Hx8872f+datasheet+pdf+upd ~repack~ -
Converts incoming data into the RGB signals required for the display. Output Stage: Directly drives the data lines of the TFT-LCD panel. Why Designers Use It The HX8872-F is favored for its reliability under stress
| Part No. | Resolution | Interface | Key Features | Package | |----------|------------|-----------|--------------|---------| | | HD | LVDS / MLVDS | Over-drive, CABC, 6+Hi-FRC/8bit | QFN48 | | HX8894 | FHD | LVDS / MLVDS | Over-drive, CABC, 8bit+Hi-FRC | QFN-68 / TQFP-64 | | HX8876 | HD/FHD | eDP1.2 / MLVDS | GOA Timing, CABC, Color Engine | QFN-46/60 | | HX8879 | HD/FHD | eDP1.4 / MLVDS | GOA Timing, PSR, IGZO/LTPS panel | QFN-60 |
The search term suggests you are looking for the technical documentation, the latest update, and potentially a programmer (UPD) for a display driver IC from Himax Technologies. While the exact HX8872F variant is a specific T-con (Timing Controller) used in LCD panels, most available public documentation refers to the closely related HX8872-C and HX8872-C030FCG models. This guide will cover everything you need to know about the HX8872 series, including its role in display systems, where to find its datasheet, how to interpret it, and how to program or update the chip when needed.
// 5. UPD Gamma Setting (Corrects for cold start flicker) LCD_Write_Cmd(0xB0); // Gamma Enable LCD_Write_Data(0x00); LCD_Write_Cmd(0xB1); // Positive Gamma uint8_t gamma_pos[] = 0x0F, 0x24, 0x3F, 0x50, 0x60, 0x70, 0x7F; for(int i=0; i<7; i++) LCD_Write_Data(gamma_pos[i]);
Be sure to match your specific suffix, as performance can vary: hx8872f+datasheet+pdf+upd
If you are troubleshooting a device that uses the HX8872F, here are some known faults and points to check:
Official datasheets for Himax components are often proprietary, but public versions and technical summaries are available on several platforms:
For the HX8872F, "UPD" usually refers to one of two things:
Search using these exact queries in Google or a document search engine: Converts incoming data into the RGB signals required
Supports common high-speed interfaces including LVDS, eDP, and MIPI. Output Interfaces:
Show the relationship between input signals and display driving signals.
The is a highly specialized, multi-channel Power Management Integrated Circuit (PMIC) widely engineered for advanced thin-film transistor liquid-crystal displays (TFT-LCD) and modern television panels.
Based on the reference design in the , here is the standard connection for an STM32 or i.MX RT microcontroller. | Resolution | Interface | Key Features |
: Turns the display thin-film transistors completely on.
The HX8872-F acts as the primary power regulator for the T-CON (Timing Controller) board within a display assembly. It is housed in a compact, thermally enhanced to dissipate heat efficiently during continuous high-voltage operation.
For engineers and technicians looking for the updated , technical documentation is often available through authorized distributors or specialized component search engines:
