NEC E988 Large Format Display User Guide

: June 17, 2024
: NEC

E988 Large Format Display

Product Information

Specifications

Model: E988
External Control: RS-232C, LAN
RS-232C Communication Timing: 9600 bps, 8 bit, None parity, 1
bit stop, ASCII
LAN Communication Timing: TCP/IP, CSMA/CD, 7142 port

Product Usage Instructions

External Control

RS-232C

The monitor uses a 9-pin D-Sub connector for RS-232C
communication. The pin configuration is as follows:

Pin 1: Not connected
Pin 2: Transmit Data (TD)
Pin 3: Receive Data (RD)
Pin 4: Request to Send (RTS)
Pin 5: Clear to Send (CTS)
Pin 6: Data Set Ready (DSR)
Pin 7: Signal Ground (SG)
Pin 8: Data Carrier Detect (DCD)
Pin 9: Not connected

LAN

The monitor has an RJ-45 connector for LAN communication. It
supports 10/100 BASE-T Ethernet.

Communication Timing

RS-232C

The RS-232C communication timing is set to:

Baud Rate: 9600 bps
Data Bits: 8
Parity: None
Stop Bits: 1
Character Format: ASCII
Response Time: 100ms

LAN

The LAN communication timing is set to:

Response Time: ON/OFF (15ms/10ms)

VCP Message

The VCP (Video Control Panel) and CTL (Control) systems use the
following message structure:

Header
Message
Check Code
Delimiter

The header consists of the following fields:

SOH (Start of Header): ASCII ‘SOH’ (01h)
Reserved: ASCII ‘0’ (30h)
Destination ID: ID of the destination monitor
Source ID: ID of the source monitor
Message Type: Type of the message (A-F)
Message Length: Length of the message in ASCII format

Message

The message contains the actual command or data being sent or
received.

Check Code

The check code is used for error checking in the message.

Delimiter

The delimiter marks the end of the message.

CTL System Command

The CTL system command allows control over various settings and
functions of the monitor. Some of the commands include:

Save Current Settings
Get Timing Report and Timing reply
Power control procedure
Date & Time read and write
Serial No. & Model Name Read
MAC Address Read Request & Reply
Remote Control Data Code sending format via RS-232C
Firmware Version Command
Input Name of Designated Terminal Read/Write/Reset Request

OSD

The monitor features an On-Screen Display (OSD) for adjusting
settings and accessing various functions.

FAQ

Q: What are the communication interfaces supported by the

monitor?

A: The monitor supports RS-232C and LAN communication
interfaces.

Q: What is the pin configuration for the RS-232C

connector?

A: The pin configuration for the RS-232C connector is as
follows:

Pin 1: Not connected
Pin 2: Transmit Data (TD)
Pin 3: Receive Data (RD)
Pin 4: Request to Send (RTS)
Pin 5: Clear to Send (CTS)
Pin 6: Data Set Ready (DSR)
Pin 7: Signal Ground (SG)
Pin 8: Data Carrier Detect (DCD)
Pin 9: Not connected

External Control
Large Format Display E series Rev.1.0
E988
1 / 60

External Control
1. 2.
2.1. RS-232C 2.2. LAN 3. 3.1. RS-232C
3.1.1. Communication timing 3.2. LAN
3.2.1. Communication timing 4.
4.1. Header () 4.1.1. Header
4.2. Message 4.2.1. Get Current Parameter 4.2.2. Get Parameter Reply 4.2.3. Set Parameter 4.2.4. Set Parameter Reply 4.2.5. Commands 4.2.6. Commands Reply
4.3. Check code 4.3.1. Check code
4.4. Delimiter 5. VCP Message
5.1. Get current Parameter from a monitor 5.1.1. Get current Parameter
5.2. “Get parameter” reply 5.2.1. Get parameter reply
5.3. Set parameter 5.3.1. Set parameter
5.4. “Set parameter” reply 5.4.1. Set parameter reply
5.5. Commands 5.5.1. Save Current Settings 5.5.2. Get Timing Report and Timing reply 5.5.3. NULL
6. VCP 6.1. “Backlight” 6.2.
7. CTL System Command CTL-0C. Save Current Settings CTL-07. Get Timing Report and Timing reply Power control procedure CTL-01D6. Power status read CTL-C203-D6. Power control
2 / 60

Date & Time read and write CTL-C211. Date & Time Read CTL-C212. Date & Time Write CTL-C221. Schedule Read CTL-C222. Schedule Write
Serial No. & Model Name Read CTL-C216. Serial No. Read CTL-C217. Model Name Read
MAC Address Read Request & Reply CTL-C220. MAC Address Read Request
Remote Control Data Code sending format via RS-232C CTL-C210. Remote Control Data Code sending format via RS-232C
Firmware Version Command CTL-CA02. Firmware Version Read Request CTL-CA04-03. Input Name of Designated Terminal Read Request CTL-CA04-04. Input Name of Designated Terminal Write Request CTL-CA04-05. Input Name of Designated Terminal Reset Request
8. OSD
3 / 60

NEC LCD monitor
2.1. RS-232C
: 9-pin D-Sub : ()
(RS-232C )
4 / 60

2.2. LAN
: RJ-45 10/100 BASE-T : 5
(LAN )
5 / 60

3.1. RS-232C

(1) (2) (3) (4) (5) (6) (7)

RS-232C 9600(bps) 8(bit) None 1(bit) ASCII

100ms
3.1.1. Communication timing

ONOFF 15 10
3.2. LAN

(1) (2) (3)
(4) IP address
(5)

TCP/IP ( (CSMA/CD) (TCP)

TCP ()
7142 ()

15 15
3.2.1. Communication timing

ONOFF 15 10

6 / 60

VCP, CTL 2 Header, Message, Check code, Delimiter Message

Header

Message

Check Code Delimiter

VCP Message VCP Message
4.2. Message CTL Message
7. CTL

7 / 60

SOH

Reserved Destination Source Message Message

‘0’

Type

Length

1st

2nd

3rd

4th

5th

6th-7th

1st) SOH: Header Header ASCII ‘SOH'(01h)

2nd) Reserved: ASCII ‘0’(30h)

3rd) Destination: ID () ID Reply `0′(30h)

4th) Source: ID () `0′(30h) Reply ID

5th) Message Type: ASCII ‘A’ (41h): Commands ASCII ‘B’ (42h): Commands Reply ASCII ‘C’ (43h): Get Current Parameter ASCII ‘D’ (44h): Get Parameter Reply ASCII ‘E’ (45h): Set Parameter ASCII ‘F’ (46h): Set Parameter Reply

6th -7th) Message Length: Message STX ETX Message STX ETX ASCII
) 3Ah ASCII ‘3’ ‘A’ (33h 41h) 0Bh ASCII ‘0’ ‘B’ (30h 42h)

8 / 60

“ID” “Destination Address”

Monitor Destination

ID

Address

1

41h(‘A’)

2

42h(‘B’)

3

43h(‘C’)

4

44h(‘D’)

5

45h(‘E’)

6

46h(‘F’)

7

47h(‘G’)

8

48h(‘H’)

9

49h(‘I’)

10

4Ah(‘J’)

11

4Bh(‘K’)

12

4Ch(‘L’)

13

4Dh(‘M’)

14

4Eh(‘N’)

15

4Fh(‘O’)

16

50h(‘P’)

17

51h(‘Q’)

18

52h(‘R’)

19

53h(‘S’)

20

54h(‘T’)

21

55h(‘U’)

22

56h(‘V’)

23

57h(‘W’)

24

58h(‘X’)

25

59h(‘Y’)

ALL

2Ah(‘*’)

Monitor Destination

ID

Address

26

5Ah(‘Z’)

27

5Bh

28

5Ch

29

5Dh

30

5Eh

31

5Fh

32

60h

33

61h

34

62h

35

63h

36

64h

37

65h

38

66h

39

67h

40

68h

41

69h

42

6Ah

43

6Bh

44

6Ch

45

6Dh

46

6Eh

47

6Fh

48

70h

49

71h

50

72h

Monitor Destination

ID

Address

51

73h

52

74h

53

75h

54

76h

55

77h

56

78h

57

79h

58

7Ah

59

7Bh

60

7Ch

61

7Dh

62

7Eh

63

7Fh

64

80h

65

81h

66

82h

67

83h

68

84h

69

85h

70

86h

71

87h

72

88h

73

89h

74

8Ah

75

8Bh

Monitor Destination

ID

Address

76

8ch

77

8Dh

78

8Eh

79

8Fh

80

90h

81

91h

82

92h

83

93h

84

94h

85

95h

86

96h

87

97h

88

98h

89

99h

90

9Ah

91

9Bh

92

9Ch

93

9Dh

94

9Eh

95

9Fh

96

A0h

97

A1h

98

A2h

99

A3h

100

A4h

9 / 60

STX OP Code OP Code ETX

Page

Hi Lo Hi Lo

Get Current Parameter Get Current Parameter
5.1. Get current Parameter from a monitor
4.2.2. Get Parameter Reply
Get Current Parameter Message Get Parameter Reply
4.2.2.1. Get Parameter Reply

