This article explores how AI servers are reshaping the global electronics industry, driving demand across PCBs, CCLs, ABF substrates, testing equipment, and passive components. As AI servers evolve toward higher power consumption, larger chip sizes, and greater packaging complexity,
In Benlida’s molding workshop, operator Chen is taking a stack of semi-finished FPC boards out of a storage bin.
The doubling of prices for high-speed AI server boards (high-end PCBs) is essentially the result of three overlapping factors: exploding demand, a materials revolution, and the limits of manufacturing processes.
PCB pricing in 2026 remains one of the most misunderstood topics in electronics manufacturing. On the surface, a printed circuit board appears simple: a fiberglass substrate with copper traces.
Yet in practice, two boards with similar physical size can differ in cost by three orders of magnitude.
To understand electronic manufacturing, it is essential to recognize that PCB and PCBA are not competing technologies. Rather, they represent […]
Advances in information technology have placed higher demands on electronic components in terms of miniaturization, high integration, high frequency, and low loss.
The integrated electronic surface-mount production line at the Northwest Institute of Mechanical and Electrical Engineering is responsible for the initial surface-mount production of a certain type of PCB.
The performance and reliability of electronic equipment are closely related to the environment. In the operating environments of modern electronic devices, corrosion caused by humidity, salt fog, and mold is quite common and can cause significant damage to electronic products.
In modern electronic devices, printed circuit boards (PCBs) serve as the carrier for electronic components and the bridge for electrical connections; the choice of PCB type directly impacts product performance, reliability, and cost.
Learn how process responsibility in FPC manufacturing prevents defects, reduces waste, and improves product quality. Discover the “Three No’s Principle” and how each production step impacts final performance.
