HTM070A3-USART-ST V1.0 | 7.0" TFT LCD Module | 7 Inch 800x480 Capacitive Touch LCD Display Module with STM32
This module is a 7.0 TFT LCD display Module with an STM32 chip combines the advantages of STM32 microcontroller and embedded display technology, with the following core advantages:
High-performance processing
Equipped with ARM Cortex-M core (such as M4/M7), supports high main frequency (up to 480MHz), takes into account real-time control and graphics processing, and is suitable for complex UI and multi-tasking scenarios.
Low-power design
Supports dynamic voltage regulation and multiple power modes (such as Stop/Standby), extends battery life, and is suitable for portable products.
Rich graphics acceleration
Built-in hardware graphics accelerator (such as Chrom-ART) improves 2D graphics rendering efficiency, supports layer blending, anti-aliasing, and reduces CPU load.
Highly integrated
Single-chip integrated display interface (LTDC, DSI), touch controller (capacitive/resistive screen), storage interface (QSPI, SDRAM), simplifying peripheral circuits.
Open Development convenience
Supporting STM32 Cube ecosystem, providing tools such as TouchGFX and STM32CubeMX, supporting drag-and-drop UI design and fast underlying configuration, accelerating the development cycle.
Reliability and scalability
This 7.0 TFT LCD display Module combines strong EMC anti-interference, compatible with rich peripherals (CAN, USB, Ethernet), and adaptable to harsh environments.
Cost advantage
Covering from entry-level to high-end models (such as STM32F4/F7/H7), balancing performance and cost, suitable for diverse needs such as consumer electronics and industrial HMI.
7.0 TFT LCD display Module Typical applications: home appliance control panels, medical equipment interfaces, industrial dashboards, smart home central control, and other scenarios that require high interactivity.

8.0 Inch TFT LCD Display With LVDS Interface From China Manufacturer Now Available!
English
简体中文
日本語
Deutsch
한국어
Русский язык
Español
Français





























































