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When the device is exposed to bright natural light or strong sunlight, the display cleverly utilizes the reflective properties of ambient light to clearly present content to the user, making it easy to read without relying on a backlight. This effectively reduces power consumption and improves visibility outdoors or in bright sunlight.
This HOTLCD 240x160 graphic chip-on-glass (COG) LCM displays deep black pixels against a bright white background. This transflective LCD display is engineered for optimal visibility in a variety of lighting conditions across a wide range of environments.
This display module uses innovative reflective-transmissive hybrid liquid crystal technology,in low-light environments, it integrates LED backlight (up to 450cd/m²) with a 5:1 contrast enhancement algorithm to ensure clear imaging in dark environments.
This is Designed To Withstand Harsh Operating Conditions And Will Perform Abnormally When Used In Temperatures Ranging From -20 To 70 Degrees Celsius. The LCD Has An Optimal Viewing Angle Of 6:00, Operates At 3.3V, And Is RoHS Compliant.
This HOTLCD 128x128 Chip-in-Glass (COG) LCD monitor features black pixels and a white background. This transflective LCD is carefully designed to provide optimal visibility in a variety of lighting conditions.
This HOT Display 128x128 Graphic Glass Chip (COG) LCD module is a blue background with white pixels. This fully transparent LCD display is carefully designed to provide optimal visibility in a variety of lighting conditions in many different environments.
This model is designed to withstand harsh operating conditions and will not operate properly when used in temperatures ranging from -20 to 70 degrees Celsius. The LCD has an optimal viewing angle of 6:00, operates at 3.3V, and is RoHS compliant.
This black and white dot matrix module adopts the FSTN positive transflective display mode, a 128x64 pixel resolution, It also features a parallel interface and requires operation under specific electrical and environmental conditions, including voltage and temperature.Making it suitable for various display scenarios.
In bright sunlight, the display uses its reflective layer to reflect ambient light back to the viewer, making the screen easy to read. In darker environments, the LCD has a strong built-in backlight that provides high contrast and displays clear graphics to the viewer. This advanced display technology ensures that the display is always easy to read, regardless of lighting conditions.
The HTG12864I01A-SPI model is designed to withstand harsh operating conditions and will not operate properly when used in temperatures ranging from -20 to 70 degrees Celsius. The LCD has an optimal viewing angle of 6:00, operates at 3.3V, and is RoHS compliant.
To ensure wide applicability, the module is equipped with a mature ST7567 controller and optimized interface, seamlessly compatible with mainstream platforms from classic 8051/PIC/AVR to modern Arduino/ARM/Raspberry Pi, and the plug-and-play feature significantly reduces the development threshold and accelerates product implementation.
This high-precision display panel is designed for professional scenarios. In high-end fields such as industrial automation, medical equipment, and smart instruments, the clarity, reliability, and ease of use of the display panel directly affect the user experience and device performance.