4/8/2024 0 Comments Molex battery connectorAdditionally, advancements in non-conductive materials will allow future connected vehicles to incorporate seamless designs without sacrificing connectivity to satellites, Wi-Fi networks and other systems. Close collaboration with automakers and suppliers is essential to defining optimal antenna placement and performance. Backed by a decade-long roadmap of 5G V2X projects and established industry leadership in shark-fin antenna development, Molex has set a steady pace of innovation in support of self-driving vehicles. Ongoing developments in antennas, sensors and connectors are among the most relevant enablers of evolving vehicle-to-everything (V2X) capabilities. Navigating the Road Ahead for V2X Antennas The pace of development in this area is gaining momentum as companies realize opportunities for streamlined product designs, reduced costs and seamless device pairing. ![]() Distinct reliability and durability advantages over physical, metal-to-metal contacts make contactless connectors ideal for video displays, harsh environments, sleek and light consumer electronics, as well as industrial robotics. They also support much higher data rates than previously possible with existing wireless protocols, such as Bluetooth and Wi-Fi. Paving the Way for Contactless ConnectivityĬontactless connectors use miniaturized radio frequency (RF) transceivers and receivers to enable devices to communicate and exchange data without requiring physical contact between them. Additionally, Molex experts offer perspectives on the critical role that connectivity plays in driving the creation of new business models, such as Transportation-as-a-Service, which challenges conventional vehicle ownership. ![]() Timely observations shed light on the trajectory of these important innovations, as well as their ever-increasing impact on automobiles, consumer devices, factories, medical wearables, smartphones, smart homes, data centers and more.
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