I6 Receiver

i6 Receiving Card Features • Tiny size: 68*36mm, DDR2 SODIMM interface, easy for maintenance • Support 32 groups of RGB signal output • Loading capacity: 256*256 pixels • Low latency • Supports Auto-Calibration • Seam compensation • Support 3D display • Improved grayscale performance at low...

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i6 Receiving Card

i6正面-160926-V6.0.jpg

Features

• Tiny size: 68*36mm, DDR2 SODIMM interface, easy for maintenance

• Support 32 groups of RGB signal output

• Loading capacity: 256*256 pixels

• Low latency

• Supports Auto-Calibration

• Seam compensation

• Support 3D display

• Improved grayscale performance at low brightness

• Smart panel marking good for maintenance

• Auto-recognizes sequence of connected receiver cards

• High-precision point-by-point calibration in the Brightness and the chromaticity

• Supports smart module to save calibration coefficients and other information on module

• Temperature, humidity, power supply voltage monitoring on cabinet and fan rotating control

• Cable Detection

• LED error detection

• Supports receiver card backup and power supply backup

• Various freeform display designs like spherical display, creative display, etc.

Specifications


Control system parameters

Sending device

All of Colorlight's    sending devices

Capacity

Full-color: 256*256 Pixels

Cascade Control Area of the Largest    Region

65536*65536 Pixels

Network Port Exchange

Supported, arbitrary use

Gray Level

Maximum 65536 Levels

Display module compatibility

Chip Supports

Supports conventional chips, PWM    chips, lighting chips and other mainstream chips.

Scan Mode

Two scanning methods to support refresh    rate multiplier

Scan Type

Supports static sweep to 1/32 scan

Module Specifications Support

Supports 4096 pixels within any row,    any column

Cable Direction

Supports route from left to right,    from right to left, from top to bottom, from bottom to top.

Data Sets

32 RGB data sets

Data Folded

Supports 1~8 any discount to improve    refresh rate.

Data Exchange

32 sets of data any exchange

Module Snapshot

Supports any pumping point


Compatible device and interface type

Communication Distance

UTP cable≤140M
 CAT6    cable≤170M
 OPTIC    FIBER transmission distance unrestricted

Compatible with Transmission Equipment

Gigabit switch, fiber transceiver,    optical switches.

Size

67.6*32.9mm

Input Voltage

DC 3.3V~6V

Rated Current

0.6A

Rated Power

3W

Storage and Transport Temperature

-50℃~125℃

Operating Temperature

-25℃~75℃

Body Static Resistance

2KV

Weight

9.5g

Monitoring    function (in conjunction with multi-function card)

Temperature Monitoring

Cabinet temperature    monitoring between -25℃ ~ 75℃
 1 port for each card

Humidity Monitoring

One port to monitor    receiver card humidity range with 20% ~ 95%
 1 port for each card

Bit Error Monitoring

Monitoring the total    number of data packets and error rate to check network quality

Supply Voltage Monitoring

5 ports for supply    voltage monitoring

Smoke Monitoring

One port for smoke    monitoring and can work with relay to activate an alarm and turn off the    display screen
 1 port for each card

Full Color LCD Display Panel

Supports full color LCD display panel

Pixel level calibration

Brightness Calibration

Supported

Chromaticity Calibration

Supported

Other features

Hot Backup

Supports loop backup,    double sender backup, double receiver card backup, double supply power    backup, etc. many kinds type of hot backup

Shaped Screen

Supports various freeform display, spherical    display, creative display, etc. through the    date arbitrary offset

Program Backup

Proprietary redundant    firmware backup on card no matter how to use, upgrade, send parameters, continuous    functionality

Hardware


I6 Receiver.png

1.Interface

S/N

Name

Function

Remarks

1

Power indicator light

Red indicator light shows that the power supply is normal


2

Signals indicator light

The indicator light flashes rapidly (about 5-10times/second) to show    that the data signal transmission is normal.

3

Fixed hole

Used to reinforce the receiving card to improve vibration resistance


4

DDR interface

Connects with display's HUB board or unit plate

From the diagram above, the left side of the guide plate is first pin    (Viewing from the front of card)

2.Figure for size and hole position

25.png

3.Definition of Pins

26.png

4.Pins Definition Illustrate

Instructions

Definition

Pin No.

Definition

Instructions


Ground connection

GND

1

2

D5V

Power supply


GND

3

4

D5V


GND

5

6

D5V


GND

7

8

D5V


GND

9

10

D5V


GND

11

12

D5V


Do not connect

NC

13

14

NC

Do not connect


Network port 1    signal pin
 Recommended use    isolation transformer

eth1_p1

15

16

eth2_p1

Network port 2    signal pin
 Recommended use    isolation transformer


eth1_n1

17

18

eth2_n1


NC

19

20

NC


eth1_n2

21

22

eth2_n2


eth1_p2

23

24

eth2_p2


NC

25

26

NC


eth1_p3

27

28

eth2_p3


eth1_n3

29

30

eth2_n3


NC

31

32

NC


eth1_n4

33

34

eth2_n4


eth1_p4

35

36

eth2_p4


Do not connect

NC

37

38

NC

Do not connect


Ground connection

GND

39

40

GND

Ground connection



Indicator light

LED_BTN_LED

41

42

A

Display    control:
 1. ABCDE for row decoding signal;
 2. LED_LAT for signal lock
 3. LED_OE control LED display enable, like a switch, it is GCLK when the led display    use PWM chip;


Temperature
 monitoring

LED_TEMP

43

44

B


Humidity monitoring

LED_HUM

45

46

C


Fan control

LED_FAN

47

48

D


Blanking

LED_CTRL

49

50

E


The first CLK

LED_SCLK

51

52

LED_LAT


The second CLK

LED_SCLK_S

53

54

LED_OE



GND

55

56

GND



RGB output of part    A: A total of 8 groups of RGB, corresponding with LED_SCLK

LED_R1

57

58

LED_R2

RGB output of part    B: A total of 8 groups of RGB, corresponding with LED_SCLK_S


LED_G1

59

60

LED_G2


LED_B1

61

62

LED_B2


LED_R3

63

64

LED_R4


LED_G3

65

66

LED_G4


LED_B3

67

68

LED_B4


LED_R5

69

70

LED_R6


LED_G5

71

72

LED_G6


LED_B5

73

74

LED_B6


LED_R7

75

76

LED_R8


LED_G7

77

78

LED_G8


LED_B7

79

80

LED_B8


LED_R9

81

82

LED_R10


LED_G9

83

84

LED_G10


LED_B9

85

86

LED_B10


LED_R11

87

88

LED_R12


LED_G11

89

90

LED_G12


LED_B11

91

92

LED_B12


LED_R13

93

94

LED_R14


LED_G13

95

96

LED_G14


LED_B13

97

98

LED_B14


LED_R15

99

100

LED_R16


LED_G15

101

102

LED_G16


LED_B15

103

104

LED_B16


Ground connection

GND

105

106

GND

Ground connection


GND

107

108

GND


RGB output of part    C : A total of 8 groups of RGB, corresponding with LED_SCLK
 It can become part    A's  check back and circuit signal    detection of return

LED_R17

109

110

LED_R18

RGB output of part    D : A total of 8 groups of RGB, corresponding with LED_SCLK_S
 It can become part    A's check back and circuit signal detection of return


LED_G17

111

112

LED_G18


LED_B17

113

114

LED_B18


LED_R19

115

116

LED_R20


LED_G19

117

118

LED_G20


LED_B19

119

120

LED_B20


LED_R21

121

122

LED_R22


LED_G21

123

124

LED_G22


LED_B21

125

126

LED_B22


LED_R23

127

128

LED_R24


LED_G23

129

130

LED_G24


LED_B23

131

132

LED_B24


LED_R25

133

134

LED_R26


LED_G25

135

136

LED_G26


LED_B25

137

138

LED_B26


LED_R27

139

140

LED_R28


LED_G27

141

142

LED_G28


LED_B27

143

144

LED_B28


LED_R29

145

146

LED_R30


LED_G29

147

148

LED_G30


LED_B29

149

150

LED_B30


LED_R31

151

152

LED_R32


LED_G31

153

154

LED_G32


LED_B31

155

156

LED_B32


Ground connection

GND

157

158

GND

Ground connection



 
 

Save correction    coefficients in module

LED_SPI_SCK

159

160

LED_SPI_SDI

Save correction    coefficients in module


LED_SPI_CS1

161

162

LED_SPI_CS2


LED_SPI_SDO1

163

164

LED_SPI_SDO2


LED_SPI_CS3

165

166

LED_SPI_CS4


LED_SPI_SDO3

167

168

LED_SPI_SDO4


LED_SPI_CS5

169

170

LED_SPI_CS6


LED_SPI_SDO5

171

172

LED_SPI_SDO6


LED_SPI_CS7

173

174

LED_SPI_CS8


LED_SPI_SDO7

175

176

LED_SPI_SDO8


Extended functional    interface for customized features

LED_M1

177

178

LCD_CTRL1

The interface to    connect LCD display


LED_M2

179

180

LCD_CTRL2


LED_M3

181

182

LCD_CTRL3


LED_M4

183

184

LCD_CTRL4


LED_M5

185

186

LCD_CTRL5


LED_M6

187

188

RCV_BK1

Vacant signal for    double backup receiving card


LED_M7

189

190

RCV_BK2


Do not connect

NC

191

192

NC

Do not connect


NC

193

194

NC


NC

195

196

NC


NC

197

198

NC


Ground connection

GND

199

200

GND

Ground connection


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