SDR/HDR settings

This chapter describes how to configure this monitor for image creation.

Color Modes describes applications and configurations of each color mode.

Setting Procedure describes the procedure to configure each color mode settings suitable for the display of each application.

How to Set Up Using ColorNavigator 7 describes the overview of procedure to configure settings using software.

Attention

  • See Information 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, wait at least 20 minutes after the turning on the monitor.
  • If you switch between SDR color modes ("BT.709", "BT.2020", and "DCI-P3") and HDR color modes ("PQ_THEATER", "PQ_DCI-P3", "PQ_BT.2100", "HLG_BT.2100"), wait 30 minutes or more after switching the color modes, and then adjust the monitor.

Color Modes

Types and Usages of Color Modes for Image Creation

Color Mode

Usage

BT.709

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

BT.2020

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

DCI-P3

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

PQ_THEATER

(HDR) This color mode is suitable for reproducing DCI standard-compliant color gamut in PQ format gamma (EOTF) and theatrical luminance range.

PQ_DCI-P3

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

PQ_BT.2100

(HDR) This color mode is suitable for reproducing ITU-R BT.2100 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.

BT.709

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

Main Setting Items of Setting Menu

For more information about procedure to configure the settings, see Setting Procedure.

Item

Input Color Format*1

RGB

YUV

Signal

YUV Color Matrix

Auto

BT.709

Input Range

Full

Limited (109% White)

Color

Brightness (/㎡)

100

100

Temperature

D65

D65

Gamma (EOTF)

2.4

2.4

Color Gamut

BT.709

BT.709

  1. If the image is displayed correctly, you can check the settings in "Signal" - "Signal Information" in the Setting menu.
  2. If the text including "YCbCr" or "YCC" is displayed in the blue rectangles in the figures below, the input signal is YUV.
  3. If the text including "RGB" is displayed, the input signal is RGB.

BT.2020

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

Main Setting Items of Setting Menu

For more information about procedure to configure the settings, see Setting Procedure.

Item

Input Color Format*1

RGB

YUV

Signal

YUV Color Matrix

Auto

BT.2020*2

Input Range

Full

Limited (109% White)

Color

Brightness (/㎡)

100

100

Temperature

D65

D65

Gamma (EOTF)

2.4

2.4

Color Gamut

BT.2020

BT.2020

  1. If the image is displayed correctly, you can check the settings in "Signal" - "Signal Information" in the Setting menu.
  2. If the text including "YCbCr" or "YCC" is displayed in the blue rectangles in the figures below, the input signal is YUV.
  3. If the text including "RGB" is displayed, the input signal is RGB.
  4. A conversion constant other than BT.2020 may be applied due to restrictions or settings of your equipment and tools.

DCI-P3

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

Main Setting Items of Setting Menu

For more information about procedure to configure the settings, see Setting Procedure.

Item

Input Color Format

RGB

Signal

YUV Color Matrix

Auto

Input Range

Full

Color

Brightness (/㎡)

48

Temperature

D65

Gamma (EOTF)

2.6

Color Gamut

DCI-P3

PQ_THEATER

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

Main Setting Items of Setting Menu

For more information about procedure to configure the settings, see Setting Procedure.

Item

Input Color Format

RGB

Signal

YUV Color Matrix

Auto

Input Range

Full

Color

Brightness (/㎡)

108

Temperature

D65

Gamma (EOTF)

PQ

PQ Option*1

Auto

Color Gamut

DCI-P3

  1. For more information, see PQ Option and Setting and Display Method of PQ Option.

PQ_DCI-P3

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

Main Setting Items of Setting Menu

For more information about procedure to configure the settings, see Setting Procedure.

Item

Input Color Format

RGB

Signal

YUV Color Matrix

Auto

Input Range

Full

Color

Brightness (/㎡)

1000

Temperature

D65

Gamma (EOTF)

PQ

PQ Option*1

Auto

Color Gamut

DCI-P3

  1. For more information, see PQ Option and Setting and Display Method of PQ Option.

PQ_BT.2100

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

Main Setting Items of Setting Menu

For more information about procedure to configure the settings, see Setting Procedure.

