2 oz Copper ENIG Rigid-Flex PCB
Rigid-flex PCBs are widely used in medical devices, industrial control systems, consumer electronics, automotive electronics, and aerospace equipment. They combine rigid board areas with flexible circuit sections. This makes them suitable for compact products that need stable connections and efficient use of space. A 2 oz copper ENIG rigid-flex PCB offers higher current carrying capacity […]
3 oz Extreme Copper PCB Custom Manufacturing
3 oz ultra-thick copper PCBs are widely used in industrial control systems, power modules, new energy equipment, automotive electronics, and energy storage systems. These applications need higher current capacity, better heat dissipation, and stable long-term operation. Compared with standard PCBs, 3 oz thick copper PCBs can carry larger current loads. The thicker copper layer also […]
Custom Design of High-Frequency and HDI PCBs for AI Applications
AI servers, GPU computing platforms, data centers, and edge devices need PCBs with stable high-speed transmission, dense routing, and good thermal performance. Standard PCB structures often face limits in signal loss, routing space, and impedance control. High-frequency PCBs help reduce transmission loss. HDI PCBs support finer lines, smaller vias, and more compact layouts. These PCB […]
4 oz Extreme Copper PCB Custom Manufacturing
4 oz ultra-thick copper PCBs are widely used in industrial control systems, power modules, new energy equipment, automotive electronics, and energy storage systems. These applications require high current capacity, better heat dissipation, and stable long-term operation. Compared with standard PCBs, 4 oz thick copper PCBs can handle larger current loads. The thicker copper layer also […]
Optical Module HDI PCB, Optical Module Gold Finger PCB
With the rapid growth of 5G networks, AI data centers, cloud computing, and high-speed switching equipment, optical modules have become a critical component in modern high-speed communication systems. Optical modules require not only stable high-speed data transmission, but also superior signal integrity, thermal performance, and space utilization. Traditional PCBs often face issues such as signal […]
8-Layer Rigid-Flex PCB Stackup Design
8-layer rigid-flex PCB stackup design is commonly used in electronic products with extremely high requirements for space efficiency, reliability, and signal integrity. It combines rigid PCBs with flexible circuits, allowing the circuit board to support high-density component layouts while adapting to complex connection paths and assembly spaces. For products such as consumer electronics, industrial control […]
6 oz Heavy Copper PCB Custom Design
6 oz thick copper PCBs are widely used in high-power electronic systems, such as industrial equipment, new energy systems, power control products, and automotive electronics. These applications require high current capacity, efficient heat dissipation, and stable long-term operation. Compared with standard PCBs, 6 oz thick copper PCBs can carry larger current loads and help spread […]
Any Layer High Density Interconnect PCB
With the rapid development of AI servers, 5G communication systems, new energy vehicles, and smart electronic devices, modern electronics are moving toward higher speed, smaller size, and greater integration density. Traditional multilayer PCBs are gradually becoming insufficient in terms of routing flexibility, signal integrity, and space utilization for complex electronic systems. As a result, Any […]
5 oz Heavy Copper PCB Custom Design
5 oz thick copper PCBs are used in high-power applications such as industrial control systems, power equipment, new energy products, and automotive electronics. These applications require high current capacity, better heat dissipation, and stable operation in demanding environments. Compared with standard PCBs, 5 oz thick copper PCBs can carry larger current loads. The thicker copper […]
Custom HDITR Power Control Board PCB – Fast Prototyping & Mass Production
With the rapid development of new energy vehicles, industrial automation, energy storage systems, and high-performance communication equipment, modern electronic devices now demand higher stability, integration density, and thermal performance from power control systems. Traditional PCBs are no longer sufficient for applications requiring high power density, compact structures, and high-speed signal transmission. As a result, HDI […]