The In-cell Touch Screen LCD builds on traditional segment LCD displays by integrating touch detection components directly with the display unit, replacing conventional physical buttons with responsive touch operation for a more direct and fluid human-machine interaction experience. In this product, touch electrodes are fabricated directly inside the LCD, eliminating the need for additional lamination of a touch film.
The In-cell Touch Screen LCD preserves the advantages of segment displays while effectively increasing the visible display area. It offers flexible and precise touch interaction, supporting single-touch or multi-touch functionality (depending on design), and is widely used in smart home control panels, medical device interfaces, industrial instruments, and consumer electronics. By integrating projected capacitive touch electrodes directly inside the LCD, it eliminates the need for additional touch film lamination.This integrated solution not only streamlines the manufacturing process and reduces costs but also fundamentally removes potential issues associated with external touch films, such as air bubbles, misalignment, and sensitivity degradation, thereby significantly improving touch reliability and long-term durability. Depending on the display's routing space, two solutions are available: single-layer ITO (In-cell Touch Screen LCD) and double-layer ITO (On-cell Touch Screen LCD). For both solutions, the touch layer and display layer form a single integrated structure. This integrated screen construction optimizes light transmittance and clarity, delivering excellent visibility even in strong light or harsh environments. Other performance characteristics are fully consistent with standard LCDs; they can pass rigorous environmental testing and meet the parameter requirements for industrial, medical, automotive, and home appliance applications. All products comply with the RoHS 2.0 directive and REACH regulations.
| Manufacturer | Eastern Display |
| Display mode | VA /TN/HTN/STN?LCD |
| Viewing angle | 6/12 O’ CLOCK |
| Operating voltage | 3.0V ---5.0V |
| Viewing angle range | 120-180° |
| Connection | FPC/PINS |
| Driver chip model | / |
| Backlight type/color | / |
| Operating temperature | -40℃-80℃ |
| Storage temperature | -40℃-85℃ |
| Lifetime | 100000?H |
| Multi-color | YES |
| Special shaped | YES |
| Product features | In-cell?touch screen/On-cell Touch Screen |
Keywords：LCD 12864/LCD backlight/LCD 20x4/12864 LCD/I2C interface/ips LCD display/20x4 LCD display/LED LCD / LCD 16x2 i2c/16 * 2 LCD display/1602a LCD/LCD 2004/EDC8309FSC2P10A/EDC8877DC3P9/EDC7637HDC2P7A?
This product is a 12864 LCD dot matrix display, capable of displaying graphics with 128 columns and 64 rows of pixels. The display features an FSTN mode LED backlit LCD, presenting blue-black characters on a gray background with high contrast and a wide viewing angle. The module integrates a driver chip and is manufactured using COG (Chip-on-Glass) technology, resulting in a slim, lightweight design and low power consumption. It connects to the main control MCU via an SPI interface and is used for displaying various images and text.
This product is a 12864 LCD dot matrix display capable of showing graphics of 128 columns × 64 rows of pixels. The display uses an STN mode LED-backlit LCD, featuring black characters on a yellow-green background, high contrast, and a wide viewing angle. The module includes a built-in driver chip and adopts COG (Chip-on-Glass) manufacturing technology, resulting in a thin, lightweight product with low power consumption and a wide operating temperature range. It connects to a host MCU via an SPI interface and is used to display various images and text. The product comes with a metal frame for easy mounting and fixing.
The viewing angle of STN LCDs is far superior to that of conventional TN/HTN screens, enabling them to meet the display requirements of complex images. Their duty drive typically supports 16 or more drive paths, up to a maximum of 240 paths, providing stable display with no crosstalk.
This product is a 240128 LCD dot matrix display that can display graphics with 240 columns x 128 rows of pixels. The display uses STN yellow-green mode LED backlit LCD, which displays black text on a yellow-green background, with high contrast and wide viewing angle. The module contains a driver chip, adopts COB and SMT production processes, and is connected to the main control MCU through an 8-bit parallel LCD interface to display various images and texts.
This product is a 240128 LCD dot matrix display that can display graphics with 240 columns x 128 rows of pixels. The display uses STN Negative mode LED backlit LCD, displays white text on a blue background, and has high contrast and wide viewing angle. The module contains a driver chip, uses COB and SMT production processes, and is connected to the main control MCU through an 8-bit parallel LCD interface to display various images and texts.
The FSTN dot-matrix LCD screen, featuring high contrast ratio, wide viewing angle, and low power consumption, stands as the ideal display solution for high-end flow meters. This LCD display operates in FSTN mode with 128×128 or 128×64 resolution, showcasing blue-black text on a gray background with exceptional contrast and wide viewing angles. The module incorporates driver chips manufactured through COG technology, delivering slim profile, low power consumption, and broad operating temperature range. Equipped with SPI interface or 8-bit parallel LCD interface for connection to main control MCU, it delivers high-quality image and text display with stable performance.
The Ultra-Wide Temperature Segment LCD operates stably in extreme environments and is primarily used in industrial, power, outdoor industrial control, and other application fields. The standard version reliably withstands temperatures from -40°C to 90°C, meeting the requirements for full operating conditions. For extremely cold scenarios at -45°C and below, an LCD with an auxiliary heating function can be customized to overcome the low-temperature limitations of conventional liquid crystal materials, fully adapting to various harsh high- and low-temperature working environments.
This product is a 12864 LCD dot matrix display capable of rendering graphics with 128 columns and 64 rows of pixels. The display utilizes FSTN mode, featuring blue-black characters on a gray background, high contrast, and a wide viewing angle. The module integrates a driver chip and adopts COG production technology, resulting in a lightweight, slim design with low power consumption. It connects to the main control MCU via an SPI interface and is used to display various images and text.
The 0.96 inch OLED is a compact, high-contrast display. It employs self-emissive technology, eliminating the need for a backlight. This results in an ultra-thin module structure that saves valuable internal space in devices. It is widely used in wearable devices, portable electronics, smart home appliances, and similar applications.
A round color OLED display with resolution of 128*115, SPI 4 interface, Driver IC: GC9107. The product has self-illumination, full view, no shadow in low temperature environment and other characteristics. It is widely used in smart wearable devices and smart home control terminals.
As a key display component in smart electricity meters, the LCD is a high-performance, multi-level display solution. It is widely used in devices such as single-phase remote fee-controlled smart meters, three-phase multifunctional meters, and bidirectional metering smart meters. This display product supports hierarchical information presentation at the user, data, and management levels. It not only allows end-users to intuitively access electricity consumption data but also enables maintenance personnel to conduct in-depth data queries and system management. As the critical human-machine interface of the meter, the LCD serves not only as a window for information display but also as an important carrier reflecting the meter’s measurement accuracy, real-time communication data, and core functionalities. With its high contrast, wide viewing angle, and low power consumption, it ensures clear and stable content visibility under various lighting conditions. This contributes to a user experience where “information is clear to users and accessible for maintenance,” thereby significantly enhancing the practicality and reliability of smart electricity meters.
The VA-type display with glass cover is a high-reliability, high-contrast solution utilizing VA (Vertical Alignment) liquid crystal technology. It features a highly transparent and durable glass cover that supports screen printing of text or graphics. This product combines the superior optical performance of VA liquid crystals with the protective characteristics of glass cover materials, delivering clear and durable visual effects. It is suitable for industrial, medical, home appliance, and automotive electronics applications in harsh environments.
An i2c OLED display with a resolution of 128*32, I2C interface, ultra-low power consumption, ultra-high contrast and viewing Angle, and a wide operating temperature range of-40 to 70 degrees Celsius.
Segment LCD are widely used. For some product application scenarios, it is necessary to enhance display recognition and improve aesthetic appeal. By employing screen printing or the application of colored films onto the LCD surface, a monochrome LCD can achieve multi-color effects under low-cost conditions.
This product is a 128×128 LCD dot matrix display capable of displaying graphics at 128 columns × 128 rows of pixels. The display adopts FSTN mode, presenting blue-black characters on a gray background with high contrast and a wide viewing angle. The module integrates a driver IC and is manufactured using the COG (Chip-on-Glass) process, resulting in a thin, lightweight product with low power consumption. It connects to a host MCU via an SPI interface or an 8-bit parallel LCD interface, and is used for displaying various images and text.
The 2-inch TFT display is a miniaturized TFT screen that supports high-resolution true-color reproduction and an ultra-wide viewing angle. Designed with low power consumption and featuring a standard SPI interface, it is commonly utilized in industrial control instruments such as thermostats, hazardous gas detectors, combustible gas alarms, concentration meters, digital anemometers, and more.
置觸屏-1.jpg "In-cell Touch Screen LCD / Segment Display / Custom Display / Touch Control / Capacitive Touch Panel / Without Touch Panel / On-cell Touch Screen LCD")
