Bolg

When designing complex, multi-functional boards, maintaining signal integrity across large areas is a real challenge. That’s why I often choose large size HDI PCB—it offers short, direct interconnect paths through stacked microvias and blind vias, reducing delay and crosstalk.

Having worked in the PCB manufacturing field for over 20 years, I’ve seen how the demand for large size HDI PCB has grown significantly. Unlike conventional boards, these PCBs support high-density interconnects on an expanded surface area, which is ideal for advanced communication systems, servers, ......

These advanced PCBs provide engineers with unique design capabilities: - Ability to place high-power components closer together - Reduced need for external heat sinks - Improved electromagnetic interference (EMI) shielding - Higher current-carrying capacity - More compact overall syst......

Multilayer aluminum-based printed boards represent a significant advancement in PCB technology, combining the thermal conductivity of aluminum with the complexity of multilayer designs. These specialized circuit boards feature alternating layers of conductive traces and dielectric materials bonded t......

Benchtop temperature test chambers are compact, precision-engineered devices used to simulate various temperature environments for testing materials, electronic components, and products. These chambers are widely utilized in quality control, research and development, and reliability testing across i......

High-frequency printed circuit boards (PCBs) are essential in modern electronic systems that require fast signal transmission, such as communication equipment, radar systems, satellite devices, and advanced computing technologies. These PCBs must manage electromagnetic interference (EMI), signal int......