Description:
TSM101WXBH-71C is 10.1 inch high resolution 1280x800 with IPS TFT display with HDMI board, it's with 800 nits high brightness which is widely using for outdoor application. LCD driver chip is HX8861, touch controller is ILI2511. This 10.1 inch LCD is coming out with Capacitive touch screen. The bonding between LCD module and PCAP is optical bonding, which we also call OCA.
Optical bonding eliminates the air between the screens, which can greatly reduce light reflection, reduce transmitted light loss, thereby increasing brightness and enhancing the display effect of the screen. The display brightness is higher and the effect is better: the air layer in the ordinary lamination method will cause the loss of light reflectivity. The higher the reflection loss, the lower the contrast of the display screen, and it is easily contaminated by environmental dust and water vapor, affecting the use of the machine; The display panel and the touch screen are closely attached, effectively avoiding impurities such as dust and water vapor condensation and FOG, and maintaining the cleanliness of the screen.
Drawing:
Specifications:
General Specification | ||
Part No. | TSM101WXBH-71C | |
Outline Dimension(mm) |
248(W)x170.5(H)x7.5(D) |
|
Active Area(mm) | 216.96(W) x 135.6(H) | |
Resolution(dots) | 1280x (RGB) × 800 | |
Operating temperature(°C) | -20 ~ +70°C | |
Storage temperature(°C) | -30 ~ +80°C | |
Number of Pixel(pixels) | 1280RGB(H)xRGBx800(V) | |
Touch panel | CTP | |
Driver IC | EK9716BD&EK73002ACGB | |
Pixel arrangement | RGB-stripe | |
Display mode | Normal black, IPS, 10.1 inch TFT | |
Surface treatment | Antiglare | |
View direction | All o'clock | |
Weight(g) | TBD | |
Power Consumption(w) | Panel | TBD(Typ.) |
B/L system | TBD(Typ.) | |
Interface | HDMI |
|
Module lifetime(Hours) | 30,000-50,000 |
Pins Description for HDMI Type A (CN2) | ||
Pin No. | Symbol | Description |
1 | TMDS DATA2+ | HDMI data lane2 positive input |
2 | GND | Power ground |
3 | TMDS DATA2- | HDMI data lane2 negative input |
4 | TMDS DATA1+ | HDMI data lane1 positive input |
5 | GND | Power ground |
6 | TMDS DATA1- | HDMI data lane1 negative input |
7 | TMDS DATA0+ | HDMI data lane0 positive input |
8 | GND | Power ground |
9 | TMDS DATA0- | HDMI data lane0 negative input |
10 | TMDS_CLK+ | HDMI clock positive input |
11 | GND | Power Ground |
12 | TMDS_CLK- | HDMI clock negative input |
13 | CEC | No connect |
14 | NC | No connect |
15 | DDC_SCL | Display Data Channel, clock input |
16 | DDC_SDA | Display Data Channel, data input/output |
17 | GND | Power ground |
18 | +5V | Power supply +5V |
19 | H-PLUG DETECT | Hotplug pin |
CTP interface Description (CN3) | ||
Pin No. | Symbol | Description |
1 | USB+5V | USB power supply +5V |
2 | Data- | USB data negative |
3 | Data+ | USB data positive |
4 | NC | No connect |
5 | GND | Power ground |
DC Power Description (CN1) | ||
Pin No. | Symbol | Description |
1 | DC+12V | Power supply DC +12V |
2 | GND | Ground |
Backlight control interface (CN4) | ||
Pin No. | Symbol | Description |
1 | NC | No connect |
2 | BL_EN | Backlight enable input. High(>1.6V): On; Low:(<0.8V) Off |
3 | BL_PWM | Backlight PWM dimming control input. 20KHz≤fDIM≤30KHz |
4 | GND | Ground |
5 | GND | Ground |
Advantages:
HDMI is the abbreviation of High-Definition Multimedia Interface, which is a digital interface used to transmit high-definition video and audio signals to televisions, monitors, projectors and other devices. The HDMI interface has the following advantages:
1. High-definition transmission: The HDMI interface can transmit high-definition video and audio signals, supporting 1080p resolution, providing clearer and more realistic image and audio effects.
2. Single-wire transmission: The HDMI interface only requires one cable to transmit video and audio signals, which is simple and convenient.
3. Strong compatibility: HDMI interface is widely used in various devices, such as monitors, projectors, game consoles, computers, etc., and has high compatibility.
4. Supports multiple signals: The HDMI interface supports multiple signals, such as 3D, ARC, CEC, etc., which can realize more functions.