是什么推动了交通连接性的演进？ 高压物理、材料科学、先进电路的最新进展使坚固、可靠、集成的解决方案成为可能，让交通运输安全、有趣和可持续，从而推动了创新。     在 te，我们运用在这些领域的专业知识，制造高压连接器系统、高密度传感器、5g 天线、交钥匙总成和小型化布线，以应对最严格的运输挑战：提高车辆的可靠性和响应能力。在发生机械故障之前检测潜在的机械故障。将车辆连接到云的同时减少能源消耗。在车辆内、车辆与基础设施之间以及整个运输网络中，加速并集成高速数据、高电流功率和高清晰度信号连接性。     在世界各地，我们的工程师们正与客户（汽车制造商、铁路公司和航空航天创新者）共同努力，制定和发展一体化的技术体系，以在严酷的条件下实现安全、可持续、可靠的运输。我们的解决方案可以承受极端的暴露、温度和振动，适应公路和铁轨、城镇周边、工作场所以及整个天空和深空间环境。

 

What drives the evolution of traffic connectivity?Recent advances in high-voltage physics, material science, and advanced circuits have enabled robust, reliable, and integrated solutions that make transportation safe, interesting, and sustainable, thus driving innovation.At te, we apply our expertise in these areas to manufacture high voltage connector systems, high density sensors, 5g antennas, turnkey assembly, and miniaturization cabling to meet the most stringent transport challenges: improved reliability and responsiveness.Check for potential mechanical faults before a mechanical failure occurs.Connecting energy vehicles to the cloud while reducing energy consumption.Accelerate and integrate high-speed data, high-current power, and high-definition signal connectivity within vehicles, between vehicles and infrastructure, and across the transport network.Around the world, our engineers are working with customers (carmakers, railways and aerospace innovators) to develop and develop integrated technology systems to achieve safe, sustainable and reliable transportation under harsh conditions.Our solutions can withstand extreme exposures, temperatures, and vibration, adapted to roads and tracks, town perimeter, workplaces, and the entire sky and deep space environment.