STX Result OP Code OP code Type Max value Current Value ETX

Page

Hi Lo Hi Lo Hi Lo Hi Lo MSB …LSB MSB …LSB

Get Current Parameter Get Current Parameter
5.2. “Get parameter” reply

10 / 60

4.2.3. Set Parameter Message
4.2.3.1. Set Parameter

STX OP Code OP code Set value ETX

Page

Hi Lo Hi Lo MSB …LSB

Set Parameter Set Parameter
5.3. Set parameter
4.2.4. Set Parameter Reply
Set Parameter Message Set Parameter Reply Message
4.2.4.1. Set Parameter Reply

STX Result OP Code OP code Type Max value Requested

ETX

Page

Setting Value

Hi Lo Hi Lo Hi Lo Hi Lo MSB …LSB MSB …LSB

Set Parameter Reply Set Parameter Reply
5.4. “Set parameter” reply

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4.2.5. Commands Commands Message Commands
“Save current settings”: “Get timing report”: “power control”: AC / “Schedule”: Commands
5.5. Commands 4.2.6. Commands Reply Command Commands Reply Message Commands Reply
5.5. Commands
12 / 60

Header

Message

SOH Resv.Dest Src Type Length STX Data – – ETX Check code

D0 D1 D2 D3 D4 D5 D6 D7 – – D8 D9

Check code ‘D1’ ‘D16’ ’30′(30h) ’03′(03h) Check code ’77′(77h) Check code
Check code Block Check Code (BCC)

Header

Message

CheckDelimiter

code

SOHResv.DestSrcTypeLength STXOP Code PageOP Code Set Value ETX(BCC)

01h 30h 41h30h 45h30h41h02h 30h 30h 31h30h30h30h36h34h03h 77h 0Dh

D0 D1 D2 D3 D4 D5 D6 D7 D8 D9 D10D11D12D13D14D15D16 D17 D18

Check code (BCC) D17 = D1 xor D2 xor D3 xor … xor D14 xor D15 xor D16 = 30h xor 41h xor 30h xor 45h xor 30h xor 41h xor 02h xor 30h xor 30h xor 31h xor 30h xor 30h xor 30h xor 36h xor 34h xor 03h = 77h

13 / 60

5. VCP Message

5.1. Get current Parameter from a monitor
5.1.1. Get current Parameter

STX OP Code OP Code ETX

Page

Hi Lo Hi Lo

1st 2nd – 3rd 4th – 5th 6th

message
“OP code page””OP code” “OP code page””OP code”8

1st byte) STX: Message ASCII STX (02h)
2nd-3rd bytes) OP code page: “OP code page” 8 “OP code page”ASCII
02h ASCII ‘0”2’ (30h 32h) OP code page 02h -> OP code page (Hi) = ASCII ‘0’ (30h) OP code page (Lo) = ASCII ‘2’ (32h) 8
4th-5th bytes) OP code: 8 “OP code” ASCII
) 3Ah ASCII ‘3”A’ (33h and 41h) OP code 3Ah -> OP code (Hi) = ASCII ‘3’ (33h) OP code (Lo) = ASCII ‘A’ (41h) 8
6th byte) ETX: Message ASCII ETX (03h)

14 / 60

5.2. “Get parameter” reply
5.2.1. Get parameter reply

STX Result OP Code OP code Type Max value Current Value ETX

Page

Hi Lo Hi Lo Hi Lo Hi Lo MSB …LSB MSB …LSB

1st 2nd-3rd 4th-5th 6th-7th 8th-9th 10th- 13th 14th – 17th 18th

(operation code)

1st byte) STX: Message ASCII STX (02h)
2nd-3rd bytes) Result code: 00h: 01h: ASCII
) 01h ASCII ‘0”1′ (30h 31h)
4th-5th bytes) OP code page: “OP code page” ASCII
) 02hASCII’0”2′ (30h32h) 8
6th-7th bytes) OP code: “OP code” ASCII
) 1AhASCII’1”A’ (31h41h) 8
8th-9th bytes) Type: 00h: Set parameter 01h: Momentary “Auto Setup” ASCII
) 01h ASCII ‘0”1’ (30h 31h)
10th-13th bytes) Max. value: (16bits) ASCII
) ‘0’, ‘1’, ‘2’, ‘3’0123h (291)
14th-17th bytes) Current Value: (16bits) ASCII
) ‘0’, ‘1’, ‘2’, ‘3’0123h (291)
18th byte) ETX: Message ASCII ETX (03h)

15 / 60

5.3. Set parameter
5.3.1. Set parameter

STX OP Code OP code

Set value

ETX

Page

Hi Lo Hi Lo MSB

LSB

1st 2nd-3rd 4th-5th

6th-9th

10th

message

1st byte) STX: Message ASCII STX (02h)
2nd-3rd bytes) OP code page: “OP code page”ASCII
) 02h ASCII ‘0”2’ (30h 32h) 8
4th-5th bytes) OP code: “OP code” ASCII
) OP code 1Ah -> OP code (Hi) = ASCII ‘1’ (31h) OP code (Lo) = ASCII ‘A’ (41h) 8
6th-9th bytes) Set value: (16bit) ASCII
) 0123h -> 1st(MSB) = ASCII ‘0’ (30h) 2nd = ASCII ‘1’ (31h) 3rd = ASCII ‘2’ (32h) 4th(LSB) = ASCII ‘3’ (33h)
10th byte) ETX: Message ASCII ETX (03h)

16 / 60

5.4. “Set parameter” reply
5.4.1. Set parameter reply

STX Result OP Code OP code Type Max value Requested

ETX

Page

Setting Value

Hi Lo Hi Lo Hi Lo Hi Lo MSB …LSB MSB …LSB

1st 2nd-3rd 4th-5th 6th-7th 8th-9th 10th-13th 14th-17th 18th

“operation code”

1st byte) STX: Message ASCII STX (02h)
2nd-3rd bytes) Result code: ASCII ‘0”0’ (30h, 30h): ASCII ‘0”1’ (30h, 31h):
4th-5th bytes) OP code page: ASCII
) OP code page 02h -> OP code page = ASCII ‘0’ ‘2’ (30h 32h) 8
6th-7th bytes) OP code: ASCII
) OP code 1Ah -> OP code (Hi) = ASCII ‘1’ (31h) OP code (Lo) = ASCII ‘A’ (41h) 8
8th-9th bytes) Type: ASCII ‘0”0’ (30h, 30h): Set parameter ASCII ‘0”1’ (30h, 31h): Momentary “Auto Setup”.
10th-13th bytes) Max. value: (16bits) ASCII
) ‘0’, ‘1’, ‘2’, ‘3’ 0123h (291)
14th-17th bytes) Requested setting Value: (16bits) ASCII
) ‘0’, ‘1’, ‘2’, ‘3’ 0123h (291)
18th byte) ETX: Message ASCII ETX (03h)

17 / 60

5.5. Commands
“Command message” 5.5.1. Save Current Settings
5.5.1.1.

STX Command Code ETX

‘0’ ‘C’

“Save current settings””OC”(30h, 43h)
“Save Current setting” ASCII : 01h-30h-41h-30h-41h-30h-34h-02h-30h-43h-03h- CHK-0Dh
SOH-‘0’-‘A’-‘0’-‘A’-‘0’-‘4’-STX-‘0’-‘C’-ETX-CHK-CR
SOH-‘0’-‘0’-‘A’-‘B’-‘0’-‘6’-STX-‘0’-‘0’-‘0’-‘C’-ETX-CHK- CR

18 / 60

5.5.2. Get Timing Report and Timing reply
5.5.2.1.

STX Command Code ETX

‘0’ ‘7’

“Get Timing Report””07″(30h, 37h)

“Get Timing Report” ASCII : 01h-30h-41h-30h-41h-30h-34h-02h-30h-37h-03h-CHK- 0Dh
SOH-‘0’-‘A’-‘0’-‘A’-‘0’-‘4’-STX-‘0’-‘7’-ETX-CHK-CR

STX Command

SS

H Freq.

V Freq.

