Hx8872c Datasheet Jun 2026

: Dot Clock input. All input data is latched on the rising or falling edge of this signal, depending on register configuration.

The HX8872C integrates a sophisticated timing controller (TCON) that provides precise control over the display. It supports high-speed MIPI DSI interfaces for efficient data transfer. The device includes source drivers for RGB sub-pixel rendering and gate drivers for scanning the display panel.

Safety logic forces automatic shutdown if internal chip temperatures exceed 150°C. Internal Architecture & Block Diagram hx8872c datasheet

While the official datasheet is not directly linked here, you can find it through the following methods:

Disclaimer: This article is an educational summary of publicly available information regarding the HX8872C. For production designs, always verify all parameters against the latest official datasheet from Himax Technologies. : Dot Clock input

, the HX8872 series provides exceptional noise immunity and stability compared to older legacy chips. Himax Technologies, Inc Typical Applications is widely used in: Consumer Electronics : HD/LED televisions, digital cameras, and mobile phones. Automotive

Supports up to 24 MHz via crystal or external clock oscillators. It supports high-speed MIPI DSI interfaces for efficient

It operates within a standard voltage range (e.g., 2.5V to 3.6V), suitable for many portable and embedded applications.

The pinout of the HX8872-C is split into logical functional blocks: the system interface (inputs from the CPU/GPU), the panel interface (outputs to the glass drivers), and power/ground rails. Input Signals (System Side) : 24-bit parallel RGB data input lines.

Understanding the HX8872-C datasheet is essential for hardware design engineers, display technicians, and embedded systems developers working on small-to-medium display integrations. This article breaks down the essential technical specifications, pin architecture, and implementation details found within the official documentation. 1. Device Overview and Key Features