
Diodes Incorporated
PI3HDX412BDZBE
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PI3HDX412BDZBE Description
PI3HDX412BDZBE Description
The PI3HDX412BDZBE is a high-performance HDMI interface IC from Diodes Incorporated, designed for specialized backplane connectivity in demanding digital systems. Packaged in a compact 56-TQFN form factor, this surface-mount device operates at 3.3V and complies with ROHS3 and REACH environmental standards. With an ECCN of EAR99 and HTSUS 8542.39.0001, it is suitable for global export. The IC is moisture-sensitive (MSL 2) and supplied in trays for automated assembly. Its HDMI-specific architecture ensures robust signal integrity, making it ideal for high-speed data transmission in multimedia and communication systems.
PI3HDX412BDZBE Features
- High-Speed HDMI Interface: Optimized for HDMI 1.4/2.0 signal conditioning, supporting data rates up to 6Gbps for 4K video.
- Low-Power Operation: 3.3V supply minimizes energy consumption in always-on applications.
- Enhanced Signal Integrity: Built-in equalization and pre-emphasis reduce jitter and crosstalk in long traces.
- Robust Packaging: 56-TQFN offers thermal efficiency and mechanical stability for dense PCB layouts.
- Compliance: Meets ROHS3, REACH, and MSL 2 standards for reliability in harsh environments.
PI3HDX412BDZBE Applications
- AV Receivers & Home Theater Systems: Ensures flicker-free 4K/60Hz video transmission.
- Digital Signage & Pro AV: Supports daisy-chaining in multi-display setups with minimal latency.
- Gaming Consoles & VR Headsets: Delivers low-latency, high-bandwidth HDMI signal routing.
- Medical Imaging Displays: Critical for noise-free video in diagnostic equipment.
Conclusion of PI3HDX412BDZBE
The PI3HDX412BDZBE stands out for its HDMI-optimized performance, low-power design, and industrial-grade reliability. Its combination of high-speed signal integrity and compact packaging makes it superior to generic interface ICs in applications requiring uncompromised video quality. Ideal for consumer electronics, professional AV, and medical systems, this IC is a versatile solution for next-generation digital interfaces.



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