Hx8872-c Datasheet — Full

HX8872-C application note, HX8872-C vs ILI9341, HX8872-C pinout, HX8872-C Arduino library, HX8872-C replacement. Copyright notice: This article is for educational and engineering purposes. Refer to the official HX8872-C datasheet for absolute specifications. Himax Technologies retains all rights to the original datasheet content.

In RGB mode, yes. The HX8872-C has no internal RAM; it refreshes directly from the incoming pixel stream. Your MCU must continuously send data. hx8872-c datasheet

Introduction: Why the HX8872-C Matters In the world of display technology, the bridge between a processor and an LCD panel is often a critical, yet overlooked, component. The HX8872-C is one such component—a specialized LCD driver IC designed by Himax Technologies. While many drivers fade into obsolescence, the HX8872-C remains a relevant solution for specific embedded systems, legacy hardware repairs, and cost-sensitive TFT display modules. Himax Technologies retains all rights to the original

Check VSYNC and HSYNC polarity. The datasheet indicates that the HX8872-C can accept positive or negative edges, but you must configure the “Display Timing Control” register (0xB0) accordingly. Your MCU must continuously send data

// Then configure LTDC peripheral for RGB interface: // HSYNC = 10, HBP = 20, HFP = 10, VSYNC = 2, VBP = 2, VFP = 2 // Pixel clock = 9MHz Q1: Is the HX8872-C compatible with 1.8V logic systems? Yes. The digital I/O pins can operate at 1.8V as long as VDDIO is supplied at 1.8V.

| Command (Hex) | Function | Parameter Bytes | | :--- | :--- | :--- | | 0x01 | Software Reset | None | | 0x11 | Sleep Out (Exit Sleep Mode) | None (wait 120ms) | | 0x29 | Display ON | None | | 0x36 | Memory Access Control (orientation) | 1 byte (MX, MY, MV bits) | | 0x3A | Interface Pixel Format | 1 byte ( 0x05 =16-bit, 0x06 =18-bit) | | 0x2A | Column Address Set | 4 bytes (start/end col) | | 0x2B | Row Address Set | 4 bytes (start/end row) | | 0x2C | Write Memory (RAM data write) | Variable (pixel data) | A typical initialization sequence from the datasheet would look like: