China 5 inch lcd display module Manufacturers, Suppliers, Factory

TN LCD screen glass has high transmittance. Under the same backlight conditions, TN will have higher brightness. TN glass cost is relatively cheap, which is more cost-effective for customers with price requirements; IPS is better than TN in terms of viewing angle, display effect and other parameters, but the unit price is relatively higher. Customers need to choose according to the positioning of their products. Shenzhen Hongjia Technology specializes in the production of 1.14-inch to 10.1-inch LCD screens and matching touch screens. Both TN and IPS are available, with complete sizes and multiple interfaces. Customers are welcome to email for consultation.

Shenzhen Hongjia Technology specializes in the research and development, production and sales of 1.14-inch to 12.1-inch displays and supporting touch screens. We have a 3,000-square-meter clean room, three fully automatic production lines, and 12 years of industry experience. We have a team of experienced engineers who can provide advice to customers when designing products, thereby simplifying the design of the motherboard PWM. We have displays of various sizes that all support PWM dimming. Customers are welcome to email us for inquiries.

Shenzhen Hongjia Technology has developed SPI display screens of multiple sizes to meet the increasing demand for SPI interface display screens from market customers, including 1.47-inch SPI, 1.3-inch SPI, 1.54-inch SPI, 1.96-inch SPI, 2.0-inch SPI, 2.2-inch SPI, 2.4-inch SPI, 2.8-inch SPI, 3.2-inch SPI, 3.17-inch SPI, 3.5-inch SPI, 3.97-inch SPI, 4.3-inch SPI and other products. They support 3-wire and 4-wire, and high-resolution SPI interfaces. Customers are welcome to email us for consultation.

4.0inch display supports SPI/MCU interface, supports horizontal screen display、8/16BIT MCU+SPI

A common question customers encounter when designing capacitive touchscreens is this: which is ultimately more reliable and durable—G+G or GFF? Simply put, G+G and GFF represent two different material structures within the realm of capacitive touchscreens. Generally, G+G outperforms GFF in terms of performance and quality, while GFF holds distinct advantages regarding cost-effectiveness and suitability for mass production. To begin, it is essential to understand exactly what G+G and GFF entail.

Generally speaking, the main reasons may include: reducing the number of pins to accommodate a small package size; reducing the need for host control resources (GPIO, parallel interface); simplifying hardware design (PCB layout, level conversion); the small amount of initial configuration data, which is sufficient and easy to implement with SPI; and the driver IC design supporting serial interface configuration.