Products by Meiko Electronics America

Metal-based heat dissipation substrates are useful for preventing brightness reduction due to temperature rise in LED products. Meiko offers aluminum-based heat dissipation substrates, which combine cost-effective aluminum with high-quality heat dissipation resin, and copper-based heat dissipation...

Global manufacturer of mass-production printed circuit boards, supporting leading OEMs and Tier 1 suppliers across the automotive, industrial, automation, consumer, communications and power electronics sectors. As part of the Meiko Group, the company focuses exclusively on high-volume PCB...

Copper Inlay PCB's are useful for heat dissipation of heat-generating components. Heat dissipation is achieved by pressing a copper block (copper inlay) directly under the heat-generating component. Because heat is not dissipated over the entire board, there is the same degree of freedom in wiring...

"Liquid Loop" substrate with a built-in water-cooling structure as a substrate technology that further improves the heat dissipation of metal-based substrates. By incorporating a water flow channel into the metal-based substrate, it is possible to significantly reduce the thickness and weight, as...

FPCs (Flexible Printed Circuits), also known as flexible substrates, are flexible substrates made from insulating film. Due to their thin, light, soft and durable characteristics, they are used in electronic devices that require miniaturization, high-density packaging and flexibility.

Meiko has considered various high-frequency compatible materials and developed circuit boards for automotive millimeter-wave radar (ADAS). We provide hybrid structure circuit boards that use general circuit board materials except for the surface layer that requires high-frequency compatibility....

A board for flexible wiring and ultra-compactness. As the number of passive components mounted on small mobile devices increases, there is a demand for higher density component mounting. However, as there is a limit to the surface mounting area that can be achieved with conventional surface...

This board is a combination of flexible and rigid boards, and does not require connectors to connect the boards, making it ideal for digital devices that are sensitive to noise. Furthermore, the connector-less design allows for a thinner design and three-dimensional implementation. Initially, it...

HDI PCB's are multilayer boards in which conductor patterns are created on insulating layers, and then layers are stacked one by one using laser technology, plating technology, etc. They allow for higher density and integration than typical multilayer through-hole boards and are used in devices...