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Polyimide High Frequency PCB for IoT Devices

HDI PCBs & Microvia PCB Products

HDI PCBs & Microvia PCB Products

HDI (High-Density Interconnect) PCBs and Microvia PCB products represent advanced printed circuit board technologies designed for high-performance electronic applications. These boards feature finer lines, smaller vias, and higher connection pad density than conventional PCBs, enabling more compact and complex designs.

Key Features and Benefits

The primary advantages of HDI and Microvia technology include increased wiring density, improved signal integrity, and enhanced reliability. These features are critical for modern electronics where space and performance are at a premium.

Microvia Technology

Microvias are small laser-drilled holes that provide interconnections between different layers of the PCB. They are essential for achieving the high-density layouts characteristic of HDI designs.

Design Considerations

Implementing HDI requires careful planning regarding layer stack-up, via types (blind, buried, or through-hole), and material selection to meet specific electrical and thermal requirements.

Applications

HDI PCBs are widely used in demanding industries and products.

  • Smartphones and Mobile Devices
  • Medical Imaging Equipment
  • Aerospace and Defense Systems
  • High-Performance Computing and Networking
  • Advanced Automotive Electronics

Capabilities Overview

Manufacturing HDI PCBs involves specialized processes and stringent quality control to ensure performance and reliability.

CapabilityDescription
Laser DrillingPrecision creation of microvias for dense interconnects.
Sequential LaminationBuilding the board in stages to incorporate buried vias.
Fine Line TracingEtching very thin conductive pathways on the board.
Advanced MaterialsUse of high-frequency and low-loss laminate materials.
Quality and Reliability

Rigorous testing, including electrical testing and thermal cycling, is conducted to ensure every HDI PCB meets the highest standards for endurance and performance in its intended application.