1 SelfCalibration
Functions ………………………………………………………………………… 36 4.2 Setting
Targets………………………………………………………………………………………. 38 4.3 Executing
……………………………………………………………………………………………… 38
5
CONTENTS
4.3.1 Immediately executing manually……………………………………………………. 38 4.3.2
Automatically executing by setting a schedule ………………………………… 39 4.3.3
Activating SelfCalibration in Standard Mode……………………………………. 39 4.3.4 Activating
SelfCalibration in Advanced Mode ………………………………….. 39 4.4 Checking Results
…………………………………………………………………………………… 39 5 Custom Key Settings
……………………………………………………………………………………. 40 5.1 Basic Operation of the Custom Keys
………………………………………………………… 40 5.2 Assigning a Function to a Custom Key
……………………………………………………… 40 5.2.1 Functions that can be Assigned to Custom Keys
…………………………….. 42 6 Administrator Settings………………………………………………………………………………….. 43
6.1 Basic Operation of the “Administrator Settings” Menu…………………………………. 43 6.2
Functions of the “Administrator Settings” Menu………………………………………….. 44 7 SDR/HDR
Settings………………………………………………………………………………………… 47 7.1 About Each Color Mode
………………………………………………………………………….. 47 7.1.1 Types and Applications of Color Modes
for Image Creation………………. 47 7.1.2 BT.2020 ……………………………………………………………………………………..
47 7.1.3 BT.709 ………………………………………………………………………………………. 50 7.1.4 DCI-P3
………………………………………………………………………………………. 52 7.1.5 PQ_DCI-P3
………………………………………………………………………………… 53 7.1.6 HLG_BT.2100
…………………………………………………………………………….. 55 7.2 Setting Procedure
………………………………………………………………………………….. 57 7.3 Settings with ColorNavigator
7…………………………………………………………………. 58 7.3.1 Setting Procedure
……………………………………………………………………….. 58 7.3.2 Target Settings of ColorNavigator
7……………………………………………….. 58 8 Troubleshooting ……………………………………………………………………………………………
60 8.1 No Picture Displayed………………………………………………………………………………. 60 8.2 Imaging
Problems ………………………………………………………………………………….. 61 8.3 SelfCalibration
Problems…………………………………………………………………………. 62 8.4 Other Problems
……………………………………………………………………………………… 63 9 Attaching/Removing the Stand
……………………………………………………………………… 65 9.1 Removing the
Stand……………………………………………………………………………….. 65 9.2 Attaching the Optional Arm
……………………………………………………………………… 66 9.3 Attaching the Original Stand
……………………………………………………………………. 66 10 Reference
…………………………………………………………………………………………………….. 68 10.1 Using the Docking Station
Function ………………………………………………………….. 68 10.2 Connecting Multiple External
Devices……………………………………………………….. 70 10.3 Setting and Display Method of PQ Option
…………………………………………………. 72 10.4 Specifications …………………………………………………………………………………………
73
6
CONTENTS 10.4.1 LCD Panel………………………………………………………………………………….. 73 10.4.2 Video
Signals ……………………………………………………………………………… 73 10.4.3
USB…………………………………………………………………………………………… 74 10.4.4
Network……………………………………………………………………………………… 74 10.4.5
Power………………………………………………………………………………………… 74 10.4.6 Physical Specifications
………………………………………………………………… 74 10.4.7 Operating Environmental
Requirements…………………………………………. 75 10.4.8 Transportation / Storage Environmental
Requirements…………………….. 75 10.4.9 Accessories………………………………………………………………………………… 75
Appendix ……………………………………………………………………………………………………… 76
Trademark…………………………………………………………………………………………….. 76
License…………………………………………………………………………………………………. 76
7
1|Introduction
1 Introduction
This chapter describes the features of the monitor and the name of each
control.
1.1 Features
1.1.1 Supports 4K high resolution display
· Equipped with 4K UHD (3840 x 2160) LCD panel It can display 4K UHD (3840 x
2160) resolution, which is four times the resolution of Full HD.
· Equipped with a function to display DCI 4K resolution (4096 x 2160) Input
signals with DCI 4K resolution that exceed the resolution of the LCD panel are
scaled and displayed on the entire screen. In addition, the DCI 4K Cropping [}
28] function can be used to display a partially cropped signal dot-by-dot.
With these features, you can display contents in DCI 4K resolution (4096 x
2160), the digital cinema standard. See DCI 4K Cropping [} 28] 1.1.2 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.21001 and SMPTE ST.20842 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.
1 ITU-R is the International Telecommunication Union-Radio communication Sector. 2 SMPTE is the Society of Motion Picture and Television Engineers.
· Built-in color mode function Reproduces a color temperature, gamma, and
color gamut compliant with ITU-R BT.2100 and other standards. See Color Mode
[} 20].
1.1.3 Built-in mode for automatically switching to the optimal color 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 this mode,
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 not necessary.
1.1.4 Various functions that support color grading work
· Dedicated video production functions, such as a Gamut Warning function and a
Luminance Warning function See Advanced Adjustments/Settings [} 17].
· 4K Zoom function When a 4K2K signal (a signal with a resolution of 4096 x
2160 or 3840 x 2160) is displayed on the monitor, the specified area can be
doubled in size. This is convenient for checking details in an image. See Zoom
[} 28].
8
Introduction|1
· User-defined custom key function Work efficiency can be improved by
assigning frequently used functions to the buttons on the front of the
monitor. See Custom Key Settings [} 40].
· 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 the reflected 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 SelfCalibration [} 27].
1.1.5 Support for DisplayPort Alt Mode/USB Power Delivery
· Includes USB Type-C® (hereinafter USB-C®) connector Supports the
transmission of video signals (DisplayPort Alt Mode) as well as the charging
of USB devices (USB Power Delivery). It supplies a maximum of 94 W of power to
a connected notebook PC when used as an external monitor.
Video signals
Power supply
Note
· To display video signals, the connected device must support transmission of
video signals (DisplayPort Alt Mode).
· To use the charging function, the connected device must support device
charging by using USB Power Delivery.
· Only when the following USB cables are used, a maximum of 94 W of power can
be supplied: CC200SS-5A (Included) CC100 (Optional accessory)
· Connected devices can be charged even when the monitor is in power saving
mode.
9
1|Introduction
1.1.6 Includes Docking Station Function
· Includes LAN port and USB hub Connecting via USB-C allows you to use a
stable network environment even with laptops or tablets that lack LAN ports.
In addition, peripheral devices that support USB can be used, and smartphones
can be charged. See Using the Docking Station Function [} 68].
10
1.2 Controls and Functions
1.2.1 Front
1
Introduction|1
(During sensor operation)
1. Built-in calibration sensor
2. Operation switches 3. Power switch
2
3
This sensor is used to perform monitor calibration. When SelfCalibration is
executed, the calibration sensor automatically operates and regularly
calibrates the monitor. (see SelfCalibration [} 35]). Displays menus. Operate
the switches according to the operation guide (see Basic Operation of the
Setting Menu [} 17]). Turns the power on or off.
Touching the switch turns on the power.
The switch indicator lights up when you turn the power on. The indicator color
differs depending on the monitor’s operation status.
White: Normal operation mode
Orange: Power saving mode
OFF: Main power/power off
11
1|Introduction
1.2.2 Rear
3
1 4
5 2
6
7
8
9
10
11 12 13
1. Handle 2. Security lock slot 3. Lock button 4. USB-A connector
(downstream) 5. Cable holder 6. Stand*1
7. Main power switch
8. Power connector 9. HDMI connector 10. DisplayPort connector 11. USB-C
connector
(upstream)
12. LAN port (RJ-45)
13. USB-B connector (upstream)
This handle is used for transportation. Complies with Kensington’s MicroSaver
security system. Use this button to remove the monitor from the stand.
Connects to a peripheral USB device.
Holds the monitor cables. Adjusts the height and angle (tilt and swivel) of
the monitor. The monitor can also be rotated vertically. Turns the main power
on or off.
: On, : Off Connects the power cord. Connects to an external device with HDMI
output. Connects to an external device with DisplayPort output. Connects to an
external device with USB-C output. This also transmits the USB signal that is
necessary for using software that requires a USB connection or the Docking
Station Function (see Using the Docking Station Function [} 68]). When using
the network connection of the Docking Station Function, connect the modem or
router using a LAN cable (see Using the Docking Station Function [} 68]). A
USB-C connection is required for network connection. Connect using USB cable
when using software that requires a USB connection. The blue connector.
*1 An optional arm (or optional stand) can be attached by removing the stand section.
12
Basic Adjustments/Settings|2
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 Advanced Adjustments/Settings [} 17].
2.1 Switch Operation Method
1. Touch any switch (except ). The operation guide appears on the screen.
Note
· Do not directly touch the operation guide that appears on the screen. There are switches below the operation guide that can be touched to perform adjustment/setting.
2. Touch a switch for adjustment/setting.
The Adjustment/Setting menu appears.
(A sub menu may also be displayed. In this case, select the item for adjustment/setting
using
and select .)
3. Perform adjustment/setting with the switches and select to accept the changes.
4. Select to exit the menu.
2.2 Switching Input Signals
When a monitor has multiple signal inputs, the signal to display on-screen can
be changed.
13
2|Basic Adjustments/Settings
2.3 Switching the Display Mode (color mode)
This function allows easy selection of a display mode according to monitor
application.
2.3.1 Display Modes
Standard Mode Adjust color using the monitor’s Setting menu.
Color Mode User BT.2020 BT.709 DCI-P3 PQ_DCI-P3 HLG_BT.2100 Adobe®RGB sRGB SYNC_SIGNAL
Purpose
See Color Mode Setting Values [} 15] for detailed setting values for each
color mode.
