Hx8872-c - Datasheet [top]
Display on/off control pin used during power sequencing.
Supports standard 24-bit Parallel RGB interface (8 bits per color: Red, Green, Blue).
To save cost and reduce power consumption, many LCD panels use 6-bit source drivers (262k colors). The HX8872-C features an integrated spatial and temporal dithering algorithm. This engine processes 8-bit input data and renders it smoothly on 6-bit hardware without visible color banding. Clock Management
Use a hierarchical decoupling network:
The HX8872-C is a highly integrated, high-performance timing controller (T-CON) designed by Himax Technologies. It primarily drives medium-sized TFT-LCD panels used in automotive displays, portable navigation devices (PNDs), digital photo frames, and industrial monitors. hx8872-c datasheet
In the bustling labs of Himax, engineers sought to create a bridge between digital data and vibrant imagery. They developed the
| Parameter | Specification | |---|---| | Supported Resolution | HD 1366×768 | | Input Interface | LVDS (Low-Voltage Differential Signaling) / MLVDS | | Clock Frequency | 30-115 MHz | | Core Voltage | 3.3V | | Package (Base) | QFN48 | | Package (Variant) | QFP-64 / LQFP-64 | | Special Features | Over-drive, CABC (Content Adaptive Brightness Control), 6+Hi-FRC/8bit |
Includes integrated power-saving modes, such as a standby mode to minimize current consumption in battery-powered devices.
Jotrin Electronics and Ariat Tech (Carry stock for specialized variants like the HX8872-C030FCG). Display on/off control pin used during power sequencing
The remains a popular choice for converting parallel RGB to MIPI DSI in embedded systems, automotive displays, and industrial HMI devices. By understanding the pinout, power sequencing, I2C register map, and MIPI routing constraints summarized above, you can successfully integrate this bridge into your design.
If you are searching for the hx8872-c datasheet , you are likely working on a project involving a small-to-medium sized LCD panel (typically 480x854 to 720x1280 resolution) that requires a high-speed, low-power serial interface. This article consolidates the critical technical data typically found in the official datasheet, including electrical characteristics, pin configuration, timing diagrams, and reference design guidelines.
The power-down sequence must act as the exact reverse of the power-up sequence. Shut down VGHcap V sub cap G cap H end-sub AVDDcap A sub cap V cap D cap D end-sub before removing the logic rail VDDcap V sub cap D cap D end-sub to avoid creating residual DC charges on the LCD pixels. 6. Applications and Layout Recommendations
It is a direct pin-compatible alternative for older chips like the C108872 and can often replace HX8872-E models with minimal PCB changes. Primary Applications The HX8872-C features an integrated spatial and temporal
): Typically operates between , though some variants support a wider input range of 2.0V to 5.5V .
Features a 6-bit + Hi-FRC (Frame Rate Control) or true 8-bit color processing workflow to deliver smooth, high-fidelity gradients. 2. High-Speed Data Interface
The HX8872-C is a versatile component found in numerous devices requiring precise image processing: Smartphones, tablets, and digital cameras.
The HX8872-C is an integrated circuit designed for high-performance display control. It is commonly utilized in the manufacturing of TFT-LCD panels, serving as a critical component in the rendering of visual data. Himax Technologies Key Function: Display Driver / Controller Active Status: Currently active in production
In a standard configuration, the HX8872-C is often integrated into a system containing: A Microcontroller: To send and receive display data. Timing Control:
