Overview of Z57011-ZC Hot 5.7 Inch Touch Screen Multi-point 640*480 TFT LCD Display MIPI I2C Interface
1
Z57011-ZC is a color active matrix thin film transistor (TFT) liquid crystal display (LCD) with capacitive touch panel, QVGA 640*480.This TFT touch square TFT LCD display is built-in JD9168S LCD driver IC and GT911 controller.This a-Si TFT LCD touch module come with MIPI and I2C interface.
2
If you have special requirement, like driver IC, interface, FPC, touch panel, backlight, brightness, color etc, as a custom LCD manufacturer, we can also customize for you.
3
As a square LCD display factory, Our factory carry out ISO 9001:2015 and IATF16949: 2016 quality standard system strictly, all the lcd display passed ROHS, REACH Certification
General Specifications Z57011-ZC Hot 5.7 Inch Touch Screen Multi-point 640*480 TFT LCD Display MIPI I2C Interface
No.
Item
Specification
Unit
1
Display Size (Diagonal)
5.7
inch
2
Display Resolution
640(H) × RGB × 480(V)
pixels
3
Pixel Pitch
180(H)× 180(V)
um
4
CTP Outline Dimension
(Without FPC)
127.03 (W) ×98.5 (H) ×7.95 (T)
mm
5
LCD Outline Dimension
119.2(W) × 93.1 (H) × 1.0 (T)
mm
6
LCD Active Area
115.2(W) ×86.4(H)
mm
7
View Direction (Gray Inversion)
FULL VIEW
-
8
Driver IC
JD9168S
-
9
Pixel Arrangement
RGB-Stripe
-
10
Display Mode
Normal Black
-
11
Pixel driving Element
a-Si TFT
-
12
LCD Transmittance
Typ.: 5.0% Min:4.25%
-
13
LCD Contrast Ratio
Typ.: 1200 Min:1000
-
14
FPC Version
Z57011-P40 V2
-
15
Interface
MIPI
-
16
Operating Temperature
-20°C~ 70°C
-
17
Storage Temperature
-30°C~ 80°C
-
18
Backlight Arrangement
LED/3 Series 7 Parallel (21 lights in total)
-
19
Luminance
1200
nit
20
Weight
TBD
kg
Interface Definition Description Z57011-ZC Hot 5.7 Inch Touch Screen Multi-point 640*480 TFT LCD Display MIPI I2C Interface
PIN NO.
PIN DEF.
FUNCTION DESC.
1
NC
No Connection
2-3
VDD
POWER SUPPLY(3.3V)
4
NC
No Connection
5
MIPI_RST
LCM RESET PIN(3.3V)
6
NC
No Connection
7
GND
Ground
8
MIPI_D0-
Negative MIPI differential data input
9
MIPI_D0+
Positive MIPI differential data input
10
GND
Ground
11
MIPI_D1-
Negative MIPI differential data input
12
MIPI_D1+
Positive MIPI differential data input
13
GND
Ground
14
MIPI_CLK-
Negative MIPI differential CLOCK input
15
MIPI_CLK+
Positive MIPI differential CLOCK input
16
GND
Ground
17
MIPI_D2-
Negative MIPI differential data input
18
MIPI_D2+
Positive MIPI differential data input
19
GND
Ground
20
MIPI_D3-
Negative MIPI differential data input
21
MIPI_D3+
Positive MIPI differential data input
22
GND
Ground
23-24
NC
No Connection
25
GND
Ground
26-29
NC
No Connection
30
GND
Ground
31-32
LEDK
POWER SUPPLY- FOR BACKLIGHT CATHODE
33-38
NC
No Connection
39-40
LEDA
POWER SUPPLY- FOR BACKLIGHT ANODE
RESET voltage should be consistent with VDDI voltage, or there probably is black screen fault when power on.
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