ETX

‘4’ ‘E’ Hi Lo MSB

LSB MSB

LSB

SS:

Bit 7 = 1 :

Bit 6 = 1 :

Bit 5-2

()

Bit 1

1:

0:

Bit 0

1:

0:

H Freq: (0.01kHz ) * V Freq: (0.01Hz )
) “H Freq” ‘1”2”A”9’ (31h, 32h, 41h, 39h)47.77kHz

19 / 60

5.5.3. NULL
5.5.3.1.

STX Command Code ETX

‘B’ ‘E’

“NULL message”

- The monitor receives an unsupported message type. Stop Proof of Play
  Start Proof of Play Proof of Play Stop Proof of Play Start Proof of Play
  Stop Proof of Play Proof of Play Start Proof of Play * “NULL Message”;
  01h-30h-30h-41h-42h-30h-34h-02h-42h-45h-03h-CHK-0Dh SOH-‘0’-‘0’-‘A’-‘B’-‘0’-‘4’-STX-‘B’-‘E’-ETX-CHK-CR

20 / 60

6. VCP

6.1. “Backlight”
6.1.1. Step 1. Backlight (Get current parameter)

Header

Message

Check code Delimiter

SOH-‘0’-Monitor ID

STX-‘0’-‘0’-‘1’-‘0’-ETX

BCC

CR

-‘0’-‘C’-‘0’-‘6’

Header

SOH (01h) : Header (Start of Header) ‘0’ (30h) : Reserved. Monitor ID: Monitor ID
) Monitor ID ‘1”A’ ‘0’ (30h) : Message ‘C’ (43h) : Message type “Get current parameter” ‘0’-‘6’ (30h, 36h): Message 6

Message

‘0’-‘0′(30h, 30h) : ‘0’

‘1’-‘0′(31h, 30h) : (OP code page 0 )10h

ETX (03h)

: End of Message

Check code

BCC: Block Check Code BCC 4.3 “Check code”

Delimiter

CR (0Dh):

21 / 60

6.1.2. Step 2. Backlight

Header

Message

Check code Delimiter

SOH-‘0’-‘0’-Monitor ID STX-‘0-‘0’-‘0-‘0’-‘1-‘0’-‘0-‘0’

BCC

CR

-‘D’-‘1’-‘2’

-‘0-‘0’-‘6-‘4’-‘0-‘0’-‘3-‘2’-ETX

Header
SOH (01h) : Header (Start of Header) ‘0’ (30h) : Reserved ‘0’ (30h) : Message Monitor ID: Monitor ID
) ‘A’, Monitor ID ‘1’ ‘D’ (44h) : Message Type “Get parameter reply” ‘1’-‘2’ (31h, 32h) : Message 18

Message

‘0’-‘0′(30h, 30h) :

‘0’-‘0′(30h, 30h) : ‘0’

‘1’-‘0′(31h, 30h) : (OP code page 0 )10h

‘0’-‘0′(30h, 30h) : This operation is “Set parameter” type.

‘0’-‘0’-‘6’-‘4′(30h, 30h, 36h, 34h)

: Backlight 100(0064h)

‘0’-‘0’-‘3’-‘2′(30h, 30h, 33h, 32h)

: Backlight 50(0032h)

ETX (03h)

: Message

Check code

BCC: Block Check Code BCC 4.3 “Check code”

Delimiter

CR (0Dh):

22 / 60

6.1.3. Step 3. Backlight

Header

Message

Check code Delimiter

SOH-‘0’-Monitor ID

STX-‘0’-‘0’-‘1’-‘0’

BCC

CR

-‘0’-‘E’-‘0’-‘A’

-‘0’-‘0’-‘5’-‘0’-ETX

Header
SOH (01h) : Header (Start of Header) ‘0’ (30h) : Reserved Monitor ID: Monitor ID
) Monitor ID ‘1”A’ ‘0’ (30h) : Message ‘E’ (45h) : Message Type “Set parameter command” ‘0’-‘A’ (30h, 41h) : Message 10

Message

‘0’-‘0′(30h, 30h) : ‘0’

‘1’-‘0′(31h, 30h) : (OP code page 0 )10h

‘0’-‘0’-‘5’-‘0′(30h, 30h, 35h, 30h)

: Backlight 80(0050h)

ETX (03h)

: Message

Check code
BCC: Block Check Code BCC 4.3 “Check code”

Delimiter CR (0Dh):

23 / 60

6.1.4. Step 4.

Header

Message

Check code Delimiter

SOH-‘0’-‘0’-Monitor ID STX-‘0’-‘0’-‘0’-‘0’-‘1’-‘0’–‘0’-‘0’

BCC

CR

-‘F’-‘1’-‘2’

-‘0’-‘0’-‘6’-‘4’-‘0’-‘0’-‘5’-‘0’-ETX

Header
SOH (01h) : Header (Start of Header) ‘0’ (30h) : Reserved ‘0’ (30h) : Message Monitor ID: Monitor ID
) ‘A’, Monitor ID ‘1’ ‘F’ (46h) : Message Type “Set parameter reply” ‘1’-‘2’ (31h, 32h) : Message 18

Message

‘0’-‘0′(30h, 30h) :

‘0’-‘0′(30h, 30h) : ‘0’

‘1’-‘0′(31h, 30h) : (OP code page 0 )10h

‘0’-‘0′(30h, 30h) : “Set parameter”

‘0’-‘0’-‘6’-‘4′(30h, 30h, 36h, 34h)

: Backlight 100(0064h)

‘0’-‘0’-‘5’-‘0′(30h, 30h, 35h, 30h)

: Backlight 80(0050h)

ETX (03h)

: Message

Check code

BCC: Block Check Code BCC 4.3 “Check code”

Delimiter

CR (0Dh):

Backlight Step 1 Step 2 ()

24 / 60

6.1.5. Step 5. Backlight (“Save current settings”)

Header

Message

Check code Delimiter

SOH-‘0’-Monitor ID

STX-‘0’-‘C’-ETX

BCC

CR

-‘0’-‘A’-‘0’-‘4’

Header
SOH (01h) : Header (Start of Header) ‘0’ (30h) : Reserved Monitor ID: Monitor ID
) Monitor ID ‘1”A’ ‘0’ (30h) : Message ‘A’ (41h) : Message Type “Command” ‘0’-‘4’ (30h, 34h) : Message 4

Message

‘0’-‘C'(30h, 43h) : Command 0Ch “Save current settings”

ETX (03h)

: Message

Check code
BCC: Block Check Code BCC 4.3 “Check code”

Delimiter CR (0Dh):

25 / 60

6.2.
External control
6.2.1. Step 1.

Header

Message

Check code Delimiter

SOH-‘0’-Monitor ID

STX-‘0’-‘2’-‘7’-‘8’

BCC

CR

-‘0’-‘E’-‘0’-‘A’

-‘0’-‘0’-‘0’-‘1’-ETX

Header

SOH (01h) : Header (Start of Header) ‘0’ (30h) : Reserved Monitor ID: Monitor ID
) Monitor ID ‘1”A’ ‘0’ (30h) : Message ‘E’ (45h) : Message Type “Set parameter command” ‘0’-‘A’ (30h, 41h) : Message 10

Message

‘0’-‘2′(30h, 32h) : ‘2’

‘7’-‘8′(37h, 38h) : (OP code page 2 )78h

‘0’-‘0’-‘0’-‘1′(30h, 30h, 30h, 31h)

: #1 (01h)

ETX (03h)

: Message

Check code

BCC: Block Check Code BCC 4.3 “Check code”

Delimiter

CR (0Dh):

26 / 60

6.2.2. Step 2.

Header

Message

Check code Delimiter

SOH-‘0’-‘0’-Monitor ID STX-‘0’-‘0’-‘0’-‘2’-‘7’-‘8’-‘0’-‘0’

BCC

CR

-‘F’-‘1’-‘2’

-‘0’-‘0’-‘0’-‘3’-‘0’-‘0’-‘0’-‘1’-ETX

Header
SOH (01h) : Header (Start of Header) ‘0’ (30h) : Reserved ‘0’ (30h) : Message Monitor ID: Monitor ID
) ‘A’, Monitor ID ‘1’ ‘F’ (46h) : Message Type “Set parameter reply” ‘1’-‘2’ (31h, 32h) : Message 18

Message

‘0’-‘0′(30h, 30h) :

‘0’-‘2′(30h, 32h) : ‘2’

‘7’-‘8′(37h, 38h) : (OP code page 2 )78h

‘0’-‘0′(30h, 30h) : “Set parameter”

‘0’-‘0’-‘0’-‘3′(30h, 30h, 30h, 33h)

: 3 (0003h).

‘0’-‘0’-‘0’-‘1′(30h, 30h, 30h, 31h)

: #1.