Note
· If you switch between SDR color modes (“BT.2020”, “BT.709”, and “DCI-P3”)
and HDR color modes (“PQ_DCI-P3” and “HLG_BT.2100”), wait 30 minutes or more
after switching the color modes, and then adjust the monitor.
Advanced Mode
Adjust the monitor’s display using the monitor’s SelfCalibration function or
color management software “ColorNavigator 7”.
Color Mode CAL
Purpose Displays the screen adjusted by SelfCalibration or ColorNavigator 7.
14
Basic Adjustments/Settings|2
2.3.2 Color Mode Setting Values
Item
Color Mode
User BT.202 BT.70 DCI- PQDC HLG Adobe sRG CAL SYNC_
0
9 P3 I-P3 BT.210 ®RGB B
SIGNA
0
L
Brightness (cd/)
100 100 100 48 300 300 100 100 – 100*1
Temperature
6500 D65 D65 D65 D65 D65 D65 D65 – D65 K
Gamma (EOTF)
2.2 2.4 2.4 2.6 PQ HLG 2.2 sRG B
2.4*1
PQ Option
–
–
–
– 1000cd –
/
Emulati
on
–
–
–
–
HLG Option
–
–
–
–
–
Off
–
–
–
–
HLG System Gamma
–
–
–
–
–
1.2
–
–
–
–
Color Gamut
Native BT.202 BT.70 DCI- DCI-P3 BT.202 Adobe sRG – BT.709*
0
9 P3
0 ®RGB B
1
Ad Hue
van ced
Saturation
Set Gamut Clipping
ting XYZ Format
s Gain Red
Green
Blue
0
0
00
0
0
0
0-
0
0
0
00
0
0
0
0-
0
On On On On On On Off Off –
On
–
–
– Off Off
–
–
–
–
–
Calculated from color temperature
– Calculat
–
ed from color
– temper
ature
Blac All
k Leve
Red
l
Green
Blue
0
0
00
0
0
0
0-
0
0
0
00
0
0
0
0-
0
0
0
00
0
0
0
0-
0
0
0
00
0
0
0
0-
0
6 Magent Hue 0
0
00
0
0
0
0-
0
Colo a rs
Sat 0
0
00
0
urati
0
0
0-
0
on
Ligh 0
0
00
0
0
0
0-
0
tnes
s
Red Hue 0
0
00
0
0
0
0-
0
Sat 0
0
00
0
0
0
0-
0
urati
on
Ligh 0
0
00
0
0
0
0-
0
tnes
s
Yellow Hue 0
0
00
0
0
0
0-
0
Sat 0
0
00
0
0
0
0-
0
urati
on
Ligh 0
0
00
0
0
0
0-
0
tnes
s
15
2|Basic Adjustments/Settings
Item Green Cyan Blue
Hue
Sat urati on
Ligh tnes s
Hue
Sat urati on
Ligh tnes s
Hue
Sat urati on
Ligh tnes s
Color Mode
User BT.202 BT.70 DCI- PQDC HLG Adobe sRG
0
9 P3 I-P3 BT.210 ®RGB B
0
0
0
00
0
0
0
0
0
0
00
0
0
0
0
0
0
00
0
0
0
0
0
0
00
0
0
0
0
0
0
00
0
0
0
0
0
0
00
0
0
0
0
0
0
00
0
0
0
0
0
0
00
0
0
0
0
0
0
00
0
0
0
0
CAL SYNC_ SIGNA L
–
0
–
0
–
0
–
0
–
0
–
0
–
0
–
0
–
0
*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.
Note
· Use ColorNavigator 7 or SelfCalibration to set “CAL”. · A color mode can be
set for each input signal. · See Color [} 19] for details about each item. ·
You can disable specific mode selections. For more information, see Mode Skip
[} 33].
16
Advanced Adjustments/Settings|3
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 Basic Adjustments/Settings [} 13].
3.1 Basic Operation of the Setting Menu
1. Touch any switch (except ). The operation guide appears.
2. Select . The Setting menu appears.
3. Select a menu to adjust/set with The Sub menu appears.
and select .
4. Select a menu to adjust/set with
and select .
The Adjustment/Setting menu appears.
5. Perform adjustment/setting with
or
and select to accept the changes.
The Sub menu appears.
Selecting during adjustment/setting will cancel the adjustment/setting and restore the
state prior to making changes.
6. Selecting several times will terminate the Setting menu.
17
3|Advanced Adjustments/Settings
3.2 Setting Menu Functions
3.2.1 Signal
The signal settings are used to configure advanced settings for input signals,
such as the color format and input range.
Signal Information You can check the information for the input signal.
Input Color Format Settings: “Auto” / “YUV 4:2:21” / “YUV 4:4:41” / “YUV2”
/ “RGB”
1 Only enabled during HDMI input *2 Only valid for DisplayPort or USB-C input
The color space of the input signal can be specified. Try changing this
setting if colors are not displayed correctly. Normally, select “Auto”. YUV
Color Matrix Settings: “Auto” / “BT.601” / “BT.709” / “BT.2020” Select the YUV
format of the input signal. Use this setting for gradation collapse or other
occurrences where the screen is displayed incorrectly because of a problem
with the input signal.
18
Advanced Adjustments/Settings|3
Input Range Settings: “Auto” / “Auto 109%” / “Full” / “Limited (109% White)” /
“Limited” / “SDI Full” Depending on the external device, the black and white
levels in the video 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 video range
displayed on the monitor can be switched to make these signals the actual
contrast ratio of the monitor.
· “Auto” The monitor automatically recognizes the range of input signals and
displays images appropriately. If the input signals are the full range, it
displays them as “Full”. If the input signals are a limited range, it
displays them as “Limited”.
· “Auto 109%” The monitor automatically recognizes the range of input signals
and displays images appropriately. If the input signals are the full range,
it uses them as “Full”. If the input signals are a limited range, it uses
them as “Limited (109% White)”.
· “Full” The brightness range of the input signal is displayed as 0 255 (10
bits: 0 1023).
· “Limited (109% White)” If “Gamma (EOTF)” is from “1.6” to “2.7” then the
brightness range of the input signal is displayed as 16 254 (10 bits: 64 to
1019). Otherwise, it is displayed as 16 235 (10 bits: 64 940).
· “Limited” The brightness range of the input signal is displayed as 16 235
(10 bits: 64 940).
· “SDI Full” The brightness range of the input signal is displayed as 1 254
(10 bits: 4 1019).
3.2.2 Color
The setting details differ depending on the color mode selected. 3.2.2.1 When
Color Mode is Standard Mode (User / BT.2020 / BT.709 / DCI-P3 / PQ_DCI-P3 /
HLG_BT.2100 / Adobe®RGB / sRGB / 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.
19
3|Advanced Adjustments/Settings
Note
· If “Color Mode” is “SYNC_SIGNAL”, the “Brightness”, “Gamma (EOTF)”, and
“Color Gamut” are automatically set according to the input signal and cannot
be changed.
· Use the values in “Brightness” and “Temperature” as a guide.
Color Mode Settings: “User” / “BT.2020” / “BT.709” / “DCI-P3” / “PQ_DCI-P3” /
“HLG_BT.2100” / “Adobe®RGB” / “sRGB” / “CAL” / “SYNC_SIGNAL” Select the
desired mode according to the monitor application.
Note
· For more information on how to switch modes, see Switching the Display Mode
(color mode) [} 14].
· For “CAL”, see When Color Mode is Advanced Mode (CAL) [} 24].
Brightness Settings: “40 cd/” “550 cd/” The screen brightness is adjusted by
changing the brightness of the backlight (light source from the LCD back
panel).
Note
· If a value that cannot be set is selected, the value will appear in magenta.
In such a case, change the value.
Temperature Settings: “Native” / “4000 K” “10000 K” / “D50” / “D65” / “DCI”
/ “User” Adjusts the color temperature. 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 bluish at
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) Settings: “1.6” “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.
20
Advanced Adjustments/Settings|3
Note
· If you select “HLG”, you must set “HLG System Gamma”.
PQ Option Settings: “300cd/ Clipping” / “500cd/ Emulation” / “1000cd/
Emulation” / “4000cd/ Emulation” / “10000cd/ Emulation” Areas with brightness
equal to or greater than the value set here are displayed as clipping or
emulation at this setting value for the PQ signal that is input to the
monitor.
· “300cd/ Clipping” Setting used to check the display of monitor with maximum
brightness of 300 cd/m2. Input video level of 637 (10 bits) or more is
clipped.
· “500cd/ Emulation” Setting with which the image is properly displayed when
monitor brightness is set to 500 cd/m2. If the monitor brightness is less than
500 cd/m2, all gradients are emulated.
· “1000cd/ Emulation” Setting with which the image is properly displayed when
monitor brightness is set to 1000 cd/m2. This setting is used for a temporally
check because this monitor cannot display 1000 cd/m2. All gradients are
emulated.
· “4000cd/ 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.
· “10000cd/ Emulation” Setting with which the image is properly displayed when
monitor 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 [} 30]. · For relation between input and output for each
setting, see Setting and Display Method of PQ
Option [} 72].
HLG Option Settings: “Off” / “HLG300” When selecting “HLG300” with the
brightness set to 300 cd/m2 for the HLG signal input to the monitor, any areas
exceeding 300 cd/m2 will be clipped. Selecting “Off” will not clip these
areas.
Note
· This can be set when “HLG” is specified for “Gamma (EOTF)”.
HLG System Gamma Settings: “1.0” “1.5” Adjust the system gamma value for the
HLG signal that is input to the monitor.
21
3|Advanced Adjustments/Settings
Note
· This can be set when “HLG” is specified for “Gamma (EOTF)”.
Color Gamut Settings: “Native” / “Adobe®RGB” / “sRGB” / “EBU” / “BT.709” /
“BT.2020” / “SMPTE-C” / “DCI-P3” Set the color reproduction area (color gamut)
of the monitor. “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 Advanced Settings – Gamut Clipping
[} 22].
Advanced Settings – Hue Settings: “-100” “100” The hue can be adjusted. Note
· Using this function may make some color gradations unavailable for display.
Advanced Settings – Saturation Settings: “-100” “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.
Advanced Settings – Gamut Clipping Settings: “On” / “Off” The method of
displaying colors outside the monitor’s displayable range within the color
gamut specified in accordance with Color Gamut [} 22] can be set.
· “On” The range of colors that are displayable on the monitor will be
accurately displayed in accordance with the standard. Colors outside the
displayable range will be saturated.
· “Off” Displays colors with priority on the color gradation rather than the
color accuracy. The vertices of the color gamut defined in the standard move
to a range that can be
22
Advanced Adjustments/Settings|3
displayed by the monitor. This allows the closest colors displayable by the monitor to be displayed.
“On”
“Off”
Color gamut displayable by the monitor Color gamut defined by standard
Color gamut displayed on screen
Note
· 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 [} 22].
Advanced Settings – XYZ Format Settings: “On” / “Off” If this function is set
to “On”, the XYZ signal for digital cinema can be displayed on the monitor.
Note
· This can be set only when Color Gamut [} 22] is set to “DCI-P3”. · If you
select “On”, you cannot set “Color Gamut”.
Advanced Settings – Gain Settings: “0” “2000” The brightness of each color
component red, green, and blue is called Gain. The chromaticity of “white” can
be changed by adjusting the gain.
Note
· Using this function may make some color gradations unavailable for display.
· The gain value changes according to the color temperature. · When gain is
changed, the color temperature is changed to “User”.
Advanced Settings – Black Level Settings: “0” “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 black levels. Display the black test
pattern or the background and adjust the black level.
23
3|Advanced Adjustments/Settings
Advanced Settings – 6 Colors Settings: “-100” “100” The hue, saturation and
lightness (brightness) can each be adjusted for the colors Magenta, Red,
Yellow, Green, Cyan, and Blue. Reset Resets any color adjustments for the
currently selected color mode back to the default settings. 3.2.2.2 When Color
Mode is Advanced Mode (CAL) You can set targets for SelfCalibration and
execute calibration.
Color Mode Settings: “User” / “BT.2020” / “BT.709” / “DCI-P3” / “PQ_DCI-P3” /
“HLG_BT.2100” / “Adobe®RGB” / “sRGB” / “CAL” / “SYNC_SIGNAL” Select the
desired mode according to the monitor application. Note
· For more information on how to switch modes, see Switching the Display Mode
(color mode) [} 14].
· Regarding “User / BT.2020 / BT.709 / DCI-P3 / PQ_DCI-P3 / HLG_BT.2100 /
Adobe®RGB / sRGB / SYNC_SIGNAL”, see When Color Mode is Standard Mode (User /
BT.2020 / BT.709 / DCI-P3 / PQ_DCI-P3 / HLG_BT.2100 / Adobe®RGB / sRGB /
SYNC_SIGNAL) [} 19].
Target Settings – Brightness Settings: “Min” / “40 cd/” “550 cd/” / “Max”
Set the brightness that will be used as a calibration target for
SelfCalibration. Target Settings – Black Level Settings: “Min” / “0.2” “3.5”
Set the black level that will be used as a calibration target for
SelfCalibration. Target Settings – White Point – Temperature Settings: “4000
K” “10000 K” / “User” / “D50” / “D65” / “DCI” 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.
24
Advanced Adjustments/Settings|3
When specifying the color temperature, set the color temperature in units of
100 K or select a color temperature according to each standard.
Note
· When color coordinates are specified, the color temperature is changed to
“User”.
Target Settings – White Point – White(x) / White(y) Settings: “0.2400”
“0.4500” For more information, see Target Settings – White Point – Temperature
[} 24].
Target Settings – Gamma (EOTF) – Gamma (EOTF) Settings: “1.00” “2.70” /
“sRGB” / “EBU(2.35)” / “L*” / “PQ” / “HLG” / “User” / “Fixed” Set the gamma
that will be used as the calibration target for SelfCalibration. Set the
gamma, or select the gamma curve defined by each standard.
Target Settings – Gamma (EOTF) – Gamma Policy Settings: “Standard” / “Gray
Balance” / “Fixed Gamma” Select the gamma adjustment method for
SelfCalibration.
· “Standard” Adjust the gray balance while retaining the contrast.
· “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” is selected 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 whiteness when 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”.
Target Settings – Gamma (EOTF) – PQ Option Settings: “300cd/ Clipping” /
“500cd/ Emulation” / “1000cd/ Emulation” / “4000cd/ Emulation” / “10000cd/
Emulation” Set the PQ option that will be used as the calibration target for
SelfCalibration.
Note
· This can be set when “PQ” is specified for “Gamma (EOTF)”.
Target Settings – Gamma (EOTF) – HLG Option Settings: “Off” / “HLG300” Set the
HLG option that will be used as the calibration target for SelfCalibration.
25
3|Advanced Adjustments/Settings
Note
· This can be set when “HLG” is specified for “Gamma (EOTF)”.
Target Settings – Gamma (EOTF) – HLG System Gamma Settings: “1.0” “1.5” 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)”.
Target Settings – Color Gamut Settings: “Native” / “Adobe®RGB” / “sRGB” /
“EBU” / “BT.709” / “BT.2020” / “SMPTE-C” / “DCI-P3” / “User” 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 each standard, specify the color
coordinates of each RGB color, and the display method (“Gamut Clipping”) of
colors outside the color gamut of the monitor. Note
· 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”.
Target Settings – Color Gamut – Red(x) / Red(y) / Green(x) / Green(y) /
Blue(x) / Blue(y) Settings: “0.0000” “1.0000” For more information, see
Target Settings – Color Gamut [} 26].
Target Settings – Gamut Clipping Settings: “On” / “Off” For more information,
see Target Settings – Color Gamut [} 26].
Target Settings – Advanced Settings – Limited (109% White) Settings: “On” /
“Off” If this function is set to “On” then, if “Gamma (EOTF)” is from “1.6” to
“2.7”, the brightness range of the input signal is displayed as 16 254 (10
bits: 64 1019). If “Gamma (EOTF)” is anything other than “1.6” to “2.7”, it
is displayed as 16 235 (10 bits: 64 940). Note
· This can be set when “1.00 to 2.70” is specified for “Gamma (EOTF)”.
Target Settings – Reset Resets any calibration targets for the currently
selected color mode back to the default settings.
26
Advanced Adjustments/Settings|3
Execute Calibration SelfCalibration can be executed manually regardless of the
schedule.
3.2.3 SelfCalibration
See SelfCalibration Functions [} 36].
3.2.4 Screen
Set the details regarding input signal, such as the screen size and color
format.
Picture Expansion Settings: “Auto1” / “Full Screen” / “Aspect Ratio” / “Dot
by Dot”
1 Only enabled during HDMI input
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 from the input signal.
· “Full Screen” Images are stretched to full screen. However, as aspect ratios
are not maintained, images may be distorted in some cases.
· “Aspect Ratio” Images are enlarged to full screen without changing the
aspect ratio. Since aspect ratios are maintained, blank horizontal or vertical
borders may appear.
· “Dot by Dot” Displays the image at the set resolution or size specified by
the input signal.
Note
· Setting example
Full-screen
Fixed aspect ratio
Actual size (input signal)
Nearest Neighbor Settings: “Off” / “On” You can select the interpolation
method for enlarging and displaying images. When this function is set to “On”,
the Nearest Neighbor method*1 is enabled to display accurate colors.
27
3|Advanced Adjustments/Settings
When “Off” is set, a smooth gradation display is possible because it is
interpolated in a gradation that is well-balanced with the surrounding pixels.
*1 Valid only when the image magnification is an integer
Zoom
Settings: “Off” / “Center” / “Lower Left” / “Upper Left” / “Upper Right” /
“Lower Right”
When a 4K2K signal (a signal with a resolution of 4096 x 2160 or 3840 x 2160)
is displayed on the monitor, the specified area can be doubled in size. This
is convenient for checking details in an image.
Upper Left
Upper Right
Example: Enlarging “Upper Right”
Center Lower Left Lower Right
Note
· When the resolution of the input signal is 4096 x 2160, the left and right
areas that exceed the resolution of the LCD panel (3840 x 2160) are not
subject to the enlarged display.
DCI 4K Cropping
Settings: “Off” / “Center” / “Left” / “Right”
Input signals with a resolution that exceeds the resolution of the LCD panel
can be partially cropped and displayed.
Note
· Setting example
Center
Left
Right
BT.709 Gamut Warning
Settings: “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.
28
Advanced Adjustments/Settings|3 · “Off”
Images are displayed according to the color gamut for BT.2020. (The actual
color gamut that is displayed on the monitor will depend on the setting for
Advanced Settings – Gamut Clipping [} 22].)
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 are displayed 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 [} 22] is set to “BT.2020”. ·
This function and “Luminance Warning” cannot be enabled at the same time. If
this function is
set to “On” or “Clip”, the “Luminance Warning” function is automatically set
to “Off”.
29
3|Advanced Adjustments/Settings
Luminance Warning Settings: “Off” / “On(Yellow)” / “On(Magenta)” You can check
areas with a brightness that is higher than the brightness that is set for “PQ
Option” 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”.
Marker – Marker1 Settings: “Off” / “On” / “On (3 division grid)” If this
function is set to “On”, markers are displayed. If “On (3 division 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, “Marker2” and “Marker3” are disabled.
Marker – Marker2 / Marker3 Settings: “Off” / “On” If this function is set to
“On”, markers are displayed. Marker – Marker1Settings / Marker2Settings /
Marker3Settings – Type Settings: “Aspect” / “Dots (Center)” / “Dots (Free)”
You can select the type (method to specify position and size) of the marker.
Marker – Marker1Settings / Marker2Settings / Marker3Settings – Aspect
Settings: “4:3” / “13:9” / “14:9” / “15:9” / “16:9” / “21:9” / “1.85:1” /
“2.35:1” / “2.39:1” / “User” You can set the aspect ratio for the displayed
marker. Marker – Marker1Settings / Marker2Settings / Marker3Settings – Aspect
(User) Settings: “1.00:1” “3.00:1” You can set the aspect ratio for the
displayed marker freely. This can only be set when “User” is selected for
“Aspect”. Marker – Marker1Settings / Marker2Settings / Marker3Settings – Area
Size Settings: “50.0%” “100.0%” / “User” You can set the size of the area.
This can only be set when “Aspect” is selected for “Type”.
30
Advanced Adjustments/Settings|3
Marker – Marker1Settings / Marker2Settings / Marker3Settings – Hor. Position
Settings: “1” You can set the horizontal position of the marker. This can
only be set when “Dots (Free)” is selected for “Type”.
1 The values that can be set may differ depending on the resolution of the input signal.
Marker – Marker1Settings / Marker2Settings / Marker3Settings – Ver. Position
Settings: “1” Sets the vertical position of the marker. This can only be set
when “Dots (Free)” is selected for “Type”.
1 The values that can be set may differ depending on the resolution of the input signal.
Marker – Marker1Settings / Marker2Settings / Marker3Settings – Width Settings:
“1” Sets 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 “Area Size”.
1 The values that can be set may differ depending on the resolution of the input signal.
Marker – Marker1Settings / Marker2Settings / Marker3Settings – Height
Settings: “1” You can set the vertical position 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 “Area Size”.
1 The values that can be set may differ depending on the resolution of the input signal.
Marker – Marker1Settings / Marker2Settings / Marker3Settings – Thickness
Settings: “1 dot” “6 dots” You can set the thickness of the marker.
Marker – Marker1Settings / Marker2Settings / Marker3Settings – Color Settings:
“White” / “Red” / “Green” / “Blue” / “Cyan” / “Magenta” / “Yellow” / “Gray”
You can set the color of the marker.
3.2.5 Preferences
The monitor’s settings can be configured to suit the usage environment or
personal preference.
31
3|Advanced Adjustments/Settings
Menu Rotation Settings: “0°” / “90°” When the monitor is used in a portrait
position, the direction of the Setting menu can also be changed.
Note
· Check whether the cables are connected properly. · It is necessary to
configure the settings of the external device to use the monitor in a portrait
position. For details, refer to our web site (www.eizoglobal.com).
Power Save Settings: “On” / “Off” This function allows you to set the monitor
to the power saving mode, depending on the state of the 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 the screen.
· Exiting power saving mode The monitor receives input.
Note
· At the time of shifting to power saving mode, a message that indicates the
transition is displayed five seconds in advance.
· When not using the monitor, you can turn off the main power supply or
disconnect the power plug so that the power is cut completely.
· Even if the monitor shifts to power saving mode, devices connected to the
USB downstream port will still work. In addition, power is supplied to devices
connected to the USB-C connector. Therefore, power consumption of the monitor
varies depending on the connected devices, even in power saving mode.
Indicator Settings: “Off” / “1” “7” The brightness of the power button and
the control buttons when the screen is displayed can be set. (Default setting:
4)
Beep Settings: “On” / “Off” The sound played when switches are used can be
set.
Input Skip Settings: “Skip” / “-” This function allows skipping of input
signals that will not be used when the input signals are switched.
Note
· Not all input signals can be set to “Skip”.
32
Advanced Adjustments/Settings|3
Mode Skip Settings: “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 – [F1] Settings: “Off” / “Input Range” / “Zoom” / “DCI 4K Cropping”
/ “BT.709 Gamut Warning” / “Luminance Warning” / “Prev. Color Mode” /
“Information” / “Marker1” / “Marker2” / “Marker3” / “PQ Option” / “HLG Option”
You can set the function that is assigned to the [F1] key.
Note
· By default, this key is set to the “Information” function. · Regarding the
custom keys, see Custom Key Settings [} 40].
Custom Key – [F2] Settings: “Off” / “Input Range” / “Zoom” / “DCI 4K Cropping”
/ “BT.709 Gamut Warning” / “Luminance Warning” / “Prev. Color Mode” /
“Information” / “Marker1” / “Marker2” / “Marker3” / “PQ Option” / “HLG Option”
You can set the function that is assigned to the [F2] key.
Note
· By default, this key is set to the “Off” function. · Regarding the custom
keys, see Custom Key Settings [} 40].
USB Selection HDMI / DisplayPort / USB-C
Settings: “USB-1 (USB-C)” / “USB2”
If two external devices are connected to a single monitor, then the input
signals and USB upstream ports can be linked. This means that the USB port
will automatically switch when the input signal is switched. There is no need
to re-connect the USB cable even when calibrating a single monitor using two
external devices. In addition, USB devices such as a mouse or keyboard can be
connected to the monitor and used with two external devices.
Default settings differ depending on the input signal.
Input signal HDMI, DisplayPort USB-C
Default settings USB-2 USB-1 (USB-C)
Note
· Before changing the setting, remove all connected USB memory devices from
the monitor. Otherwise, data may be lost or damaged.
· The USB downstream port operates from the external device being displayed.
33
3|Advanced Adjustments/Settings Monitor Reset Restores all settings to their
default values, except for the settings in the “Administrator Settings” menu.
3.2.6 Languages
Settings: “English” / “German” / “French” / “Spanish” / “Italian” / “Swedish”
/ “Japanese” / “Simplified Chinese” / “Traditional Chinese” The display
language for menus and messages can be selected.
3.2.7 Information
You can check the monitor information (model name, serial number (S/N),
firmware version, usage time) and the input signal information. Example:
34
SelfCalibration|4
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 modes excluding “CAL”): 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 standard value. The color gamut values are adjusted so that they are
close to each standard value. Information on brightness is updated.
· Advanced Mode (color mode “CAL”): 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 the
calibrated state of the monitor.
Attention
· Touching the internal calibration sensor can affect its measurement
accuracy. Do not touch the sensor during use.
· Large changes in the amount of ambient light entering the internal
calibration sensor light receiver can affect measurement accuracy.
Calibration is best done in a darkened room. Do not put your face or objects
close to the monitor, or look into the sensor, during measurement.
Installation of a monitor hood is recommended.
· High temperatures or humidity levels can affect the measurement accuracy of
the internal calibration sensor. The monitor is best used in the following
environment. Temperature: 30°C or below Humidity: 70% or below
· Avoid using in direct sunlight.
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 from the 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.
35
4|SelfCalibration
You can download the ColorNavigator 7 software and User’s Manual from our web
site: (www.eizoglobal.com) Note
· When using the software, you will need to connect the external device to the
monitor with the supplied USB cable.
· For details on the USB cable connection, see Using the Docking Station
Function [} 68]. · While using the software, do not operate the power button
or control buttons on the front side of
the monitor.
4.1 SelfCalibration Functions
Set the details for SelfCalibration.
Execute SelfCalibration can be executed manually regardless 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 of time until the
display becomes stable) may be executed before the built-in calibration sensor
comes out.
Settings – Mode Settings – Standard Mode Settings: “On” / “Off” Switch between
enabling/disabling SelfCalibration in Standard Mode. Settings – Mode Settings
– Advanced Mode (CAL) Settings: “On” / “Off” Switch between enabling/disabling
SelfCalibration in Advanced Mode. Settings – Schedule – Start time Settings:
“Power Save” / “Immediately” / “Application” / “Off” Select the timing to
execute SelfCalibration upon reaching the time set in the schedule.
· “Power Save” To be executed under any of the following conditions. When
the monitor is in “Power Save” mode or power is off at the set time. The
monitor shifts to the power saving mode or the power is turned off when the
set time in the schedule is exceeded.
36
SelfCalibration|4
· “Immediately” SelfCalibration is executed immediately at the set time.
· “Application” Executes SelfCalibration according to the timing set using
ColorNavigator Network. For details on ColorNavigator Network, refer to our
web site (www.eizoglobal.com).
· “Off” SelfCalibration is not executed.
Settings – Schedule – Frequency Settings: “Daily” / “Weekly” / “Monthly” /
“Quarterly” / “Biannually” / “Annually” / “Usage Time” Select the
SelfCalibration execution cycle.
Settings – Schedule – Timing Settings: “Jan/Apr/Jul/Oct” / “Feb/May/Aug/Nov” /
“Mar/Jun/Sep/Dec” / “Jan/Jul” / “Feb/ Aug” / “Mar/Sep” / “Apr/Oct” / “May/Nov”
/ “Jun/Dec” / “January” – “December” / “50 h” “500 h” When the execution
cycle is “Quarterly”, “Biannually”, “Annually “, or “Usage Time”, select the
timing 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”: “January” “December”
· “Usage Time”: “50 h” “500 h”
Settings – Schedule – Week Settings: “1st week” “5th week” When the
execution cycle is “Monthly”, “Quarterly”, “Biannually”, or “Annually”, select
the week for executing SelfCalibration.
Note
· When no day has been selected for “Day” in the 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
Settings – Schedule – Day Settings: “Sunday” “Saturday” When the execution
cycle is “Weekly”, “Monthly”, “Quarterly”, “Biannually”, or “Annually”, select
the day for executing SelfCalibration.
37
4|SelfCalibration
Settings – Schedule – Time Settings: “0:00” “23:55” When the execution cycle
is “Daily”, “Weekly”, “Monthly”, “Quarterly”, “Biannually”, or “Annually”,
select the time for executing SelfCalibration.
Settings – Clock Adjustment Set the monitor date and time. Note
· When the clock has not been set, the schedule will not be applied. · If the
main power supply is disconnected for an extended period of time, the clock
may need
resetting. · When ColorNavigator 7 is started, the date and time are
automatically set.
Result The SelfCalibration execution result is displayed.
Next Calibration The next SelfCalibration scheduled execution date is
displayed.
4.2 Setting Targets
Set calibration targets for Advanced Mode. You can set targets by using
ColorNavigator 7 or on the monitor itself. When using the monitor itself, set
the following functions in the “Color” menu.
· “Color Mode” Select “CAL”.
· “Target Settings” Set a calibration target for SelfCalibration.
4.3 Executing
SelfCalibration can be executed manually, which does it immediately, or by
setting a schedule to do it automatically. 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, a signal is input during a no-signal
state, or other), SelfCalibration is automatically canceled.
4.3.1 Immediately executing manually
Manually execute SelfCalibration. There are two methods for executing
SelfCalibration, as follows.
38
SelfCalibration|4
· Executing 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
“CAL”, and then select “Execute Calibration”. Executes SelfCalibration for the
displayed color mode.
4.3.2 Automatically executing by setting a schedule
Set 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 .
4.3.3 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”.
4.3.4 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 “CAL”, 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 “CAL”.
· “Result” Check the calibration result of SelfCalibration.
39
5|Custom Key Settings
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. Touch any switch (except ). The operation guide appears.
2. Select or . The function assigned to or is executed.
Note
· If you touch a custom key to which no function has been assigned, the menu
for assigning a function to that custom key appears.
5.2 Assigning a Function to a Custom Key
1. Touch any switch (except ). The operation guide appears.
2. Select . The Setting menu appears.
40
3. Use
to select “Preferences”, and then select .
The Preferences menu appears.
Custom Key Settings|5
4. Use
to select “Custom Key”, and then select .
The Custom Key menu appears.
5. Use
to select the custom key to which you want to assign a function, and then
select .
The menu for assigning a function appears.
6. Use
to select the function that you want to assign, and then select .
That function is assigned to the custom key.
7. Press several times. The Setting menu exits.
41
5|Custom Key Settings
5.2.1 Functions that can be Assigned to Custom Keys
Function Off Input Range Zoom DCI 4K Cropping
BT.709 Gamut Warning Luminance Warning Prev. Color Mode
Information
Marker1 Marker2 Marker3 PQ Option HLG Option
Description Disables the custom key. Sets the Input Range function. See Input
Range [} 19]. Sets the Zoom function. See Zoom [} 28].
Input signals with a resolution that exceeds the resolution of the LCD panel
can be partially cropped and displayed. See DCI 4K Cropping [} 28].
Sets the BT.709 Gamut Warning function. See BT.709 Gamut Warning [} 28]. Sets
the Luminance Warning function. See Luminance Warning [} 30].
You can return to the previous color mode. This is convenient for checking the
differences between two color modes.
Attention
· When using ColorNavigator 7, it is necessary to reselect the color mode
after exiting the software.
You can view the input signal information and color information.
Note · You can check the monitor information under Information [} 34] on the
Setting menu.
Sets the Marker 1 function. See Marker – Marker1 [} 30]. Sets the Marker 2
function. See Marker – Marker2 / Marker3 [} 30]. Sets the Marker 3 function.
See Marker – Marker2 / Marker3 [} 30]. Sets the PQ option function. See PQ
Option [} 21]. Sets the HLG option function. See HLG Option [} 21].
42
Administrator Settings|6
6 Administrator Settings
6.1 Basic Operation of the “Administrator Settings” Menu
1. Touch to turn off the monitor.
2. While touching the leftmost switch, touch monitor.
for more than 2 seconds to turn on the
The “Administrator Settings” menu appears.
3. Select an item to set with
and select .
The Adjustment/Setting menu appears.
4. Set with
and select .
The “Administrator Settings” menu appears.
5. Select “Apply” and then . The settings are applied and the “Administrator Settings” menu exits.
43
6|Administrator Settings
6.2 Functions of the “Administrator Settings” Menu
Auto Input Detection Settings: “On” / “Off” This function automatically
recognizes the connector through which PC signals are input, and displays
images on the screen accordingly.
· “On” When the monitor is connected to multiple external devices, if a
specific external device enters power saving mode or no signals are input to
the monitor, the connector is automatically changed to another one to which
signals are input.
· “Off” To be set to this when manually selecting input signals. Select the
input signal to display using the operation switch ( ) on the front of the
monitor. For details, see Switching Input Signals [} 13].
Note
· This product automatically recognizes the connector through which PC signals
are input, and displays images on the screen accordingly regardless of whether
this function is set to On or Off just after the main power switch on the back
of the monitor has been turned on.
· When this function is set to “On”, the monitor only enters power saving mode
when signals are not input from any external device.
On-Screen Logo Settings: “On” / “Off” When the monitor is turned on, the logo
appears on the screen. When this function is set to “Off”, the logo does not
appear.
Information Display Settings: “On” / “Off” If this function is set to “On”,
Signal Information [} 18] is displayed when the signal is switched. When set
to “Off”, Signal Information [} 18] is not displayed when the signal is
switched.
Key Lock Settings: “Off” / “Menu” / “All” In order to prevent changes to
settings, the operation switches on the front of the monitor can be locked.
44
Administrator Settings|6
· “Off” (default setting) Enables all switches.
· “Menu” Locks the
switch.
· “All” Locks all switches except the power switch.
Compatibility Mode
Settings: “On” / “Off”
If you want to avoid the following phenomena, set this function to “On”:
· The positions of windows and icons are shifted when the monitor is turned
off/on or has returned from the power saving mode.
· Even when the mouse or keyboard are used, the external device does not wake
from sleep.
Ethernet
Settings: “On” / “Off”
You can switch between enabling and disabling of the LAN port of the monitor.
· “On” Enables the LAN port and allows network connections from external
devices connected via USB-C.
· “Off” Disables the LAN port.
DUE Priority Settings: “Uniformity” / “Brightness” This product contains a
Digital Uniformity Equalizer (DUE) function to reduce screen display variance.
The DUE settings can be changed.
· “Uniformity” Emphasizes reducing display variances.
· “Brightness” Emphasizes high brightness and high contrast ratios.
Note
· When the DUE settings are changed, the monitor where the screen is being
adjusted will need to be recalibrated. Please recalibrate the monitor.
Signal Format – HDMI / DisplayPort / USB-C
Settings: “RGB1” / “YUV/HDR1” / “RGB/HDR2” / “4K60Hz/USB2.0/RGB3” /
“4K60Hz/ USB2.0/RGB/HDR3” / “4K30Hz/USB3.1/YUV/HDR3”
1 Only enabled during HDMI or DisplayPort input 2 Only enabled during DisplayPort input *3 Only enabled during USB-C input
The type of signal that can be displayed on the monitor can be changed. Try
changing this setting if the input signal is not displayed correctly or the
intended display does not show.
45
6|Administrator Settings Note
· When “4K60Hz/USB2.0/RGB” or “4K60Hz/USB2.0/RGB/HDR” is set, the network
speed will be limited.
46
SDR/HDR Settings|7
7 SDR/HDR Settings
This chapter describes how to configure the monitor settings to use this
monitor for image creation. About Each Color Mode [} 47] describes
applications and configurations of each color mode. Setting Procedure [} 57]
describes the procedure to configure each color mode settings suitable for the
display of each application. Settings with ColorNavigator 7 [} 58] describes
the overview of procedure to configure settings using software.
Attention
· See Information [} 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 model name, and perform a search.
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_DCI-P3” and “HLG_BT.2100”), wait 30 minutes or more
after switching the color modes, and then adjust the monitor.
7.1 About Each Color Mode
7.1.1 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_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 to 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 Setting Procedure [} 57].
7.1.2 BT.2020
The relation between input signal (0 to 1023) and the brightness displayed on
the monitor is described below.
When the input signal is in YUV format and the brightness range of the input
signal is displayed using 64 940, set “Input Range” to “Auto”, and when
displaying using 64 1019, set to “Auto 109%”.
47
7|SDR/HDR Settings
· “Input Range” : “Auto”
140 120
YUV (64-940) RGB (0-1023)
Output Luminance [cd/m²]
100
80
60
40
20
0
0
256
512
768
940 1023
Input Code Value (10bit)
· “Input Range” : “Auto 109%”
140 120
YUV (64-1019) RGB (0-1023)
Output Luminance [cd/m²]
100
80
60
40
20
0
0
256
512
768
940 1023
Input Code Value (10bit)
Main Setting Items of Setting Menu For more information about procedure to configure the settings, see Setting Procedure [} 57].
Signal
Item YUV Color Matrix
Input signal brightness range:
64 940
Auto
Input signal brightness range:
64 1019
Auto
48
Color
Item
Input Range Brightness (cd/) Temperature Gamma (EOTF) Color Gamut
SDR/HDR Settings|7
Input signal brightness range:
64 940 Auto
100
D65
2.4
BT.2020
Input signal brightness range:
64 1019 Auto 109%
100
D65
2.4
BT.2020
49
7|SDR/HDR Settings
7.1.3 BT.709
The relation between input signal (0 to 1023) and the brightness displayed on
the monitor is described below.
When the input signal is in YUV format and the brightness range of the input
signal is displayed using 64 940, set “Input Range” to “Auto”, and when
displaying using 64 1019, set to “Auto 109%”.
· “Input Range” : “Auto”
140 120
YUV (64-940) RGB (0-1023)
Output Luminance [cd/m²]
100
80
60
40
20
0
0
256
512
768
940 1023
Input Code Value (10bit)
· “Input Range” : “Auto 109%”
140 120
YUV (64-1019) RGB (0-1023)
Output Luminance [cd/m²]
100
80
60
40
20
0
0
256
512
768
940 1023
Input Code Value (10bit)
50
SDR/HDR Settings|7
Main Setting Items of Setting Menu For more information about procedure to configure the settings, see Setting Procedure [} 57].
Signal Color
Item
YUV Color Matrix Input Range Brightness (cd/) Temperature Gamma (EOTF) Color
Gamut
Input signal brightness range:
64 940 Auto Auto 100 D65 2.4 BT.709
Input signal brightness range:
64 1019 Auto Auto 109% 100 D65 2.4 BT.709
51
7|SDR/HDR Settings
7.1.4 DCI-P3
The relation between input signal (0 to 1023) and the brightness displayed on
the monitor is described below.
48
RGB (0-1023)
40
Output Luminance [cd/m²]
32
24
16
8
0
0
256
512
768
1023
Input Code Value (10bit)
Main Setting Items of Setting Menu For more information about procedure to configure the settings, see Setting Procedure [} 57].
Signal Color
Item YUV Color Matrix Input Range Brightness (cd/) Temperature Gamma (EOTF) Color Gamut
Auto Auto 48 D65 2.6 DCI-P3
Setting value
52
SDR/HDR Settings|7
7.1.5 PQ_DCI-P3
The relation between input signal (0 to 1023) and the brightness displayed on
the monitor is described below.
To display a PQ method gamma curve with a peak brightness of 1000 cd/m2
compressed on a monitor with a set brightness of 300 cd/m2, set “PQ Option” to
“1000cd/ Emulation”. To display according to PQ method gamma curves
uncompressed up to 300 cd/m2, and clipped from 300 cd/m2 up, set to “300cd/
Clipping”.
· “PQ Option” : “1000cd/ Emulation”
Output Luminance [cd/m²]
1000 900 800 700 600 500 400 300 200 100 0 0
PQ Curve: YUV (64-940) PQ Curve: RGB (0-1023) YUV (64-940) RGB (0-1023)
723 770
256
512
768
Input Code Value (10bit)
1023
Output Luminance [cd/m²]
· “PQ Option” : “300cd/ Clipping”
1000 900 800 700 600 500 400 300 200 100 0 0
PQ Curve: YUV (64-940) PQ Curve: RGB (0-1023) YUV (64-940) RGB (0-1023)
609 637
256
512
768
Input Code Value (10bit)
1023
53
7|SDR/HDR Settings
Main Setting Items of Setting Menu For more information about procedure to configure the settings, see Setting Procedure [} 57].
Signal Color
Item
YUV Color Matrix Input Range Brightness (cd/) Temperature Gamma (EOTF) PQ
Option*2 Color Gamut
Compressed PQ curve display
Auto Auto*1 300 D65 PQ 1000cd/ Emulation DCI-P3
Uncompressed PQ curve display
Auto Auto*1 300 D65 PQ 300cd/ Clipping DCI-P3
1 It will work the same as “Auto” even when “Auto 109%” is selected. 2 For more information, see PQ Option [} 21] and Setting and Display Method of PQ Option [} 72].
54
SDR/HDR Settings|7
7.1.6 HLG_BT.2100
The relation between input signal (0 to 1023) and the brightness displayed on
the monitor is described below.
To display a HLG method gamma curve with a peak brightness of 1000 cd/m2
compressed on a monitor with a set brightness of 300 cd/m2, set “HLG Option”
to “Off”. To display according to HLG method gamma curves uncompressed up to
300 cd/m2, and clipped from 300 cd/m2 up, set to “HLG300”.
· “HLG Option” : “Off”
Output Luminance [cd/m²]
1000 900 800 700 600 500 400 300 200 100 0 0
HLG (1000 cd/m² target): YUV (64-940) HLG (1000 cd/m² target): RGB (0-1023) YUV (64-940) RGB (0-1023)
256
512
768
Input Code Value (10bit)
940 1023
Output Luminance [cd/m²]
· “HLG Option” : “HLG300”
1000 900 800 700 600 500 400 300 200 100 0 0
HLG (1000 cd/m² target): YUV (64-940) HLG (1000 cd/m² target): RGB (0-1023) YUV (64-940) RGB (0-1023)
777
832
256
512
768
Input Code Value (10bit)
940 1023
55
7|SDR/HDR Settings
Main Setting Items of Setting Menu For more information about procedure to configure the settings, see Setting Procedure [} 57].
Signal Color
Item
YUV Color Matrix Input Range Brightness (cd/) Temperature Gamma (EOTF) HLG
Option HLG System Gamma Color Gamut
Compressed HLG curve display
Auto Auto*1 300 D65 HLG Off 1.2 BT.2020
Uncompressed HLG curve display
Auto Auto*1 300 D65 HLG HLG300 1.0 BT.2020
*1 It will work the same as “Auto” even when “Auto 109%” is selected.
56
SDR/HDR Settings|7
7.2 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 basic operation of the Setting menu, see Basic
Operation of the Setting Menu [} 17].
· For more information about SDR/HDR setting procedure with ColorNavigator 7,
see Settings with ColorNavigator 7 [} 58].
1. Select a color mode suitable for the application. For details of color
modes, see Types and Applications of Color Modes for Image Creation [} 47].
2. Set “Input Range” and “YUV Color Matrix” in the “Signal” menu. See About
Each Color Mode [} 47] for settings.
3. Display “Color” in the Setting menu, and configure the settings required.
See About Each Color Mode [} 47] for settings.
Settings for “Advanced Settings” are left default. For details, see Color Mode
Setting Values [} 15].
57
7|SDR/HDR Settings
Note
· It is recommended to perform “Reset” in “Color” before configuring the
settings.
7.3 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 Setting Procedure [} 57].
· For more information about ColorNavigator 7, refer to our web site.
(www.eizoglobal.com/products/coloredge/cn7)
7.3.1 Setting Procedure
1. Select a color mode in the Setting menu in the monitor. See step 1 in
Setting Procedure [} 57] to configure the setting.
2. Display “Signal” in the Setting menu of the monitor, and configure the
settings required. See step 2 in Setting Procedure [} 57] to configure the
setting.
3. Start ColorNavigator 7.
4. Point at the color mode selected in the color mode list, right-click, and
set the color mode type to “Advanced”.
5. Set the adjustment target according to the application. For more
information, see Target Settings of ColorNavigator 7 [} 58].
7.3.2 Target Settings of ColorNavigator 7
-: Cannot be changed
Color Mode Type Brightness (cd/) White Point Gamma (EOTF) PQ Option
BT.2020 Advanced*1 100 D65 2.4 –
BT.709 Advanced*1 100 D65 2.4 –
HLG Option
–
HLG System
–
Gamma
Adjustment Method Standard
Color Gamut (Standard Value)
BT.2020
Gamut Clipping
On
Standard BT.709 On
DCI-P3 Advanced*1 48 D65 2.6 –
–
–
Standard DCI-P3
On
PQ_DCI-P3 Advanced1 100 D65 PQ 300cd/ Clipping or 1000cd/ Emulation2 –
–
HLG_BT.2100 Advanced1 100 D65 HLG –
Off or HLG3002 1.0 or 1.2*2
Standard DCI-P3
Standard BT.2020
On
On
58
SDR/HDR Settings|7
Accessories
BT.2020 On23
BT.709 On23
DCI-P3 Off23
1 This item is changed from the default setting. 2 Set according to preference or application. *3 This is the setting for “Optimize to Limited (109% White)”.
PQ_DCI-P3 HLG_BT.2100
–
–
59
8|Troubleshooting
8 Troubleshooting
8.1 No Picture Displayed
Power indicator does not light up.
· Check whether the power cord is connected properly. · Turn on the main power
switch on the back of the monitor. · Touch . · Turn off the main power switch
on the back of the monitor, and then turn it on again a
few minutes later.
Power indicator is lighting white.
· Increase the various adjustment values for “Brightness” and “Gain” in the
Setting menu (see Color [} 19]).
Power indicator is lighting orange.
· Switch the input signal. · Turn the setting “On” for “Compatibility Mode” on
the “Administrator Settings” menu (see
Compatibility Mode [} 45]). · 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 back of the monitor, and then turn it on again.
The message “No Signal” appears in the screen.
Example:
· The message shown above may appear as some external devices do not output a
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 back of the monitor, and then turn it on again. · Try
setting “Auto Input Detection” in the “Administrator Settings” menu to “Off”
and
switching the input signal manually (see Auto Input Detection [} 44]).
The message “Signal Error” appears in the screen.
Example:
· Check whether the external device is configured to meet the resolution and
vertical scan frequency requirements of the monitor. The list of compatible
resolutions for this product
60
Troubleshooting|8
is available for download from our web site: (www.eizoglobal.com) · Reboot the
external device. · Select an appropriate setting using the graphics board’s
utility. Refer to the User’s Manual of the graphics board for details.
The message “DP Unsupported” appears in the screen.
