Transforming vision into reality. Download our trend paper today.
Next-generation mobility will be defined by safer, more sustainable and convenient ways of moving around. Our vision is to co-create engineering solutions for the vehicle architecture physical and wireless connectivity challenges that will be key enablers of this vision.
Connectivity is key to achieving the full potential of the connected car industry. All-electric, fully autonomous vehicles combined with cloud, big data and analytics technology will enable exciting new Mobility as a Service (MaaS) business models that will transform mass and individual movement in urban and other areas around the world. Read our trend paper to learn how this vision impacts vehicle architectures and how connectivity innovation is key to enabling this industry transformation.
By 2030, the automotive landscape will be defined by more sustainable, safer and convenient ways of moving around. Our vision is to co-create connectivity solutions that will be key enablers of this transformation.
Two key technology drivers - powertrain electrification and automation will ultimately lead to a new generation of all-electric, fully autonomous vehicles. At the same time, with the emergence of new business models, utilizing cloud and big data technologies, there will be a shift away from car ownership towards mobility services provided by new types of vehicle fleet operating companies.
Both individuals and organizations will benefit with richer services and lower costs as they embrace mobility services over car ownership. With connected car innovation, the industry is truly accelerating into the future.
Connectors and antenna technology innovation, key elements in new vehicle architectures, will enable this transformation by providing:
This trend paper describes TE's vision for the next generation of mobility and its impact on vehicle architectures. It shares how TE’s technology and portfolio address critical connectivity challenges the industry is experiencing. Four subsequent trend papers will provide a deeper look at connectivity technology challenges, requirements, and potential solutions.
Electromagnetic Compatibility in Connected and Electrified Vehicles
The increasing dependence on high-speed data by critical automotive applications increases the significance of Electro Magnetic Compatibility in the design of the physical interconnection network within vehicles. Download our white paper today,
Enabling Car-to-Cloud Connectivity
Vehicles require technology that resists shock, extreme vibration, and high temperatures. We engineered an ethernet solution that enables real-time computing and high speed data transmission – without disruption – for smooth vehicle-to-everything (V2X) interactions.
*Juniper Research 2018
**Center for Climate Protection 2018
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