Although the introduction of high-frequency 5G signals provides more solutions for the connector, the design of the 5G connector also needs to consider more problems, this article mainly shares the design attention of the 5G connector.

If the transmission speed specified in the 5G standard is required within consumer products, the connectors must be carefully designed and manufactured to minimize impedance changes on the transmission line.

External signals can also be affected, so 5G connectors must adequately protect the system from electromagnetic interference and capacitive picking from external signals, maintain signal integrity and shield electromagnetic interference (EMI) at high speeds.

In addition, 5G connectors must also fit into the miniaturized space of modern mobile devices, and in addition to shape limitations, 5G connectors must also meet the strict requirements of application parameters, such as voltage standing wave ratio and insertion loss.

A well-designed 5G connector can minimize the reflection, degradation and distortion of the signal, so that it can be sufficiently shielded to effectively reduce EMI.