Product Specifications Receiving Card XC200
Rev1.1.2
NS110100195
X
I 'A
N N O
V
A S T A
R T E C H C
O .
,L
T D
.
General
XC200 is a high density receiving card in Nova M3 series. Compared with traditional receiving card, XC200 is more flexible in usage.
A single XC200 card can load pixel of 512*384, supporting such utility functions as memory on module, intelligent module management, LED display human-computer interaction and built-in voltage temperature detection. Specific circuit and program design of XC200 can effectively
reduce electromagnetic radiation of the system, helping users to make their products pass EMC certification easily.
Features 1) Single card supports the maximum output of 32-group RGB data. 2) Single card supports resolution of 512*384.
3) Supporting any scan types with Supporting any scan types within
1-1/32 scan; supporting 595 and other serial decoding scan. 4) Supporting all mainstream LED driving chips, such as regular chip
and PWM chip.
5) Supporting high gray scale and high refresh rate.
6) Supporting pixel-by pixel calibration of brightness and chroma. 7) Supporting the special shape: loading much easier with random
alignment,
random
pixel
test,
special-shaped
module,
special-shaped cabinet and special-shaped LED display.
8) Supporting seamless switch of various hot backups, including loop
X
I 'A N N O V
A S T A R T E C H C
O .
,L
T D
.
backup, dual card backup, dual power supply backup, etc.
9) Supporting the connection of LCD module to realize the
human-computer interaction.
10) Supporting one channel of voltage and temperature detection. 11) Supporting intelligent module, with the functions of storing and
managing calibration coefficient, module information and module parameters, as well as the row line detection and LED pixel-by-pixel error detection without the need of monitoring card.
12) The special EMC design effectively reduces the electromagnetic
radiation.
Output interface definition 1) 32-group parallel data mode
Supporting 32-group of RGB parallel data, defined as follows:
Note:
RFUxx refers to reserved signal; The blue part in JH2 refers to the MOM interface (left idle if not used).
X
I 'A N N O V
A S T A R T E C H C
O .
,L
T D
.
JH1
JH2
1 GND 5V
2 1 GND 5V 2
3 GND 5V
4 3 GND 5V 4
5 TEST_KEY STA_LED
6 5 R1
7 G17 6 7 FPGA_InOut3 FPGA_InOu
t2 8 7 B17 R18 8 9 FPGA_InOut1 Com_In2 10 9 G18 B18 10 11 Com_In1 Com_Out2 12 11 R19 G19 12 13 Com_Out1 GND 14 13 B19 R20 14 15 OE_BLUE OE_GREEN 16 15 G20 B20 16 17 OE_RED CTRL 18 17 R21 G21 18 19 E D 20 19 B21 R22 20 21 C B 22 21 G22 B22 22 23 A LAT 24 23 R23 G23 24 25 DCLK GND 26 25 B23 R24 26 27 B16 G16 28 27 G24 B24 28 29 R16 B15 30 29 GND GND 30 31 G15 R15 32 31 R25 G25 32 33 B14 G14 34 33 B25 R26 34 35 R14 B13 36 35 G26 B26 36 37 G13 R13 38 37 R27 G27 38 39 B12 G12 40 39 B27 R28 40 41 R12 B11 42 41 G28 B28 42 43 G11 R11 44 43 R29 G29 44 45 B10 G10 46 45 B29 R30 46 47 R10 B9 48 47 G30 B30 48 49 G9 R9 50 49 R31 G31 50 51 GND GND 52 51 B31 R32 52 53 B8 G8 54 53 G32 B32 54 55 R8 B7 56 55 GND SPI_CLK 56 57 G7 R7 58 57 SPI_CS SPI_MOSI 58 59 B6 G6 60 59 SPI_MISO CODE0 60 61 R6 B5 62 61 CODE1 CODE2 62 63 G5
R5
64 63 CODE3
CODE4 64 65 B4 G4 66 65 H164_CLK H164_CS
D 66 67 R4
B3 68 67 GND RFU1 68 69 G3 R3 70 69 RFU2 RFU3 70 71 B2 G2 72 71 RFU4 RFU5 72 73 R2 B1 74 73 RFU6 RFU7 74 75 G1 R1 76 75 RFU8 RFU9 76 77 5V GND 78 77 5V GND 78 79
5V
GND
80
79
5V
GND
80
X
I 'A
N N
O
V
A S T A
R T E C H C
O .
,L
T D
.
2) 64-group serial data mode
Support 64 sets of serial data, defined as follows:
Signals in blue are MOM control interface and green is LCD control interface.
JH1
JH2
1 GND 5V
2 1 GND 5V 2
3 GND 5V
4 3 GND
5V 4 5 EXT_KEY
STA_LED- 6 5 DATA32 DATA33 6 7 RFU7
RFU6 8 7 DATA34 DATA35 8 9
RFU5 TEST_INPUT
_KEY 10 9 DATA36 DATA37 10 11
RFU3 RFU2 12 11 DATA38 DATA39 12 13 RFU1
GND 14 13 DATA40 DATA41 14 15 OE_BLUE OE_GREEN
16 15 DATA42 DATA43 16 17 OE_RED
CTRL 18 17 DATA44 DATA45 18 19 E D 20 19 DATA46 DATA47 20 21 C B 22 21 DATA48 DATA49 22 23 A
LAT 24 23 DATA50 DATA51 24 25 DCLK GND 26 25 DATA52 DATA53 26 27 NC NC 28 27 DATA54 DATA55 28 29 NC NC 30 29 GND GND 30 31 NC NC 32 31 DATA56 DATA57 32 33 NC NC 34 33 DATA58 DATA59 34 35 NC NC 36 35 DATA60 DATA61 36 37 NC NC 38 37 DATA62 DATA63 38 39 NC NC 40 39 NC NC 40 41
NC
NC
42
41
NC
NC
42
X
I 'A
N N
O
V
A S T A
R T E C H C
O .
,L
T D
.
43 DATA31 DATA30 44 43 NC NC 44 45 DATA29 DATA28 46 45 NC NC 46 47 DATA27 DATA26 48 47 NC NC 48 49 DATA25 DATA24 50 49 NC NC 50 51 GND GND 52 51 NC NC 52 53 DATA23 DATA22 54 53 NC NC 54 55 DATA21 DATA20 56 55 NC SPI_CLK 56 57 DATA19 DATA18 58 57 SPI_CS SPI_MOSI 58 59 DATA17 DATA16 60 59 SPI_MISO CODE0 60 61 DATA15 DATA14 62 61 CODE1 CODE2 62 63 DATA13 DATA12 64 63 CODE3 CODE4
64 65 DATA11 DATA10 66 65 H164_CLK H164_CSD
66 67 DATA9 DATA8 68 67 GND EXT_LCD_BL
68 69 DATA7 DATA6 70 69 EXT_LCD_BL1
EXT_LCD_SC L/DB0 70 71 DATA5 DATA4 72 71 EXT_LCD_SCL
/DB1 EXT_LCD_C
D/RS 72 73 DATA3 DATA2 74 73 EXT_LCD_CS#
/RW RFU8 74 75 DATA1 DATA0 76 75 RFU9
RFU10 76 77 5V GND 78 77 5V GND 78 79
5V
GND
80
79
5V
GND 80
Dimensions
Unit: mm
X
I 'A N N O V A S T A
R T E C H C
O .
,L
T D
.
Appearance
Note1: Positioning hole is connected to GND.
Note2: Pictures used in this manual are B version of the board card. The functions
of different versions are basically the same. There are only a few small differences
in their appearance.
J1（Network Port）definition:
X I'A N
N O
V A
S T
A R
T E
C H
C O
.,L T
D.
Port1_TRD0- 1 2 Port1_TRD0+
Port1_TRD1- 3 4 Port1_TRD1+
Port1_TRD2- 5 6 Port1_TRD2+
Port1_TRD3- 7 8 Port1_TRD3+
GND 9 10 GND
GND 11 12 GND
Port2_TRD0- 13 14 Port2_TRD0+
Port2_TRD1- 15 16 Port2_TRD1+
Port2_TRD2- 17 18 Port2_TRD2+
Port2_TRD3- 19 20 Port2_TRD3+
Working conditions
Storage and transport temperature-40℃~100℃
Temperature of working environment-25℃~85℃
Input voltage DC 3.3V~6V
Rated current0.5A
Rated dissipation 2.5W
Net weight 42.2g
X I'A N
N O
V A
S T
A R
T E
C H
C O
.,L T
D.