TE
This white paper describes TE Connectivity’s vision for the next generation of mobility and its impact on vehicle architectures.
This paper addresses optimum locations for V2X equipment and discusses TE’s solutions for V2X ready antenna and compensators, V2X control units.
Learn how TE solutions for fast, reliable data connectivity are making vehicle-to-everything (V2X) interactions possible.
Today, we are witnessing a radical reimagining of the automobile. Advances in connectivity are creating opportunities in the automotive industry.
Two test kits help designers evaluate connector technology as they adapt single-pair Ethernet communications for their automotive applications.
The enetSEAL+ Connector System provides an environmentally sealed and field serviceable ethernet connection for commercial vehicles, construction machinery, and other harsh applications.
From shark fin antennas to a future with 5G, TE has been at the forefront of advances in antenna technology
A brief introduction to standards which apply to components used in automotive applications
This paper examines the trends and innovations around autonomous driving and the role of data connectors, antennas, and sensors in various autonomous driving use cases.
Transportation of the #future is developing rapidly. Trends at #CES2020 showcased numerous plans for driverless buses and other #AutonomousVehicles.
In this paper, we examine how manufacturers can achieve strategic space saving goals by using miniaturized connectors that provide true automotive-grade robustness.
Get to know our miniaturized connector systems and learn how we support smaller and lighter electronic components.
Examining the evolution of the automobile is easy. Since the early 1900s, there has been a myriad of advancements leading to today’s well-wired, sensor-rich cars
This paper describes relevant trends of innovative automotive sensors which support closed-loop control functions in exhaust gas after-treatment, transmission and battery monitoring.
TE Connectivity feels that technology and market forces have converged sufficiently to introduce a wireless vibration sensor.
These easy to use products provide proven solutions in a range of automotive applications from sealing and protecting electrical splices to providing mechanical protection for fluid management systems
