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High-Precision Mechanical Blind Via + Depth-Controlled Drilling PCB Manufacturing Technology Solution
The PCB industry is currently accelerating its evolution toward High-Density Interconnect (HDI), particularly in niche sectors such as 5G millimeter-wave RF modules, automotive LiDAR signal processing boards, and medical imaging front-end acquisition cards.
2026-07-20
Kinji's 12-Layer 3-Step HDI Board Powers Industrial Intelligence Advancement
In high-end fields such as industrial control, edge computing, precision testing, and industrial communications, equipment demands extreme stability, high integration, and superior high-speed transmission performance.
2026-07-17
Comprehensive Analysis of PCB Copper Thickness: Parameter Standards, Design Essentials, and Industry Development Trends
Copper thickness is a core parameter in PCB design and manufacturing, directly determining the circuit board's current-carrying capacity, heat dissipation efficiency, signal integrity, and long-term operational reliability.
2026-07-16
HDI High-Density Interconnect – Every Layer Interconnect (ELIC) Technology Explained
ELIC (Every Layer Interconnect) is a core advanced process in high-end HDI (High-Density Interconnect) PCB manufacturing. Unlike traditional HDI, which relies on fixed step counts and restricted layer-to-layer interconnection, ELIC technology completely eliminates inner-layer mechanical through-holes and mechanical buried vias.
2026-07-13
Professional Selection Handbook: Rigid PCB, Flexible FPC, and Rigid-Flex Boards
The selection of rigid PCBs, flexible FPCs, and rigid-flex boards directly determines product structural form, electrical performance, reliability, and production yield. No single board type is absolutely superior. The core principles are scenario adaptability, quantifiable parameter matching, compliance with operating conditions, and cost-effectiveness.
2026-07-10
Surge in AI Computing Power Consumption: How Ceramic Substrates Become the "Ultimate Armor" for AI Chip Heat Dissipation
The global AI computing power race has fully entered a cycle of high-power-density iteration. Thermal management has evolved from an auxiliary design aspect of traditional packaging into a core bottleneck constraining the release of high-end AI chip computing power, operational reliability, and the overall lifecycle of equipment.
2026-07-08
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