5-inch 480x854 industrial-grade TFT touch display

TFT-H050A26FWILT5C40

In fields such as industrial automation, intelligent terminals, commercial equipment, and portable medical instruments, the stability, compatibility, and environmental adaptability of small-size high-definition display modules are key to intelligent equipment upgrades. HOTDISPLAY’s newly launched TFT-H050A26FWILT5C40 5-inch 480x854 industrial-grade TFT touch display leverages mature industrial display technology architecture, integrating five core advantages—high-definition display, capacitive touch, slim structure, wide-temperature tolerance, and multi-interface compatibility—to deliver a stable, reliable, and easy-to-integrate display solution for embedded development, smart device R&D, and industrial human-machine interaction scenarios. It combines commercial aesthetics with industrial-grade reliability, adapting to diverse application needs across multiple industries.

For product details, please click the link:5 inch TFT LCD 480x854 Resolution display With Capacitive Touchscreen

Product Video

A 5-inch 480×854 high-definition display that balances detail and visual experience

This product adopts a 5-inch TFT LCD panel with a high-definition resolution of 480(H)×854(V). Compared with traditional 480(H)×800(V) display solutions, this product features a higher vertical resolution design, delivering clear and delicate image quality while effectively improving the display clarity of text, graphics, and data interfaces. It can clearly present various visual content such as equipment parameters, operating waveforms, operation interfaces, and advertising graphics. It is particularly suitable for menu interfaces, parameter monitoring, graphical control pages, and interactive applications. The 480x854 industrial-grade TFT ensures superior vertical detail, making it an ideal choice for demanding human-machine interface scenarios.

The IPS full-viewing-angle technology provides the panel with a wide viewing range, supporting broad-angle viewing while maintaining stable brightness and color performance from different observation angles. It is especially suitable for industrial control instruments and other scenarios where multiple people view the screen or where operation is performed from non-frontal angles, meeting the multi-directional observation needs of human-machine interaction.

In terms of brightness performance, the screen comes with a standard 500 cd/m² backlight brightness, exceeding that of ordinary consumer displays, ensuring clear visibility in complex lighting environments such as industrial workshops, semi-outdoor equipment, smart terminals, and commercial display devices. Meanwhile, the normally black panel design offers higher contrast and superior black performance, making static interface display clearer and enhancing the overall visual experience. With the 480x854 industrial-grade TFT, users gain reliable readability and consistent image quality even under challenging ambient light conditions.

Slim and lightweight integrated structure, minimalist installation design, suitable for various small devices

To address the structural integration requirements of small intelligent devices and embedded equipment, this display adopts an integrated modular design. The front features a pure-black unified display area, offering a sleek and cohesive appearance that facilitates integration into various device structures. On the back, it integrates a complete driver circuit and standardized interface terminals, reducing the need for additional adapter designs and improving system integration efficiency, with high structural integration. For applications requiring compact visual interfaces, the 480x854 industrial-grade TFT delivers precise resolution, while the overall 480x854 industrial-grade TFT panel ensures consistent display performance across diverse operating environments.

The product dimensions are precisely controlled, with overall specifications of 68.50±0.2mm (width) × 133.00±0.3mm (height), and a total thickness of only 4.71±0.4mm (including TP touch layer + TFT display layer). This ultra-slim structural design minimizes device space occupancy, making it easier to integrate into space-constrained embedded systems. Additionally, it supports two mainstream mounting methods—embedded mounting and external mounting—making it adaptable to various device forms such as portable handheld devices, embedded equipment panels, and intelligent control terminals, providing excellent structural compatibility.

Minimalist connectivity, readily available: Powered by the stable core of the 80-MCU, enabling seamless IIC touch interaction

80-MCU 16-bit

● Simple and direct control logic: The I80 interface uses parallel data transmission, coupled with independent read/write control signals (RD/WR), chip select signals (CS), and data/command select signals (DC/RS). The timing is simple, eliminating the need for complex clock synchronization signals. This allows developers to operate the LCD screen like external memory, making control very intuitive and facilitating rapid development and debugging.

● Built-in GRAM, reducing the burden on the main controller: This is one of the most significant features of the I80 interface. I80 interface LCD driver chips integrate image memory (GRAM) capable of storing at least one frame. The main control MCU only needs to write the display data to the GRAM; subsequent screen refreshes are handled independently by the driver chip. This greatly frees up the main control chip's resources, eliminating the need for continuous output of display data, making it ideal for static image display scenarios where real-time performance requirements are not high.

● Low system integration cost: Thanks to its simple timing and parallel bus structure, the I80 interface requires no additional clock signal lines or complex synchronization mechanisms, resulting in a simple overall hardware design. At the same time, this mature interface technology is inexpensive, making it an ideal choice for applications seeking high cost-effectiveness.

IIC (I2C) CTP Capacitive Touch Interface

The IIC (also known as I2C) interface is one of the most mainstream communication methods for capacitive touch panels (CTP) today, especially widely applied in solutions integrating popular touch controller chips such as the GT911. Its advantages can be summarized as follows:

● Very few pins, saving space
The IIC interface requires only two signal lines—the data line (SDA) and the clock line (SCL)—to handle all touch data transmission and command interaction. This minimalist connection greatly simplifies system routing, and this advantage is particularly pronounced in compact device designs where PCB real estate is at a premium—for example, in products featuring a 480x854 industrial-grade TFT, where every square millimeter counts.

● Easy integration, efficient development
IIC is a widely supported communication standard, and most mainstream microcontrollers (MCUs) come with built-in hardware IIC controllers. This allows CTP modules to seamlessly interface with various host platforms, effectively reducing system integration complexity and accelerating product development cycles. In addition, the IIC bus supports multiple device connections, making it convenient to expand the system with other IIC-compatible sensors or peripherals—an especially valuable trait when paired with a 480x854 industrial-grade TFT in multi-function industrial panels.

● Stable and reliable performance
Taking the common GT911 touch controller as an example, it communicates with the host via the IIC interface, enabling smooth and accurate 5-point touch recognition with rapid, lag-free response. Combined with robust software algorithms, it maintains touch accuracy even in the presence of environmental interference.

Sensitive touch control, smooth interaction

In terms of touch performance, the TFT-H050A26FWILT5C40 integrates a high-performance capacitive touch panel and is equipped with the professional touch control driver chip GT911, which adopts the IIC communication protocol to enable fast, accurate, and stable touch recognition, delivering a more natural and efficient human-machine interaction experience for devices. Compared with traditional resistive touch solutions, capacitive touch technology offers higher touch sensitivity and a superior operating experience, supporting direct finger operation for various interactions such as tapping, sliding, menu switching, and parameter adjustment, which better aligns with the human-machine interface design requirements of modern smart devices. Featuring a 480x854 industrial-grade TFT display, this solution ensures clear and reliable visual output in demanding environments. Moreover, the 480x854 industrial-grade TFT panel complements the capacitive touch system to provide a robust and responsive user interface suitable for a wide range of industrial applications.

This touch solution has the following advantages:

● High-sensitivity touch response: Quickly recognizes user operation commands, reduces operational latency, and enhances device interaction efficiency.

● Supports multi-touch functionality: Meets the requirements of complex interaction scenarios and enables richer human-machine operation methods.

● High-durability design: Adopts a mechanical-contact-free structure to minimize wear and tear during long-term use.

● Excellent interface adaptability: Can be combined with graphical GUI design to achieve intuitive device control, parameter configuration, and status monitoring.

Meanwhile, the touch interface employs the standard IIC communication protocol, facilitating seamless connection with mainstream MCUs and embedded processing platforms. This reduces system development complexity and accelerates product R&D cycles, delivering an efficient and reliable touch-display solution for smart devices—all built upon the 480x854 industrial-grade TFT that ensures superior visual quality and robust performance. With the 480x854 industrial-grade TFT at its core, this solution strikes an optimal balance between display clarity and system responsiveness, making it ideal for demanding industrial applications.

