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HDI PCB 16 layer with High TG Blind Holes EING And Resin Plugging Technology
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HDI PCB 16 layer with High TG Blind Holes EING And Resin Plugging Technology

HDI multilayer pcb (High-Density Interconnect Printed Circuit Board) is a type of printed circuit board known for its advanced features and capabilities. It offers several distinctive product characteristics, including a multilayered structure, buried vias design, and crucial control points in the production process.

 HDI PCBs are designed with multiple layers of conductive traces and insulating materials stacked together. This multilayered structure allows for a higher density of interconnections, enabling the board to accommodate complex and compact circuit designs. The layers are interconnected using vias, which provide vertical connections between different layers. 

HDI PCBs offer a multilayered structure, buried vias design, and crucial control points in the production process. These features enable higher circuit density, miniaturization, controlled impedance, and reliable signal transmission, making HDI PCBs well-suited for advanced electronic devices

    Key Characteristics

    ◈ The core advantages of HDI PCB lie in its compact structure, high wiring density, and excellent electrical stability, making it the core carrier for lightweight and thin electronic equipment. It is widely adopted in consumer electronics such as smartphones, tablet computers, and wearable devices, as well as precision medical equipment and portable communication terminals. 
    ◈ By optimizing microvia layout, impedance matching, and high-density wiring routing, we solve common industry pain points including signal crosstalk, insufficient heat dissipation space, and structural extrusion in miniaturized circuits. 

    HDI PCB

    ◈ Our HDI PCB design strictly complies with international manufacturing standards, realizing precise control of line width, line spacing, and via aperture, ensuring stable high-speed signal transmission while maintaining the mechanical strength of the board. It perfectly meets the stringent size and performance requirements of modern compact electronic products.

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