Example:
· Check whether the connected cable is a signal cable recommended by us. ·
Check whether the USB-C of the connected device supports video signal output
(DisplayPort Alt Mode). For details, contact the manufacturer of the device. ·
Connect a DisplayPort cable or an HDMI cable.
8.2 Imaging Problems
The screen is too bright or too dark.
· Adjust “Brightness” in the Setting menu (see Color [} 19]). (The LCD monitor
backlight has a limited life span. If the screen becomes dark or begins to
flicker, contact your local EIZO representative.)
Characters and images are blurred.
· Check whether the external device is configured to meet the resolution and
vertical scan frequency requirements of the monitor. The list of compatible
resolutions for this product is available for download from our web site:
(www.eizoglobal.com)
· Try setting the magnification of display on the OS to “100 %”. When using
multiple monitors, try setting the magnification of display to “100 %” on all
monitors.
Afterimage visible
· This phenomenon is characteristic of LCD panels. We recommend avoiding
displaying static images for extended periods of time.
· Use the external device’s screensaver or power save function if displaying
the same image for extended periods of time.
· Depending on the image, an afterimage may appear even if it was displayed
for a short period of time. To remove such a phenomenon, change the image or
keep the power turned off for several hours.
Green / red / blue / white / dark dots remain on the screen.
· This is due to LCD panel characteristics and not a malfunction.
Interference patterns or pressure marks remain on the LCD panel.
· Leave the monitor with a white or black screen. The symptom may disappear.
61
8|Troubleshooting
Noise appears on the screen.
· When inputting HDCP system signals, normal images may not be displayed
immediately.
The positions of windows and icons are shifted when the monitor is turned
off/on or when restored from power saving mode.
· Turn the setting “On” for “Compatibility Mode” on the “Administrator
Settings” menu (see Compatibility Mode [} 45]).
The color shown on the screen is not correct.
· Try changing “Input Color Format” in the Setting menu (see Input Color
Format [} 18]).
Images are not displayed over the entire area of the screen.
· Try changing “Picture Expansion” in the Setting menu (see Picture Expansion
[} 27]). · Check whether the setting for the resolution of the external device
matches the
resolution of the monitor.
8.3 SelfCalibration Problems
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.
SelfCalibration cannot be executed.
· Check whether a color mode for executing SelfCalibration has been set (see
Settings Mode Settings – Standard Mode [} 36] or Settings – Mode Settings –
Advanced Mode (CAL) [} 36]).
· Check whether the date and time are set correctly on the monitor (see
Settings – Clock Adjustment [} 38]).
· Check whether the execution schedule been set (see Settings – Schedule –
Start time [} 36]).
· Check whether the calibration targets are set correctly (see “Target
Settings” below). Target Settings – Brightness [} 24] Target Settings –
Black Level [} 24] Target Settings – White Point – Temperature [} 24]
Target Settings – White Point – White(x) / White(y) [} 25] Target Settings –
Gamma (EOTF) – Gamma (EOTF) [} 25] Target Settings – Gamma (EOTF) – Gamma
Policy [} 25] Target Settings – Gamma (EOTF) – PQ Option [} 25] Target
Settings – Gamma (EOTF) – HLG Option [} 25] Target Settings – Gamma (EOTF) –
HLG System Gamma [} 26] Target Settings – Color Gamut [} 26] Target
Settings – Color Gamut – Red(x) / Red(y) / Green(x) / Green(y) / Blue(x) /
Blue(y) [} 26] Target Settings – Gamut Clipping [} 26] Target Settings –
Advanced Settings – Limited (109% White) [} 26] 62
Troubleshooting|8
· Try calibrating the monitor by using ColorNavigator 7.
SelfCalibration failure
· Refer to the error code table. If an error code that does not appear in the
error code table is displayed, contact your local EIZO representative.
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 when the
monitor transitions to the power saving mode after an hour or more or when the
monitor is turned off using . SelfCalibration can also be executed regardless
of the schedule (see Executing [} 38]).
Error Code Table
If an error related to a calibration target value, adjustable brightness
settings, or adjustable black level settings occurs, the error code and error
message are displayed in the “Color” menu.
Error Code 000020 000021 010141
****52
Error Message The sensor failed to open. Check whether there is any foreign object near the sensor. Invalid target value has been set. Check the target value. The target black level is too low. Up the target black level or set “Min”.
8.4 Other Problems
The Setting menu does not appear.
· Check whether the operation switch lock function is active (see Key Lock [}
44]).
Cannot select items in the Setting menu.
· Items that are displayed with gray text cannot be changed. · “Color” items
cannot be changed in some color modes. Setting the color mode to “User”
will allow you to change all items (see Color [} 19]).
No audio output
· This product does not contain speakers.
USB peripheral devices connected to the monitor do not work / Cannot use the
Docking Station Function
· Check whether the USB cable is correctly connected between the external
device and the monitor.
· Check whether the USB cable is correctly connected between the peripheral
device and the monitor.
63
8|Troubleshooting
· Try using a different USB port on the monitor. · Try using a different USB
port on the external device. · Update the USB drivers for the peripheral
devices. · Reboot the external device. · When “Ethernet” is set to “Off” in
the “Administrator Settings” menu, the LAN port
cannot be used. Set “Ethernet” to “On” (see Ethernet [} 45]). · Depending on
the settings in “USB Selection” in the “Administrator Settings” menu or
the input signal, the monitor’s USB hub may not be able to be operated from
the external device connected via USB. Try switching the “USB Selection”
settings or the input signal (see USB Selection HDMI / DisplayPort / USB-C
[} 33] and Switching Input Signals [} 13]). · If the peripheral devices work
correctly when they are directly connected to the external device, contact
your local EIZO representative. · Check the external device’s BIOS (UEFI)
setting for USB when using Windows. (Refer to the User’s Manual of the
external device for details). · Update the external device’s OS.
Power indicator is flashing orange and white.
· This symptom may occur when the external device is connected to the
DisplayPort connector. Use a signal cable recommended by us for the
connection. Turn the monitor off and on.
· Check the connection and condition of the USB peripheral devices connected
to the monitor.
· Turn off the main power switch on the back of the monitor, and then turn it
on again. · If the monitor is connected to a laptop with a USB-C cable,
connect an AC adapter to
the laptop.
Even when the mouse or keyboard are used, the external device does not wake
from sleep.
· Turn the setting “On” for “Compatibility Mode” on the “Administrator
Settings” menu (see Compatibility Mode [} 45]).
The external device does not operate with the power supply (USB Power
Delivery) from the monitor.
· Check whether the external device has the specifications to operate with a
94 W power supply.
· For a 94 W power supply, use the following USB cables: CC200SS-5A
(Included) CC100 (Optional accessory)
64
Attaching/Removing the Stand|9
9 Attaching/Removing the Stand
9.1 Removing the Stand
The stand section of this product can be removed. Attention
· Do not move the stand up and down after removing it. If you move the stand
up and down while it is not attached to the monitor, this may cause damage or
injury.
· If you drop the monitor or stand, this may cause damage or injury due to the
weight of the monitor and stand.
1. Raise the height of the monitor to the maximum height. Attention
· If the monitor is not raised to the maximum height, there may be cases when
the height of the monitor accidentally changes while removing the stand. This
may be the cause of injury or damage.
2. Lay the LCD monitor on a soft cloth spread over a stable and flat surface
with the LCD panel surface facing down.
3. Remove the stand. As shown in the diagram, press the lock button (1) while
holding firmly onto the brace of the stand, and slide the stand in the
direction of the pedestal on the bottom (2). Next, pull the stand upwards to
remove it (3).
(3)
(1) (2)
65
9|Attaching/Removing the Stand
9.2 Attaching the Optional Arm
The optional arm (or optional stand) can be attached by removing the stand
section. Please refer to our web site for the supported optional arms (or
optional stands). (www.eizoglobal.com) When attaching an arm or stand, the
installable orientations and movement range (tilt angle) are as follows:
· Orientation
· Movement range (tilt angle)
Up: 45°
Down: 45°
Attention
· When attaching an arm or stand, follow the instructions of the respective
User’s Manual. · When using another manufacturer’s arm or stand, confirm the
following in advance and select
one that conforms to the VESA standard: Clearance between screw holes: 100
mm x 100 mm Arm or stand VESA mount dimensions: 122 mm x 122 mm or less
Plate thickness: 2.6 mm Strong enough to support weight of the monitor unit
(excluding the stand) and attachments
such as cables · Connect the cables after attaching an arm or stand. · Do not
move the removed stand up and down. Doing so may result in injury or device
damage. · The monitor, arm, and stand are heavy. Dropping them may result in
injury or equipment
damage. · Periodically check the tightness of the screws. If the screws are
not tight enough, the monitor
may come unattached. This may be the cause of injury or damage.
1. Attach the arm or stand to the monitor. For installation, use commercially
available screws that meet the following conditions: Nominal diameter: M4
Length: Between 8.4 mm and 12.9 mm (if using washers, add the washer
thickness)
9.3 Attaching the Original Stand
1. Lay the LCD monitor on a soft cloth spread over a stable and flat surface
with the LCD panel surface facing down.
2. Remove the fixing screws on the optional arm (or optional stand), and
detach the optional arm (or optional stand).
66
Attaching/Removing the Stand|9 3. Attach the original stand.
Insert the four tabs on the stand into the four holes on the back panel (1),
and slide the stand towards the upper portion of the monitor (2). The stand
clicks when it is attached correctly. Check that the stand is properly
attached by pushing it side to side and back to front.
(1) (2)
Click!
67
10|Reference
10 Reference
10.1 Using the Docking Station Function
This monitor is equipped with a LAN port and USB hub to serve as a Docking
Station Function. Connecting via USB allows you to use a stable network
environment even with laptops or tablets that lack LAN ports. In addition,
peripheral devices that support USB can be used, and smartphones can be
charged.
