Computer signals (preset)

DVI-D (HDCP) terminals

 

 

Resolution

Frequency

 

No.

Signal name

Horizontal

Vertical

Horizontal

Vertical (Hz)

Scan system

 

 

(kHz)

 

 

 

 

 

 

 

1

VGA60

640

480

31.5

59.9

Non-interlace

2

WVGA60

852

480

31.5

59.9

Non-interlace

3

SVGA60

800

600

37.9

60.3

Non-interlace

4

XGA60

1024

768

48.4

60.0

Non-interlace

5

WXGA (1280)

1280

768

47.8

60.0

Non-interlace

6

WXGA+60*1

1440

900

55.9

60.0

Non-interlace

7

SXGA60*1

1280

1024

64.0

60.0

Non-interlace

8

WSXGA+60*1

1680

1050

65.2

60.0

Non-interlace

9

UXGA60*1

1600

1200

75.0

60.0

Non-interlace

10

WUXGA60*1

1920

1200

74.0

60.0

Non-interlace

11

720/60p

1280

720

45.0

60.0

Non-interlace

12

1080/60p*1

1920

1080

67.5

60.0

Non-interlace

13

720/50p

1280

720

37.5

50.0

Non-interlace

14

1080/50p*1

1920

1080

56.25

50.0

Non-interlace

*1 When No.6–10, 12 and 14 signals come in, thin lines will become obscured because their signal resolution is higher than the screen resolution.

Non-preset signals may not be displayed normally even if their frequency is within the acceptable range. (“Horizontal/vertical frequency (computer signal)” on page 26)

When a preset signal comes in, the signal format is shown on the status display. For other signals, the resolution is shown.

Specification of the DVI-D (HDCP) terminal

 

 

 

 

 

Connect it to the DVI-D output terminal on a personal computer.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Pin

Input signal

Pin

Input signal

 

Pin

Input signal

 

 

 

 

 

 

 

 

 

No.

No.

 

No.

 

 

 

 

 

 

 

 

 

 

 

 

 

1

T.M.D.S Data 2–

 

 

9

T.M.D.S Data 1–

 

17

T.M.D.S Data 0–

 

 

 

 

 

 

2

T.M.D.S Data 2+

 

 

10

T.M.D.S Data 1+

 

18

T.M.D.S Data 0+

 

 

 

 

 

3

T.M.D.S Data 2 shield

 

 

11

T.M.D.S Data 1 shield

 

19

T.M.D.S Data 0 shield

 

4

NC

 

 

12

NC

 

20

NC

 

5

NC

 

 

13

NC

 

21

NC

 

6

DDC Clock

 

 

14

+5 V Power

 

22

T.M.D.S Clock shield

 

7

DDC Data

 

 

15

GND

 

23

T.M.D.S Clock+

 

8

NC

 

 

16

Hot Plug Detect

 

24

T.M.D.S Clock–

NOTE

Status indication of DUAL LINK/3G SDI signal information

When DUAL LINK and 3G SDI signals come in, the status of DUAL LINK is displayed. When “SDI DUAL LINK” (page 12) in MAIN MENU is set to “OFF” and a 3G SDI signal comes in, the 3G SDI signal information is displayed.

Status indication of DUAL LINK

When “SDI DUAL LINK” (page 12) in MAIN MENU is set to “ON” and an SDI signal is selected, “DUAL LINK” is displayed.

Status indication of 3G SDI signal information

Following signal information can be displayed when a 3G SDI signal comes in.

3G A-1:Level A mapping structure 1

3G A-2:Level A mapping structure 2

3G A-3:Level A mapping structure 3

3G A-4:Level A mapping structure 4

3G B-DS1:Level B data stream 1

3G B-DS2:Level B data stream 2

3G B-DUAL:Level B DUAL LINK

ENGLISH11

Page 11
Image 11
JVC DT-V17G1 specifications Status indication of Dual LINK/3G SDI signal information, Status indication of Dual Link, Gnd

DT-V17G1 specifications

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The DT-V17G1 employs advanced color processing technologies, including 10-bit color depth, which results in a wider color gamut and smoother gradations. This is particularly important for color-critical applications where accurate color representation is essential. The monitor supports various color spaces, including BT.709, making it versatile for different production standards.

In terms of connectivity, the JVC DT-V17G1 is equipped with multiple input options, including HDMI, SDI, and Composite inputs. This versatility ensures it can easily integrate into a wide range of production setups, whether for live broadcasts, video editing, or post-production environments. The monitor also features loop-through capabilities for SDI, allowing for easy signal distribution to other devices.

Another remarkable characteristic of the DT-V17G1 is its comprehensive set of built-in tools designed to assist in video production. These include waveform and vector scope displays, which provide valuable information about the signal's quality and help maintain broadcast standards. Furthermore, the monitor comes with peaking, false color, and zebra patterns, which enhance focus and exposure control.

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