ETX (03h)

: Message

Check code

BCC: Block Check Code BCC 4.3 “Check code”

Delimiter

CR (0Dh):

27 / 60

6.2.3. Step 3.

Header

Message

Check code Delimiter

SOH-‘0’-Monitor ID

STX-‘0’-‘2’-‘7’-‘9’-ETX

BCC

CR

-‘0’-‘C’-‘0’-‘6’

Header
SOH (01h) : Header (Start of Header) ‘0’ (30h) : Reserved Monitor ID: Monitor ID
) Monitor ID ‘1”A’ ‘0’ (30h) : Message ‘C’ (43h) : Message Type “Get current parameter” ‘0’-‘6’ (30h, 36h) : Message 6

Message

‘0’-‘2′(30h, 32h) : ‘2’

‘7’-‘9′(37h, 39h) : (OP code page 2 )79h

ETX (03h)

: Message

Check code
BCC: Block Check Code BCC 4.3 “Check code”

Delimiter CR (0Dh):

28 / 60

6.2.4. Step 4.

Header

Message

Check code Delimiter

SOH-‘0’-‘0’-Monitor ID STX-‘0’-‘0’-‘0’-‘2’-‘7’-‘9’-‘0’-‘0’

BCC

CR

-‘D’-‘1’-‘2’

-‘F’-‘F’-‘F’-‘F’-‘0’-‘0’-‘3’-‘2’-ETX

Header
SOH (01h) : Header (Start of Header) ‘0’ (30h) : Reserved ‘0’ (30h) : Message Monitor ID: Monitor ID
) ‘A’, Monitor ID ‘1’ ‘D’ (44h) : Message Type “Get parameter reply” ‘1’-‘2’ (31h, 32h) : Message 18

Message

‘0’-‘0′(30h, 30h) : Result code. No error.

‘0’-‘2′(30h, 32h) : ‘2’

‘7’-‘9′(37h, 39h) : (OP code page 2 )79h

‘0’-‘0′(30h, 30h) : “Set parameter”

‘F’-‘F’-‘F’-‘F'(46h, 46h, 46h, 46h)

:

‘0’-‘0’-‘3’-‘2′(30h, 30h, 33h, 32h)

: 25

ETX (03h)

: Message

2

Temperature [Celsius]

Readout value

Binary

Hexadecimal

+125.0

| 0000 0000 1111 1010 00FAh

+ 25.0

| 0000 0000 0011 0010 0032h

+ 0.5

| 0000 0000 0000 0001 0001h

0

| 0000 0000 0000 0000 0000h

– 0.5

| 1111 1111 1111 1111 FFFFh

– 25.0

| 1111 1111 1100 1110 FFCEh

– 55.0

| 1111 1111 1001 0010 FF92h

Check code
BCC: Block Check Code BCC 4.3 “Check code”

Delimiter CR (0Dh):

29 / 60

7. CTL

System Command

CTL-0C. Save Current Settings

Function

Command

[ASC]SOH-‘0’-ID-‘0’-‘A’-‘0’-‘4’-STX “Data ” ETX BCC 0DH [HEX]01H 30H ID 30H 41H 30H 34H 02H (D01~02) 03H BCC 0DH

————————————————————————

D01~02

“0C”(30H 43H) : Save Current Settings

ACK

[DAT]SOH-‘0’-‘0’-ID-‘B’-‘0’-‘6’-STX “Data ” 03H BCC 0DH [HEX]01H 30H 30H ID 42H 30H 36H 02H (D01~04) 03H BCC 0DH

————————————————————————

D01~04

“000C”(30H 30H 30H 43H) : Save Current Settings

Note

30 / 60

CTL-07. Get Timing Report and Timing reply

Function

Command

[ASC]SOH-‘0’-ID-‘0’-‘A’-‘0’-‘4’-STX “Data ” ETX BCC 0DH [HEX]01H 30H ID 30H 41H 30H 34H 02H (D01~02) 03H BCC 0DH

————————————————————————

D01~02

“07”(30H 37H) : Get Timing Report command.

ACK

[DAT]SOH-‘0’-‘0’-ID-‘B’-‘0’-‘E’-STX “Data

” 03H BCC 0DH

[HEX]01H 30H 30H ID 42H 30H 45H 02H (D01~02 D03~04 D05~08 D09~12) 03H BCC 0DH

——————————————————————-

D01~02

“4E”(34H 45H) : Command

D03~04

SS

Bit 7 = 1:

Bit 6 = 1:

Bit 5-2 ()

Bit 1

1:

0:

Bit 0

1:

0:

D05~08

(0.01kHz )

D09~12

(0.01Hz )

) “H Freq” ‘1”2”A”9’ (31h, 32h, 41h, 39h)

47.77kHz

Note

31 / 60

Power control procedure

CTL-01D6. Power status read

Function

Command

[ASC]SOH-‘0’-ID-‘0’-‘A’-‘0’-‘6’-STX “Data ” ETX BCC 0DH [HEX]01H 30H ID 30H 41H 30H 36H 02H (D01~04) 03H BCC 0DH

————————————————————————

D01~04

“01D6″(30H,31H,44H,36H) : “Get power status”

ACK

[DAT]SOH-‘0’-‘0’-ID-‘B’-‘1’-‘2’-STX “Data

” ETX BCC 0DH

[HEX]01H 30H 30H ID 42H 31H 32H 02H (D01~02 D03~04 D05~06 D07~08 D09~12 D13~16) 03H BCC 0DH

————————————————————————

D01~02

Reserved data

“02”(30H,32H)

D03~04

“00”(30H,30H) :

“01”(30H,31H) :

D05~06

Power Status Read

“D6″(44H,36H) :

D07~08

Parameter type

“00”(30H,30H): Set parameter

D09~12

Max

“0004”(30H,30H,30H,34H) : Power status 4

D13~16

power status

“0001”(30H,30H,30H,31H) :

“0002”(30H,30H,30H,32H) :

“0003”(30H,30H,30H,33H) : Reserved

“0004”(30H,30H,30H,34H) :

Note

32 / 60

CTL-C203-D6. Power control

Function

Command

[ASC]SOH-‘0’-ID-‘0’-‘A’-‘0’-‘C’-STX “Data

” ETX BCC 0DH

[HEX]01H 30H ID 30H 41H 30H 43H 02H (D01~06) (D07~10) 03H BCC 0DH

————————————————————————

D01~06

“C203D6″(43H 32H 30H 33H 44H 36H) : “power control”

D07~10

Power mode

“0001”(30H 30H 30H 31H) :

“0002”(30H 30H 30H 32H) :

“0003”(30H 30H 30H 33H) :

“0004”(30H 30H 30H 34H) :

ACK

[DAT]SOH-‘0’-‘0’-ID-‘B’-‘0’-‘E’-STX “Data

” ETX BCC 0DH

[HEX]01H 30H 30H ID 42H 30H 45H 02H (D01~02) (D03~08) (D09~12) 03H BCC 0DH

————————————————————————

D01~02

“00”(30H 30H) :

D03~08

“C203D6″(43H 32H 30H 33H 44H 36H) : “power control reply”

D09~12

Power mode

“0001”(30H 30H 30H 31H) :

“0002”(30H 30H 30H 32H) : Do not set

“0003”(30H 30H 30H 33H) : Do not set

“0004”(30H 30H 30H 34H) :

Note

33 / 60

Date & Time read and write

CTL-C211. Date & Time Read

Function

Command

[ASC]SOH-‘0’-ID-‘0’-‘A’-‘0’-‘6’-STX “Data ” ETX BCC 0DH [HEX]01H 30H ID 30H 41H 30H 36H 02H (D01~04) 03H BCC 0DH

————————————————————————

D01~04

“C211″(43H 32H 31H 31H) : “Date & time read request”

ACK

[DAT]SOH-‘0’-‘0’-ID-‘B’-‘1’-‘4’-STX “Data ” ETX BCC 0DH [HEX]01H 30H 30H ID 42H 31H 34H 02H (D01~04) (D05~06) (D07~08) (D09~10) (D11~12) (D13~14) (D15~16) (D17~18) 03H BCC 0DH

————————————————————————

D01~04

“C311″(43H 33H 31H 31H) : “Date & Time read reply”

D05~06

(2000)

“00”(30H 30H) : 2000

“63”(36H 33H) : 2099(63H=99)

D07~08

“01”(30H 31H) : 1

“0C”(30H 43H) : 12

D09~10

“01”(30H 31H) : 1

“1F”(31H 46H) : 31

D11~12

“00”(30H 30H) :

“01”(30H 31H) :

“02”(30H 32H) :

“03”(30H 33H) :

“04”(30H 34H) :

“05”(30H 35H) :

“06”(30H 36H) :

D13~14

“00”(30H 30H) : 0

“17”(31H 37H) : 23

D15~16

“00”(30H 30H) : 0

“3B”(33H 42H) : 59

D17~18

Reserved

“00”(30H 30H)

Note

34 / 60

CTL-C212. Date & Time Write

Function

Command

[ASC]SOH-‘0’-ID-‘0’-‘A’-‘1’-‘4’-STX “Data ” ETX BCC 0DH [HEX]01H 30H ID 30H 41H 31H 34H 02H (D01~04) (D05~06) (D07~08) (D09~10) (D11~12) (D13~14) (D15~16) (D17~18) 03H BCC 0DH

————————————————————————

D01~04

“C212″(43H 32H 31H 32H) : “Date & Time write”

D05~06

(2000)

“00”(30H 30H) : 2000

“63”(36H 33H) : 2099(63H=99)

D07~08

“01”(30H 31H) : 1

“0C”(30H 43H) : 12

D09~10

“01”(30H 31H) : 1

“1F”(31H 46H) : 31

D11~12

“00”(30H 30H) :

“01”(30H 31H) :

“02”(30H 32H) :

“03”(30H 33H) :

“04”(30H 34H) :

“05”(30H 35H) :

“06”(30H 36H) :

D13~14

“00”(30H 30H) : 0

“17”(31H 37H) : 23

D15~16

“00”(30H 30H) : 0

“3B”(33H 42H) : 59

D17~18

Reserved

“00”(30H 30H)

ACK

[DAT]SOH-‘0’-‘0’-ID-‘B’-‘1’-‘6’-STX “Data ” ETX BCC 0DH [HEX]01H 30H 30H ID 42H 31H 36H 02H (D01~04) (D05~06) (D07~08) (D09~10) (D11~12) (D13~14) (D15~16) (D17~18) (D19~20) 03H BCC 0DH

————————————————————————

D01~04

“C312″(43H 33H 31H 32H) : “Date & Time write reply”

D05~06

“00”(30H 30H)[00H] :

“01”(30H 31H)[01H] :

D07~08

(2000)

“00”(30H 30H) : 2000

“63”(36H 33H) : 2099(63H=99)

D09~10

“01”(30H 31H) : 1

“0C”(30H 43H) : 12

D11~12

“01”(30H 31H) : 1

35 / 60

D13~14
D15~16 D17~18 D19~20 Note

“1F”(31H 46H) : 31
“00”(30H 30H) : Sunday “01”(30H 31H) : Monday “02”(30H 32H) : Tuesday “03”(30H 33H) : Wednesday “04”(30H 34H) : Thursday “05”(30H 35H) : Friday “06”(30H 36H) : Saturday “00”(30H 30H) : 0 “17”(31H 37H) : 23 “00”(30H 30H) : 0 “3B”(33H 42H) : 59 Reserved “00”(30H 30H)

36 / 60

CTL-C221. Schedule Read

Function Schedule Read

Command

[ASC]SOH-‘0’-ID-‘0’-‘A’-‘0’-‘8’-STX “Data

” ETX BCC 0DH

[HEX]01H 30H ID 30H 41H 30H 36H 02H (D01~04) (D05~06) 03H BCC 0DH

————————————————————————

D01~04

“C221″(43H 32H 32H 31H) : Schedule read request command

D05~06

Program No.

“00”(30H 30H) : Program No.1

“06”(30H 36H) : Program No.7

ACK

[DAT]SOH-‘0’-‘0’-ID-‘B’-‘2’-‘6’-STX “Data ” ETX BCC 0DH [HEX]01H 30H 30H ID 42H 32H 36H 02H (D01~04) (D05~06) (D07~08) (D09~10) (D11~12) (D13~14) (D15~16) (D17~18) (D19~20) (D21~22) (D23~24) (D25~26) (D27~28) (D29~30) (D31~32) (D33~34) (D35~36) 03H BCC 0DH

————————————————————————

D01~04

“C313″(43H 33H 31H 33H) : Schedule read reply command

D05~06

Program No.

“00”(30H 30H) : Program No.1

“06”(30H 36H) : Program No.7

D07~08

Turn on time (hour)

“00”(30H 30H) : 0

“17”(31H 37H) : 23

D09~10

Turn on time (minute)

“00”(30H 30H) : 0

“3B”(33H 42H) : 59

D11~12

Turn off time (hour)

“00”(30H 30H) : 0

“17”(31H 37H) : 23

D13~14

Turn off time (minute)

“00”(30H 30H) : 0

“3B”(33H 42H) : 59

D15~16

Timer input

“00”(30H 30H) : No mean (works on last memory)

D17~18

Week setting(1)

bit 0 : Sunday

bit 1 : Monday

bit 2 : Tuesday

bit 3 : Wednesday

bit 4 : Thursday

bit 5 : Friday

bit 6 : Saturday

D19~20

Option(2)

bit 0 : 0=once/1=Everyday

bit 1 : 0=once/1=Every week

bit 2 : 0=Disable/1=Enable

D21~22

Picture mode

“00”(30H 30H) : No mean (works on last memory)

“01”(30H 31H) : sRGB

“02”(30H 32H) :

“03”(30H 33H) : Hi-Bright

“04”(30H 34H) : Standard

37 / 60

D23~24 D25~26 D27~28 D29~30 D31~32 D33~34 D35~36

“05”(30H 35H) : Cinema “06”(30H 36H) : ISF-Day “07”(30H 37H) : ISF-Night “08”(30H 38H) : CUSTOM1 “09”(30H 39H) : CUSTOM2 “0A”(30H 41H) : “0B”(30H 42H) : Ambient-1 “0C”(30H 43H) : Ambient-2 “0D”(30H 44H) : SVE-1 “0E”(30H 45H) : SVE-2 “0F”(30H 46H) : SVE-3 “10”(31H 30H) : SVE-4 “11”(31H 31H) : SVE-5 Extension1 “00”(30H 30H) Extension2 “00”(30H 30H) Extension3 “00”(30H 30H) Extension4 “00”(30H 30H) Extension5 “00”(30H 30H) Extension6 “00”(30H 30H) Extension7 “00”(30H 30H)

Note
(1) 30H 31H(“01”) : 30H 32H(“02”) : 30H 33H(“03”) : 30H 34H(“04”) : 30H 35H(“05”) : 30H 36H(“06”) : 30H 37H(“07”) : 30H 38H(“08”) : 30H 39H(“09”) : 30H 41H(“0A”) : 30H 42H(“0B”) : 30H 43H(“0C”) : 30H 44H(“0D”) : 30H 45H(“0E”) : 30H 46H(“0F”) : 31H 30H(“10”) : 31H 31H(“11”) : 31H 32H(“12”) : 31H 33H(“13”) : 31H 34H(“14”) : 31H 35H(“15”) : 31H 36H(“16”) : 31H 37H(“17”) : 31H 38H(“18”) : 31H 39H(“19”) : 31H 39H(“1A”) : 31H 39H(“1B”) : 31H 39H(“1C”) : 31H 39H(“1D”) : 31H 39H(“1E”) : 31H 39H(“1F”) : 32H 30H(“20”) : 32H 31H(“21”) : 32H 32H(“22”) : 32H 33H(“23”) : 32H 34H(“24”) : 32H 35H(“25”) : 32H 36H(“26”) : 32H 37H(“27”) : 32H 38H(“28”) : 32H 39H(“29”) : 32H 39H(“2A”) : 32H 39H(“2B”) : 32H 39H(“2C”) : 32H 39H(“2D”) : 32H 39H(“2E”) : 32H 39H(“2F”) : 33H 30H(“30”) : 33H 31H(“31”) :

38 / 60

33H 32H(“32”) : 33H 33H(“33”) : 33H 34H(“34”) : 33H 35H(“35”) : 33H 36H(“36”) : 33H 37H(“37”) : 33H 38H(“38”) : 33H 39H(“39”) : 33H 39H(“3A”) : 33H 39H(“3B”) : 33H 39H(“3C”) : 33H 39H(“3D”) : 33H 39H(“3E”) : 33H 39H(“3F”) : 34H 30H(“40”) : 34H 31H(“41”) : 34H 32H(“42”) : 34H 33H(“43”) : 34H 34H(“44”) : 34H 35H(“45”) : 34H 36H(“46”) : 34H 37H(“47”) : 34H 38H(“48”) : 34H 39H(“49”) : 34H 39H(“4A”) : 34H 39H(“4B”) : 34H 39H(“4C”) : 34H 39H(“4D”) : 34H 39H(“4E”) : 34H 39H(“4F”) : 35H 30H(“50”) : 35H 31H(“51”) : 35H 32H(“52”) : 35H 33H(“53”) : 35H 34H(“54”) : 35H 35H(“55”) : 35H 36H(“56”) : 35H 37H(“57”) : 35H 38H(“58”) : 35H 39H(“59”) : 35H 39H(“5A”) : 35H 39H(“5B”) : 35H 39H(“5C”) : 35H 39H(“5D”) : 35H 39H(“5E”) : 35H 39H(“5F”) : 36H 30H(“60”) : 36H 31H(“61”) : 36H 32H(“62”) : 36H 33H(“63”) : 36H 34H(“64”) : 36H 35H(“65”) : 36H 36H(“66”) : 36H 37H(“67”) : 36H 38H(“68”) : 36H 39H(“69”) : 36H 39H(“6A”) : 36H 39H(“6B”) : 36H 39H(“6C”) : 36H 39H(“6D”) : 36H 39H(“6E”) : 36H 39H(“6F”) : 37H 30H(“70”) : 37H 31H(“71”) : 37H 32H(“72”) : 37H 33H(“73”) : 37H 34H(“74”) : 37H 35H(“75”) : 37H 36H(“76”) : 37H 37H(“77”) : 37H 38H(“78”) : 37H 39H(“79”) : 37H 39H(“7A”) : 37H 39H(“7B”) : 37H 39H(“7C”) : 37H 39H(“7D”) :

39 / 60

37H 39H(“7E”) : 37H 39H(“7F”) : (2) 30H 31H(“01”) : 1 30H 32H(“02”) : 1 30H 33H(“03”) : 30H 34H(“04”) : 11 30H 35H(“05”) : 1 30H 36H(“06”) : 1 30H 37H(“07”) :
40 / 60

CTL-C222. Schedule Write

Function Schedule Write

Command

[ASC]SOH-‘0’-ID-‘0’-‘A’-‘1’-‘6’-STX “Data ” ETX BCC 0DH [HEX]01H 30H ID 30H 41H 31H 36H 02H (D01~04) (D05~06) (D07~08) (D09~10) (D11~12) (D13~14) (D15~16) (D17~18) (D19~20) (D21~22) (D23~24) (D25~26) (D27~28) (D29~30) (D31~32) (D33~34) (D35~36) 03H BCC 0DH

————————————————————————

D01~04

“C214″(43H 32H 31H 34H) : Schedule writes command

D05~06

Program No.