Item

Input Color Format*1

RGB

YUV

Signal

YUV Color Matrix

Auto

BT.2020*2

Input Range

Full

Limited

Color

Brightness (/㎡)

1000

1000

Temperature

D65

D65

Gamma (EOTF)

PQ

PQ

PQ Option*3

Auto

Auto

Color Gamut

BT.2020

BT.2020

  1. If the image is displayed correctly, you can check the settings in "Signal" - "Signal Information" in the Setting menu.
  2. If the text including "YCbCr" or "YCC" is displayed in the blue rectangles in the figures below, the input signal is YUV.
  3. If the text including "RGB" is displayed, the input signal is RGB.
  4. A conversion constant other than BT.2020 may be applied due to restrictions or settings of your equipment and tools.
  5. For more information, see PQ Option and Setting and Display Method of PQ Option.

HLG_BT.2100

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

Main Setting Items of Setting Menu

For more information about procedure to configure the settings, see Setting Procedure.

Item

Input Color Format*1

RGB

YUV

Signal

YUV Color Matrix

Auto

BT.2020*2

Input Range

Full

Limited

Color

Brightness (/㎡)

1000

1000

Temperature

D65

D65

Gamma (EOTF)

HLG

HLG

HLG System Gamma

1.2

1.2

Color Gamut

BT.2020

BT.2020

  1. If the image is displayed correctly, you can check the settings in "Signal" - "Signal Information" in the Setting menu.
  2. If the text including "YCbCr" or "YCC" is displayed in the blue rectangles in the figures below, the input signal is YUV.
  3. If the text including "RGB" is displayed, the input signal is RGB.
  4. A conversion constant other than BT.2020 may be applied due to restrictions or settings of your equipment and tools.

Setting Procedure

This section describes the procedure to use the monitor with the settings suitable for displaying SDR or HDR image.

Note

  1. Select a color mode suitable for the application. For details of color modes, see Types and Usages of Color Modes for Image Creation.
  2. Set “Input Color Format”, “YUV Color Matrix” and “Input Range” in the “Signal” menu. See Color Modes for settings.
  3. Display "Color" in the Setting menu, and configure the settings required. See Color Modes for settings.
  4. Settings for "Advanced Settings" are configured according to the default settings. For details, see Color Mode Setting Values.

Note

  • It is recommended to perform "Reset" in "Color" before configuring the settings.

How to Set Up Using 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.

Note

Setting Procedure

  1. Select a color mode in the Setting menu in the monitor.
  2. See step 1 in Setting Procedure to configure the setting.
  3. Display "Signal" in the Setting menu of the monitor, and configure the settings required.
  4. See step 2 in Setting Procedure to configure the setting.
  5. Start ColorNavigator 7.
  6. Point at the color mode selected in the color mode list, right-click, and set the color mode type to "Advanced".
  7. Set the adjustment target according to the application.
  8. For details, see ColorNavigator 7 Target Settings.

ColorNavigator 7 Target Settings

-: Cannot be changed

BT.709

BT.2020

DCI-P3

PQ_THEATER

PQ_DCI-P3

PQ_BT.2100

HLG_BT.2100

Color Mode Type

Advanced*1

Advanced*1

Advanced*1

Advanced*1

Advanced*1

Advanced*1

Advanced*1

Brightness (/㎡)

100

100

48

108

1000

1000

1000

Black Level

Minimum

Minimum

Minimum

Minimum

Minimum

Minimum

Minimum

White Point

D65

D65

D65

D65

D65

D65

D65

Gamma (EOTF)

2.4

2.4

2.6

PQ

PQ

PQ

HLG

PQ Option

Auto

Auto

Auto

Auto

Auto

Auto

Auto

HLG System Gamma

-

-

-

-

-

-

1.2

Adjustment Method

Standard

Standard

Standard

Standard

Standard

Standard

Standard

Color Gamut (Standard Value)

BT.709

BT.2020

DCI-P3

DCI-P3

DCI-P3

BT.2020

BT.2020

Gamut Clipping

On

On

On

On

On

On

On

Accessories

On*2*3

On*2*3

Off*2*3

-

-

-

-

  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)".