In recent years, device makers are paying much more attention to slimmer designs,  which requires more innovative ideas to fit components in these much smaller spaces. The CABLINE^® series harness assemblies are not only capable of transmitting high-speed signals, but they can also be threaded through hinge components in a limited space.

Connectors with locking functions can strengthen the mating retention force, which helps prevent disengagement of the connection. There are various types of locking methods for connectors.

I-PEX pioneered the development of connectors that efficiently connect micro-coaxial cables and provide stable quality. In 1996, I-PEX announced the world's first micro-coaxial connector “CABLINE^® I” for digital signal differential transmission. Since then, the micro-coaxial cable connection method became popular in consumer applications such as notebook PCs. I-PEX will continue to innovate and expand our micro-coaxial product line.

Technical drawings vary in different companies. This article will help you better understand I-PEX connector product drawings, making your design and development work, and communication with your production line more efficient.

Have you ever had a hard time choosing a micro-coaxial connector for high-speed transmission? There are many factors that can make it difficult to select a connector. In order to make the selection process easier, this article provides some examples of how to select the best connectors for your applications.