“00”(30H 30H) : Program No.1

“06”(30H 36H) : Program No.7

D07~08

Turn on time (hour)

“00”(30H 30H) : 0

“17”(31H 37H) : 23

D09~10

Turn on time (minute)

“00”(30H 30H) : 0

“3B”(33H 42H) : 59

D11~12

Turn off time (hour)

“00”(30H 30H) : 0

“17”(31H 37H) : 23

D13~14

Turn off time (minute)

“00”(30H 30H) : 0

“3B”(33H 42H) : 59

D15~16

Timer input

“00”(30H 30H) : No mean (works on last memory)

D17~18

Week setting(1)

bit 0 : Sunday

bit 1 : Monday

bit 2 : Tuesday

bit 3 : Wednesday

bit 4 : Thursday

bit 5 : Friday

bit 6 : Saturday

D19~20

Option(2)

bit 0 : 0=once/1=Everyday

bit 1 : 0=once/1=Every week

bit 2 : 0=Disable/1=Enable

D21~22

Picture mode

“00”(30H 30H) : No mean (works on last memory)

“01”(30H 31H) : sRGB

“02”(30H 32H) :

“03”(30H 33H) : Hi-Bright

“04”(30H 34H) : Standard

“05”(30H 35H) : Cinema

“06”(30H 36H) : ISF-Day

“07”(30H 37H) : ISF-Night

“08”(30H 38H) : CUSTOM1

“09”(30H 39H) : CUSTOM2

“0A”(30H 41H) :

“0B”(30H 42H) : Ambient-1

“0C”(30H 43H) : Ambient-2

“0D”(30H 44H) : SVE-1

“0E”(30H 45H) : SVE-2

“0F”(30H 46H) : SVE-3

“10”(31H 30H) : SVE-4

“11”(31H 31H) : SVE-5

D23~24

Extension1 “00”(30H 30H)

D25~26

Extension2 “00”(30H 30H)

D27~28

Extension3 “00”(30H 30H)

41 / 60

D29~30 D31~32 D33~34 D35~36

Extension4 Extension5 Extension6 Extension7

“00”(30H 30H) “00”(30H 30H) “00”(30H 30H) “00”(30H 30H)

ACK

[DAT]SOH-‘0’-‘0’-ID-‘B’-‘1’-‘8’-STX “Data ” ETX BCC 0DH [HEX]01H 30H 30H ID 42H 31H 38H 02H (D01~04) (D05~06) (D07~08) (D09~10) (D11~12) (D13~14) (D15~16) (D17~18) (D19~20) (D21~22) (D23~24) (D25~26) (D27~28) (D29~30) (D31~32) (D33~34) (D35~36) (D37~38) 03H BCC 0DH

————————————————————————

D01~04

“C314″(43H 33H 31H 34H) : Schedule writes reply command

D05~06

“00”(30H 30H) :

“01”(30H 31H) :

D07~08

Program No.

“00”(30H 30H) : Program No.1

“06”(30H 36H) : Program No.7

D09~10

Turn on time (hour)

“00”(30H 30H) : 0

“17”(31H 37H) : 23

“18”(31H 38H) : ON

D11~12

Turn on time (minute)

“00”(30H 30H) : 0

“3B”(33H 42H) : 59

“3C”(33H 43H) : ON

D13~14

Turn off time (hour)

“00”(30H 30H) : 0

“17”(31H 37H) : 23

“18”(31H 38H) : OFF

D15~16

Turn off time (minute)

“00”(30H 30H) : 0

“3B”(33H 42H) : 59

“3C”(33H 43H) : OFF

D17~18

Timer input

“00”(30H 30H) : No mean (works on last memory)

“01”(30H 31H) : VGA

“02”(30H 32H) : RGB/HV

“03”(30H 33H) : DVI

“04”(30H 34H) :

“05”(30H 35H) : Video1

“06”(30H 36H) : Video2

“07”(30H 37H) : S-Video

“08”(30H 38H) :

“09”(30H 39H) :

“0A”(30H 41H) : TV

“0B”(30H 42H) :

“0C”(30H 43H) : DVD/HD1

“0D”(30H 44H) : Option

“0E”(30H 45H) : DVD/HD2

“0F”(30H 46H) : DisplayPort

“10”(31H 30H) : DisplayPort2

“11”(31H 31H) : HDMI

“12”(31H 32H) : HDMI2

“80”(38H 30H) : DisplayPort3

“82”(38H 32H) : HDMI3

“83”(38H 33H) : HDMI4

“84”(38H 34H) : PRESET1

“85”(38H 34H) : PRESET2

“86”(38H 34H) : PRESET3

“87”(38H 37H) : MP

“88”(38H 38H) : COMPUTE MODULE

D19~20

Week setting(1)

bit 0 : Sunday

bit 1 : Monday

bit 2 : Tuesday

bit 3 : Wednesday

bit 4 : Thursday

42 / 60

D21~22 D23~24
D25~26 D27~28 D29~30 D31~32 D33~34 D35~36 D37~38 Note

bit 5 : Friday bit 6 : Saturday Option(2) bit 0 : 0=once/1=Everyday bit 1 : 0=once/1=Every week bit 2 : 0=Disable/1=Enable Picture mode “00”(30H 30H) : No mean (works on last memory) “01”(30H 31H) : sRGB “02”(30H 32H) : “03”(30H 33H) : Hi-Bright “04”(30H 34H) : Standard “05”(30H 35H) : Cinema “06”(30H 36H) : ISF-Day “07”(30H 37H) : ISF-Night “08”(30H 38H) : CUSTOM1 “09”(30H 39H) : CUSTOM2 “0A”(30H 41H) : “0B”(30H 42H) : Ambient-1 “0C”(30H 43H) : Ambient-2 “0D”(30H 44H) : SVE-1 “0E”(30H 45H) : SVE-2 “0F”(30H 46H) : SVE-3 “10”(31H 30H) : SVE-4 “11”(31H 31H) : SVE-5 Extension1 “00”(30H 30H) Extension2 “00”(30H 30H) Extension3 “00”(30H 30H) Extension4 “00”(30H 30H) Extension5 “00”(30H 30H) Extension6 “00”(30H 30H) Extension7 “00”(30H 30H)

43 / 60

Serial No. & Model Name Read

CTL-C216. Serial No. Read

Function

No.

Command

[ASC]SOH-‘0’-ID-‘0’-‘A’-‘0’-‘6’-STX “Data ” ETX BCC 0DH [HEX]01H 30H ID 30H 41H 30H 36H 02H (D01~04) 03H BCC 0DH

————————————————————————

D01~04

“C216″(43H 32H 31H 36H) : “Serial No.”

ACK

[DAT]SOH-‘0’-‘0’-ID-‘B’- N – N -STX “Data

” ETX BCC 0DH

[HEX]01H 30H 30H ID 42H LEN LEN 02H (D01~04) (D05~XX) 03H BCC 0DH

————————————————————————

D01~04

“C316″(43H 33H 31H 36H) : “Serial No. reply”

D05~XX

No.

) 20h ASCII ‘2”0’ (32h and 30h)

No.33h 31h 33h 32h 33h 33h 33h 34h

1: No.

33h 31h 33h 32h 33h 33h 33h 34h

‘3’,’1′,’3′,’2′,’3′,’3′,’3′,’4′

2: 2 1

‘3’,’1′,’3′,’2′,’3′,’3′,’3′,’4′

31h , 32h , 33h , 34h

3:

31h 32h 33h 34h

“1234”

No “1234”

Note

44 / 60

CTL-C217. Model Name Read

Function

Command

[ASC]SOH-‘0’-ID-‘0’-‘A’-‘0’-‘6’-STX “Data ” ETX BCC 0DH [HEX]01H 30H ID 30H 41H 30H 36H 02H (D01~04) 03H BCC 0DH

————————————————————————

D01~04

“C217″(43H 32H 31H 37H) : “Model Name”

ACK

[DAT]SOH-‘0’-‘0’-ID-‘B’- N – N -STX “Data

” ETX BCC 0DH

[HEX]01H 30H 30H ID 42H LEN LEN 02H (D01~04) (D05~XX) 03H BCC 0DH

————————————————————————

D01~04

“C317″(43H 33H 31H 37H) : “Model Name reply”

D05~XX

Model name(XX Max=36)

) 20h ASCII ‘2”0’ (32h and 30h)

35h 30h 33h 34h 33h 30h 33h 33h

1:

35h 30h 33h 34h 33h 30h 33h 33h

‘5’,’0′,’3′,’4′,’3′,’0′,’3′,’3′

2: 2 1

‘5’,’0′,’3′,’4′,’3′,’0′,’3′,’3′

50h , 34h , 30h , 33h

3:

50h 34h 30h 33h

“P403”

Note

45 / 60

MAC Address Read Request & Reply

CTL-C220. MAC Address Read Request

Function

MAC

Command

[ASC]SOH-‘0’-ID-‘0’-‘A’-‘0’-‘8’-STX “Data

” ETX BCC 0DH

[HEX]01H 30H ID 30H 41H 31H 30H 02H (D01~04) (D05~06) 03H BCC 0DH

————————————————————————

D01~04

“C220″(43H 32H 32H 40H) : “MAC Address Read Request”

D05~06

Select device

“00”(30H 30H) :

ACK

[DAT]SOH-‘0’-‘0’-ID-‘B’- N – N -STX “Data

” ETX BCC 0DH

[HEX]01H 30H 30H ID 42H LEN LEN 02H (D01~04) (D05~06) (D07~XX) 03H BCC 0DH

————————————————————————

D01~04

“C320″(43H 33H 32H 30H) : “MAC Address Read Request reply”

D05~06

Select device

“00”(30H 30H) :

D07~XX

MAC Address(XX Max=12)

Note

46 / 60

Remote Control Data Code sending format via RS-232C

CTL-C210. Remote Control Data Code sending format via RS-232C

Function

Command

[ASC]SOH-‘0’-ID-‘0’-‘A’-‘0’-‘C’-STX “Data

” ETX BCC 0DH

[HEX]01H 30H ID 30H 41H 30H 43H 02H (D01~04) (D05~06) (D07~08) (D09~10) 03H BCC 0DH

————————————————————————

D01~04

“C210″(43H 32H 31H 30H) : “Remote Control Data Code”

D05~06

remote control data code upper byte(High)

“00”(30H 30H)

D07~08

remote control data code upper byte(Low)

“1D”(31H 44H) : PICTURE

“29”(32H 39H) : ASPECT

“43”(34H 33H) : SOUND

“08”(30H 38H) : 1

“09”(30H 39H) : 2

“0A”(30H 41H) : 3

“0B”(30H 42H) : 4

“0C”(30H 43H) : 5

“0D”(30H 44H) : 6

“0E”(30H 45H) : 7

“0F”(30H 46H) : 8

“10”(31H 30H) : 9

“44”(34H 34H) : DASH

“12”(31H 32H) : 0

“19”(31H 39H) : INFO

“20”(32H 30H) : MENU

“1F”(31H 46H) : EXIT

“15”(31H 35H) : UP

“14”(31H 34H) : DOWN

“21”(32H 31H) : LEFT

“22”(32H 32H) : RIGHT

“23”(32H 33H) : OK

“17”(31H 37H) : VOL +

“16”(31H 36H) : VOL –

“33”(33H 33H) : CH +

“32”(33H 32H) : CH –

“1B”(31H 42H) : MUTE

“27”(32H 37H) : FREEZE

“2C”(32H 43H) : CC

“1A”(31H 41H) : MTS

“57”(35H 37H) :

D09~10

repeat times(HL)

ACK

[DAT]SOH-‘0’-‘0’-ID-‘B’-‘0’-‘A’-STX “Data

” ETX BCC 0DH

[HEX]01H 30H 30H ID 42H 30H 38H 02H (D01~04) (D05~06) (D07~08) 03H BCC 0DH

————————————————————————

D01~04

“C310″(43H 33H 31H 30H) : “Remote Control Data Code reply”

D05~06

remote control data code upper byte(High)

47 / 60

D07~08 Note

“00”(30H 30H) remote control data code upper byte(Low)

48 / 60

Firmware Version Command

CTL-CA02. Firmware Version Read Request

Function

Command

[ASC]SOH-‘0’-ID-‘0’-‘A’-‘0’-‘8’-STX “Data

” ETX BCC 0DH

[HEX]01H 30H ID 30H 41H 30H 38H 02H (D01~04) (D05~06) 03H BCC 0DH

————————————————————————

D01~04

“CA02″(43H 41H 30H 32H) : “Firmware Version Read”

D05~06

“00”(30H 30H) :

ACK

[DAT]SOH-‘0’-‘0’-ID-‘B’-‘1’-‘2’-STX “Data

” ETX BCC 0DH

[HEX]01H 30H 30H ID 42H 31H 32H 02H (D01~04) (D05~06) (D07~08) (D09~16) 03H BCC 0DH

————————————————————————

D01~04

“CB02″(43H 42H 30H 31H) : “Firmware Version Read reply”

D05~06

“00”(30H 30H) :

“01”(30H 31H) :

D07~08

“00”(30H 30H) : ()

D09~16

Firmware Version String

D09

: R

D10

:

“0”(30H) “9”(39H)

D11

:

2EH ()

D12

: 1

“0”(30H) “9”(39H)

D13

: 2

“0”(30H) “9”(39H)

D14

: 3

“0”(30H) “9”(39H)

D15

: 1

“A”(41H) “Z”(5AH)

D16

: 2

“A”(41H) “Z”(5AH)

Note ASCII

49 / 60

CTL-CA04-03. Input Name of Designated Terminal Read Request

Function

Command

[ASC]SOH-‘0’-ID-‘0’-‘A’-‘0’-‘A’-STX “Data

” ETX BCC 0DH

[HEX]01H 30H ID 30H 41H 30H 41H 02H (D01~04) (D05~06) (D07~08) 03H BCC 0DH

————————————————————————

D01~04

“CA04″(43H 41H 30H 34H) : “Input Name”

D05~06

“03”(30H 33H) : Designated Terminal Read

D07~08

Input Terminal

“00”(30H 30H) : No mean

“01”(30H 31H) : VGA(RGB)

“05”(30H 35H) : AV

“0C”(30H 43H) : VGA(YPbPr)

“11”(31H 31H) : HDMI1

“12”(31H 32H) : HDMI2

“82”(38H 32H) : HDMI3

“87”(38H 37H) : MP(Media player)

ACK

[DAT]SOH-‘0’-‘0’-ID-‘B’- N – N -STX “Data

” ETX BCC 0DH

[HEX]01H 30H 30H ID 42H LEN LEN 02H (D01~04) (D05~06) (D07~08) (D09~10) (D11~XX) 03H BCC 0DH

————————————————————————

D01~04

“CB04″(43H 42H 30H 34H) : “Input Name reply”

D05~06

“03”(30H 33H) : Designated Terminal Read

D07~08

“00”(30H 30H) :

“01”(30H 31H) :

D09~10

Input Terminal

D11~XX

Input Name

XX = Max 39

Input Name 14

Note

50 / 60

CTL-CA04-04. Input Name of Designated Terminal Write Request

Function

Command

[ASC]SOH-‘0’-ID-‘0’-‘A’- N – N -STX “Data

” ETX BCC 0DH

[HEX]01H 30H ID 30H 41H LEN LEN 02H (D01~04) (D05~06) (D07~08) (D09~XX) 03H BCC 0DH

————————————————————————

D01~04

“CA04″(43H 41H 30H 34H) : “Input Name”

D05~06

“04”(30H 34H) : Designated Terminal Write

D07~08

Input Terminal

“00”(30H 30H) : No mean

“01”(30H 31H) : VGA(RGB)

“05”(30H 35H) : AV

“0C”(30H 43H) : VGA(YPbPr)

“11”(31H 31H) : HDMI1

“12”(31H 32H) : HDMI2

“82”(38H 32H) : HDMI3

“87”(38H 37H) : MP(Media player)

D09~XX

Input Name

XX = Max 37

Input Name 14

ACK

[DAT]SOH-‘0’-‘0’-ID-‘B’-‘0’-‘A’-STX “Data

” ETX BCC 0DH

[HEX]01H 30H 30H ID 42H 30H 41H 02H (D01~04) (D05~06) (D07~08) 03H BCC 0DH

————————————————————————

D01~04

“CB04″(43H 42H 30H 34H) : “Input Name reply”

