Cables and connectors may not always be the first aspect of a project that people consider, but they are still important —— and increasingly because they meet today's needs, including smaller size devices.

　　When it comes to electronics, technology is developing rapidly and component manufacturers are trying to keep up. Whether it's smart phones, medical imaging devices or remote sensors that access military satellite systems, devices are becoming smaller and more complex. At the same time, these devices still need to be durable, able to withstand great wear and tear, while providing unhindered data transmission and collection capabilities.


　　New requirements for electronics manufacturing mean the need to redesign connector components for these devices. Redesign is not always easy because the connector itself must be micro and micro. furthermore, the original equipment manufacturer (OEM) needs to provide more customizable design options for products specific to the application. manufacturers are trying to meet these changing RF trend demands by providing flexible cables with reliable interfaces, reliable connections, and portability.

　　When space and performance are important

　　RF trends are moving towards low-size components to cope with smaller electronic devices. Devices still have complex components, but size and weight requirements have been significantly reduced to achieve more portability.Depending on the type of plug needed for the connector, many OEM are looking for microwave components capable of providing high-speed interfaces up to 67 GHz that utilize 1.85 mm connectors to enable high-plug cycles.

　　Higher frequencies Require greater data transmission

　　Due to the transmission and reception of large amounts of data, equipment systems now tend to be fiber optic and microwave cables. These complex systems are evolving from traditional units GHz performance levels to more than 40 GHz of frequency requirements.

　　RF connectors for microwave cables are now intended to provide solutions for smaller mechanical components to provide higher packaging density.


　　Variable connection and disconnect function

　　A keyed coaxial connector is being introduced for electronic devices that allow 18 GHz of performance while providing keyed location options. this setting minimizes mating problems while providing more reliable connections to handle systems that withstand high shock and vibration in various environments.

　　A keyed coaxial connector is being introduced into electronics that can achieve 18- GHz performance while providing keyed location options. This setting minimizes the insertion problem while providing more reliable connections to handle systems that withstand high shocks and vibrations in various environments

　　Updated design capability to reduce compression

　　When looking at the old coaxial cable, the first thing to pay attention to is the rigid design of the cable at the connector connection point. The termination cable may be compressed when twisted and rotated, which affects the durability of the connector and adversely affects the performance of the connector.

　　This RF trend requires more flexible connector design

　　The manufacturer is studying connectors that can ensure matching with fault-proof connection nuts, while providing cable plugs that allow different polarization.


　　As technology advances, more customized connector solutions are needed

　　With the increase of our data transmission demand, it is expected that the technology will advance faster. Connectors need to be able to meet this challenge without falling behind in performance or operational options. both for satellite devices, mobile communications, and electronic warfare applications, RF connectors need to be designed according to the correct configuration required for a particular product or application.

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