High frequency of electronic equipment is a development trend, especially under the increasing development of wireless networks and satellite communications, information products are moving toward high speed and high frequency, and communication products are moving toward large capacity and high speed wireless transmission of voice, video and data standardization. Therefore, the development of the new generation of products requires high-frequency circuit boards. Communication products such as satellite systems and mobile phone receiving base stations must use high-frequency circuit boards, which will inevitably develop rapidly in the next few years, and there will be a large demand for high-frequency circuits boards.

We are the most important RF/Microwave PCB manufacturers in China that can provide all high frequency materials to produce RF / Microwave circuits. For more than 10 years, we have been actively engaging with major material manufacturers to study material characteristics, improve R & D capabilities of high-frequency boards, optimize production processes, and improve product quality of high-frequency boards. At present, our company has become an important player of the global high frequency board supplier, with a monthly production capacity of 15,000 square meters of high frequency board.

RF / Microwave Material Stock

We have developed partnerships with the key material suppliers such as Rogers, Arlon, Nelco, Taconic and Taizhou Wangli (from domestic militory factory) Generally, we maintain a stock of various materials with a size of 30,000 square meters per month. For some special materials, we need about one week to order.

Finding the right high-frequency laminate for your PCB requires discovering a wide range of characteristics and determining how to combine them into a single picture. It’s a complex puzzle where you have to determine tradeoffs between multiple options and use cases. We recommend you contact PCGL to learn more about these high-frequency laminates and we will provide our suggestions and get a better understanding on the selection process.