D05~06

“04”(30H 34H) : Designated Terminal Write

D07~08

“00”(30H 30H) :

“01”(30H 31H) :

Note

51 / 60

CTL-CA04-05. Input Name of Designated Terminal Reset Request

Function

Command

[ASC]SOH-‘0’-ID-‘0’-‘A’-‘0’-‘A’-STX “Data

” ETX BCC 0DH

[HEX]01H 30H ID 30H 41H 30H 41H 02H (D01~04) (D05~06) (D07~08) 03H BCC 0DH

————————————————————————

D01~04

“CA04″(43H 41H 30H 34H) : “Input Name”

D05~06

“05”(30H 35H) : Designated Terminal Reset

D07~08

Input Terminal

“00”(30H 30H) : ALL Terminal

“00”(30H 30H) : No mean

“01”(30H 31H) : VGA(RGB)

“05”(30H 35H) : AV

“0C”(30H 43H) : VGA(YPbPr)

“11”(31H 31H) : HDMI1

“12”(31H 32H) : HDMI2

“82”(38H 32H) : HDMI3

“87”(38H 37H) : MP(Media player)

ACK

[DAT]SOH-‘0’-‘0’-ID-‘B’-‘0’-‘A’-STX “Data

” ETX BCC 0DH

[HEX]01H 30H 30H ID 42H 30H 41H 02H (D01~04) (D05~06) (D07~08) 03H BCC 0DH

————————————————————————

D01~04

“CB04″(43H 42H 30H 34H) : “Input Name reply”

D05~06

“05”(30H 35H) : Designated Terminal Reset

D07~08

“00”(30H 30H) :

“01”(30H 31H) :

Note

52 / 60

8. OSD

OSD OSD “”
VCP
VCP – “OP code page” – “OP code”
() VCP-00-60 OP code page: 00 OP code: 60

OSD

Command VCP-02-1A VCP-02-70
VCP-02-E3
VCP-11-4E

VCP-00-0C VCP-00-14

(R) VCP-00-16

(G) VCP-00-18

(B) VCP-00-1A

VCP-02-20 VCP-02-26

53 / 60

Parameter
0001H : 0002H : 0004H : 0007H : 1:1
0001H : 0002H : 0003H :
0001H : 0002H : 0003H :
VCP-00-0C 0023H : 003FH : 005AH :
VCP-00-14 0002H : 000BH :
0000H – 00FFH ( ) – ( )
0000H – 00FFH ( ) – ( )
0000H – 00FFH ( ) – ( )
VCP-02-20 0000H : 0001H :

VCP-02-8D

HDR

VCP-02-68
VCP-10-C8 VCP-11-EC VCP-11-E5 VCP-00-10 VCP-00-12 VCP-00-92

VCP-00-87 VCP-00-8C
VCP-00-8A VCP-02-1F

54 / 60

0002H : 0003H :
VCP-02-26 0000H : 0001H : 0002H : 0003H :
0001H : 0002H : 0003H : 0004H :
0001H : 0004H : 2.2 0008H : 2.4 0010H : HDR-Hybrid Log 0011H : HDR-ST2084(PQ)
0001H : 0002H :
0001H : 0002H : 0003H :
0004H : 0005H : 0006H :
0000H – 0064H ( ) – ( )
0000H – 0064H ( ) – ( )
0000H – 0064H ( ) – ( )
VCP-00-87 0000H – 0064H ( Dull ) – ( Sharp )
VCP-00-8C 0000H – 0064H ( Dull ) – ( Sharp )
VCP-00-8A 0000H – 0064H ( ) – ( )
VCP-02-1F

VCP-00-90 VCP-02-CB

120Hz 500Hz 1.5kHz 5kHz 10kHz

VCP-10-B2
N/A N/A N/A N/A N/A VCP-00-93 VCP-02-34
VCP-11-BA
N/A
VCP-02-2E
VCP-10-CB VCP-02-31 VCP-02-CB

55 / 60

0000H – 0064H ( ) – ( )
0000H – 0064H ( ) – ( )
0001H : All(=Factory Reset) 0002H : Picture 0003H : Adjust 0004H : Audio 0010H : Network
0001H : 0002H : 0003H : 0005H :
—
—
—
—
—
0000H – 0064H ( ) – ( )
0001H : 0002H :
0000H : No mean 0001H : 0002H : 0003H :
—
0001H : Audio1 (Audio In) 0002H : Audio2 (AV) 0004H : HDMI1 000AH : HDMI2 000BH : HDMI3 000DH : MP
0000H – 0064H ( ) – ( )
VCP-02-31 0001H : Reset
VCP-02-CB 0001H : All(=Factory Reset)

OSD OSD

Caption Display
Closed Caption(*1)
Analog Captions

VCP-00-68
VCP-02-B8 VCP-02-3D
VCP-10-84
VCP-10-84 N/A N/A VCP-11-EA

0002H : Picture 0003H : Adjust 0004H : Audio 0010H : Network
0001H : 0002H : Deutsch 0003H : Français 0004H : Español 0005H : 0006H : Italiano 0009H : 000EH : 000FH : Cestina
0001H : 0002H : 30% 0003H : 50% 0004H : 70%
0000H : 0005H :
0000H : No mean 0001H : 0002H : CC1 0003H : CC2 0004H : CC3 0005H : CC4 0006H : Text1 0007H : Text2 0008H : Text3 0009H : Text4
0000H : No mean 0001H : 0002H : CC1 0003H : CC2 0004H : CC3 0005H : CC4 0006H : Text1 0007H : Text2 0008H : Text3 0009H : Text4
—
—
0001H : 0002H :

56 / 60

1
2

N/A VCP-02-40 VCP-10-2E
VCP-10-2F

3

VCP-10-30

HDMI

CEC

VCP-11-76

VCP-11-77

CEC

VCP-11-78

VCP-11-79

EDID

VCP-10-AA

VCP-10-40

VGA

HPD
VGA

57 / 60

N/A VCP-10-8E VCP-00-1E VCP-00-20

—
0000H : First 0002H : 0004H : Custom
0001H : VGA 0005H : Video1(AV) 000CH : DVD/HD1(VGA(YPbPr)) 0011H : HDMI1 0012H : HDMI2 0082H : HDMI3
0001H : VGA 0005H : Video1(AV) 000CH : DVD/HD1(VGA(YPbPr)) 0011H : HDMI1 0012H : HDMI2 0082H : HDMI3
0001H : VGA 0005H : Video1(AV) 000CH : DVD/HD1(VGA(YPbPr)) 0011H : HDMI1 0012H : HDMI2 0082H : HDMI3
0001H : 0002H :
0001H : 0002H :
0001H : 0002H :
0001H : 0002H :
0001H : 0 0002H : 1 0003H : 2
0001H : 0002H : 0003H :
—
0001H : RGB 0002H : YPbPr
0001H : Execute
0000H – 0064H

VCP-00-30 VCP-00-0E VCP-00-3E VCP-02-50
VCP-02-51

VGA VCP-02-CB

CTL-CA04-03 CTL-CA04-04 CTL-CA04-05
VCP-00-FB

IR

VCP-02-3F

LED

VCP-11-75 VCP-02-BE VCP-11-E9

VCP-02-D7

VCP-11-ED
VCP-10-8A N/A CTL-C217

( ) – ( )
0000H – 0064H ( ) – ( )
0000H – 0064H
0000H – 0064H
0000H – FFFFH ( ) – ( )
0000H – FFFFH ( ) – ( )
0001H : All(=Factory Reset) 0002H : Picture 0003H : Adjust 0004H : Audio 0010H : Network
7
0000H : 0001H : 2 0002H : 1
0001H : 0004H : 2 0005H : 1
0001H : 0003H :
0001H : 0002H :
0001H : 0002H : 0003H : &
0001H : 0004H :
0000H : No mean 0001H : 0002H :
0001H : 0002H :
—
7

58 / 60

CTL-CA02 CTL-C216 VCP-02-78 VCP-02-79
VCP-02-CB

ID

DHCP IP: : : DNS : DNS : MAC:

VCP-10-3E
N/A N/A N/A N/A N/A N/A N/A N/A VCP-02-3E

VCP-02-CB

Media Player Input Source

USB

HDMI1

HDMI2

HDMI3

VGA(RGB)

N/A N/A N/A N/A N/A N/A N/A VCP-00-60
59 / 60

0001H : All(=Factory Reset) 0002H : Picture 0003H : Adjust 0004H : Audio 0010H : Network
0001H : RS-232C 0002H : LAN
—
—
—
—
—
—
—
—
0001H – 0064H
0001H : All(=Factory Reset) 0002H : Picture 0003H : Adjust 0004H : Audio 0010H : Network
—
—
—
—
—
—
—
0000H : No mean 0001H : VGA(RGB) 0005H : Video1(AV) 000CH : DVD/HD1 (VGA(YPbPr)) 0011H : HDMI1 0012H : HDMI2