Industrial-grade, wide temperature tolerance, robust and reliable, suitable for harsh environments

Built upon stringent industrial-grade quality control standards, this display delivers exceptional environmental adaptability, breaking through the temperature limitations of ordinary consumer-grade screens. It operates reliably across a working temperature range of -20°C to +70°C and a storage temperature range of -30°C to +80°C, ensuring long-term stable performance in harsh environments characterized by extreme cold, high heat, and severe temperature fluctuations—withstanding challenging conditions such as high-temperature workshops, outdoor low temperatures, and automotive temperature variations without compromise.

The overall circuitry has been optimized and upgraded to enhance system stability, with improved electromagnetic interference resistance and balanced power consumption, meeting the long-term operational demands of industrial equipment. This makes it an ideal choice for applications in industrial control, in-vehicle terminals, outdoor equipment, medical devices, and other scenarios requiring prolonged reliability, significantly reducing post-sale maintenance costs. At the heart of this solution is the 480x854 industrial-grade TFT, which combines rugged durability with precise visual output to ensure consistent performance across diverse operating environments.

Additionally, the backlight circuit supports PWM stepless dimming, allowing free adjustment of screen brightness to suit varying visual requirements and energy-saving needs across different scenarios. The backlight LEDs operate under the conditions of Vf = 18.0 ± 1.0 V and If = 40 mA, with full PWM dimming control support. A constant-current driving method is adopted to maintain stable backlight brightness, further enhancing display reliability. With the 480x854 industrial-grade TFT as its cornerstone, this display solution delivers a perfect balance of environmental resilience, visual clarity, and operational stability, making it a trusted choice for mission-critical industrial applications.

Deeply adaptable to multiple scenarios, a universal display solution for all industries

●  Industrial Control and Automation Scenarios

Widely applicable to industrial human-machine interfaces (HMIs), PLC control panels, CNC equipment, automated production line instruments, and similar devices. Leveraging the advantages of high-brightness display, wide-temperature stability, and multi-interface compatibility, it accurately displays production parameters, operational workflows, and equipment data—meeting the demands of long-term continuous operation in industrial settings while shortening development cycles for industrial equipment. The 480x854 industrial-grade TFT serves as the visual backbone of these systems, delivering crisp, reliable performance even in harsh factory environments.

●  Smart Terminals and Medical Equipment Scenarios

Well-suited for smart home control panels, smart locks, portable medical testing instruments, outdoor security terminals, and other products. Its slim and compact structure consumes minimal internal space, while low-power characteristics align with the battery-life requirements of portable devices. The high-definition touch experience enhances the intelligent quality of the product, balancing practicality with aesthetic appeal. Whether in a handheld diagnostic tool or a wall-mounted home hub, the 480x854 industrial-grade TFT ensures consistent image clarity and responsive interaction across diverse applications.

●  Commercial Self-Service and Display Scenarios

Ideal for small self-service kiosks, mini advertising display screens, electronic shelf labels, and other commercial equipment. High color gamut and color reproduction capabilities guarantee true-to-life presentation of advertisements and product information. The fast-refresh mechanism adapts well to dynamic content推送, and the touch functionality enhances the user interaction experience, making it a versatile choice for retail and public-facing environments.

Technical parameters

The TFT-H050A26FWILT5C40 5-inch industrial-grade touch TFT display integrates high-definition, high-brightness display, sensitive capacitive touch, a slim and minimalist structure, multi-interface compatibility, and industrial-grade wide-temperature reliability, overcoming industry pain points such as insufficient reliability in civilian screens and high cost and poor adaptability in industrial screens. With its balanced comprehensive performance, ultra-low development threshold, and excellent scene adaptability, it has become the preferred display module for industrial automation, smart hardware, medical equipment, and commercial terminals, providing a stable and reliable display core for the human-machine interaction upgrade of various smart devices. HOTDISPLAY continuously provides customized industrial TFT LCD display solutions, including size customization, touch solutions, interface solutions, and structural design support.We also offer a version without touch functionality; please click the product model link.：TFT-H050A26FWILT6N40

For more product lines, please contact us directly!