If the external device has a USB-C connector
USB-A
USB-C
USB-C
LAN port
USB cable (USB-C – USB-C) CC200SS-5A (Included)
LAN cable (Commercially available product)
If the external device does not have a USB-C connector
USB-A
LAN port
USB-A
USB-B
USB 3.0 cable (USB-B – USB-A) UU200SS (Included)
68
Reference|10 Attention
· If the external device OS is Windows 8.1, a driver will need to be installed
to use the LAN port. The driver is stored in the monitor, so when the external
device and monitor are connected with a USB cable, the screen to install the
driver will be displayed. Install the driver in accordance with the on-screen
instructions.
· This function may not work depending on the external device you are using,
your OS, and your peripheral devices. Contact the manufacturer of each device
for information about USB compatibility.
· Even when the monitor is in power saving mode, devices connected to the USB
downstream port are operational. For this reason, the power consumption of the
monitor varies depending on the connected devices, even in power saving mode.
· When the main power switch of the monitor is off, a device connected to the
USB downstream port will not operate.
Note
· The MAC address is shown on the label on the back of the monitor. MAC
address pass-through is not supported.
· This product supports USB 3.1 Gen 1. When connecting to peripheral devices
that support USB 3.1 Gen 1, high-speed data communication is possible. (Only
when the USB cable used to connect to the external devices or peripheral
devices supports USB 3.1 Gen 1, and the USB cable is connected to a USB
connector (blue connector) that supports USB 3.1 Gen).
69
10|Reference
10.2 Connecting Multiple External Devices
This product can be connected to multiple external devices and allows you to
switch between the connections for display. Connection Examples
HDMI
DisplayPort
USB-C
HDMI cable (HDMI – HDMI)
HH200PR (Included)
DisplayPort cable (DisplayPort – DisplayPort)
PP200 (Sold separately)
USB cable (USB-C – USB-C)
CC200SS-5A (Included)
HDMI
DisplayPort
USB-C
70
Reference|10
If two external devices are connected to a single monitor, then the input
signals and USB ports can be linked, and the USB device connected to the
monitor can be switched using two external devices. For details, see USB
Selection HDMI / DisplayPort / USB-C [} 33].
USB-C upstream
USB-A downstream
USB-B upstream
USB cable (USB-C – USB-C)
CC200SS-5A (Included)
USB 3.0 cable (USB-B – USB-A)
UU200SS (Included)
USB-C
USB-A
Note
· You can select the input signal to display using the operation switch ( ) on
the front of the monitor. For details, see Switching Input Signals [} 13].
· This product provides a function that automatically recognizes the connector
through which signals are input, and displays images on the screen
accordingly. For details, see Auto Input Detection [} 44].
71
10|Reference
10.3 Setting and Display Method of PQ Option
This section describes the setting of “PQ Option” and the relation between the
input signal (10 bits: 0 to 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”).
For “300cd/ Clipping”
· Set the brightness to the specified value to display properly.
Example: When “PQ Option” is set to “300cd/ Clipping”, set the monitor
brightness to 300 cd/m2.
1200 1100 1000
PQ Curve 300 cd/m² Clipping
900
Output Luminance [cd/m²]
800
700
600
500
400
300
200
100
0
0
256
512 637 768
1023
Input Code Value (10bit)
For “500cd/ Emulation”, “1000cd/ Emulation”, “4000cd/ Emulation”, “10000cd/
Emulation” (Monitor brightness setting: 300cd/)
· This setting is used for temporary checks.
Example: When “PQ Option” is set to “4000cd/ 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.
72
Reference|10
Output Luminance [cd/m²]
1200 1100 1000
900 800 700 600 500 400 300 200 100
0 0
PQ Curve 500 cd/m² Emulation 1000 cd/m² Emulation 4000 cd/m² Emulation 10000 cd/m² Emulation
256
512
693 770
Input Code Value (10bit)
924 1023
10.4 Specifications
10.4.1 LCD Panel
Type
Backlight
Size
Resolution
Display Size (H x V)
Pixel Pitch
Display Colors
10-bit color
Viewing Angle (H / V, typical)
Brightness (typical)
Contrast Ratio (typical)
Response Time (typical)
Black -> White -> Black Middle Tone Area
Color Gamut (typical)
IPS (Anti-Glare) LED 26.9″ (68.4 cm) 3840 dots x 2160 lines 596.2 mm x 335.3 mm 0.155 mm x 0.155 mm Approx. 1.07 billion colors (using 10-bit input) 178° / 178° 500 cd/m2 1450:1 22 ms 13 ms 99% of Adobe RGB, 98% of DCI-P3
10.4.2 Video Signals
Input Terminals
Digital Scanning Frequency (H / V)
DisplayPort HDMI
USB-C (DisplayPort Alt Mode)
Frame Synchronization Mode
DisplayPort (supports HDCP 2.3)1×1, HDMI (supports HDCP 2.3)2×1, USB-C
(supports DisplayPort Alt Mode, HDCP 2.3)×1
25 kHz 137 kHz / 23 Hz 61 Hz, 69 Hz 71 Hz (at 720 x 400)
15 kHz 135 kHz / 23 Hz 61 Hz, 69 Hz 71 Hz (at 720 x 400)
25 kHz 137 kHz / 23 Hz 61 Hz, 69 Hz 71 Hz (at 720 x 400)
23.8 Hz 30.5 Hz, 47.5 Hz 61.0 Hz
73
10|Reference
Max. Dot Clock
DisplayPort
HDMI
USB-C (DisplayPort Alt Mode)
598.3 MHz 600 MHz 598.3 MHz
1 Supports HDCP 1.3 if “Input Color Format” in the Setting menu is “RGB”. 2 HDMI CEC (or mutual control) is not supported.
10.4.3 USB
Port
Upstream
Standards
Downstream
Communication Speed
Supply Current
Upstream
Downstream*2
USB-C (USB 3.1 Gen 1)*1 x 1, USB-B (USB 3.1 Gen 1) x 1
USB-A (USB 3.1 Gen 1) x 2, USB-A (USB 2.0) x 2
USB Specification Revision 3.1 Gen 1, USB Specification Revision 2.0
5 Gbps (super), 480 Mbps (high), 12 Mbps (full), 1.5 Mbps (low)
USB-C (USB 3.1 Gen 1): Maximum 94 W (5 V/3 A, 9 V/3 A, 15 V/3 A, 20 V/4.7A)
USB-A (USB 3.1 Gen 1): Maximum 900 mA per port USB-A (USB 2.0): Maximum of 500
mA per port
1 Supports Pin Assignment E. The optional accessory CP200 (USB-C – DisplayPort) can be connected to the DisplayPort connector of the external device.
2 Power will not be supplied if the external device and the monitor are not connected by USB.
10.4.4 Network
Port Wired LAN
RJ-45 (USB LAN adapter)
IEEE802.3ab (1000BASE-T)*1, IEEE802.3u (100BASE-TX), IEEE802.3 (10BASE-T)
*1 When “Signal Format” in the Setting menu is set to “4K60Hz/USB2.0/RGB” or “4K60Hz/USB2.0/ RGB/HDR”, the network speed will be limited.
10.4.5 Power
Input Maximum Power Consumption Power Save Mode
Standby Mode
100 240 VAC ±10 %, 50 / 60 Hz, 2.30 1.00 A
225 W or less
0.5 W or less (only for DisplayPort input, “Compatibility Mode” : “Off”, when
not connected to a USB device)
0.5 W or less (“Compatibility Mode” : “Off”, when not connected to a USB
device)
10.4.6 Physical Specifications
Dimensions
Dimensions (without stand) Net Weight (without monitor hood) Net Weight
(without stand)
638.0 mm x 439.9 mm 584.9 mm x 263.3 mm (W x H x D) (Tilt: 35°)
638.0 mm x 415.9 mm 570.9 mm x 245.0 mm (W x H x D) (Tilt: 0°)
638.0 mm x 390.0 mm x 86.2 mm (W x H x D)
Approx. 9.8 kg
Approx. 6.8 kg
74
Reference|10
Height Adjustment Range Tilt Swivel Vertical Rotation
145.0 mm (Tilt: 35°) / 155.0 mm (Tilt: 0°) Up 35°, down 5° 344° Right 90°
10.4.7 Operating Environmental Requirements
Temperature Humidity Air Pressure
0°C 35°C 20 % 80 % R.H. (no dew condensation) 540 hPa 1060 hPa
10.4.8 Transportation / Storage Environmental Requirements
Temperature Humidity Air Pressure
-20 °C 60 °C 10 % 90 % R.H. (no dew condensation) 200 hPa 1060 hPa
10.4.9 Accessories
For the latest information about accessories, refer to our web site.
(www.eizoglobal.com)
75
Appendix
Appendix
Trademark
The terms HDMI and HDMI High-Definition Multimedia Interface, and the HDMI
Logo are trademarks or registered 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.
USB Type-C and USB-C are registered 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. Adobe is a registered trademark of
Adobe in the United States and other countries. Microsoft and Windows are
registered trademarks of Microsoft Corporation in the United States and other
countries. Apple, macOS, Mac OS, OS X, macOS Sierra, 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 other countries.
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, SwitchLink, and UniColor Pro are trademarks of EIZO
Corporation. All other company names, product names, and logos are trademarks
or registered trademarks of their respective owners.
License
The bitmap font used for this product is designed by Ricoh Industrial
Solutions Inc.
76
Copyright © 2022 EIZO Corporation. All rights reserved.
03V60124A1 UM-CG2700X
1st Edition May, 2022