Connected vehicles, smart traffic management systems, and autonomous capabilities are trends that are poised for rapid and sustained growth in the near future. In this article, learn about wireless antenna technology from Abracon and how it applies to innovation in automotive applications.
As vehicles and traffic systems become more and more complex, it becomes necessary for all individual sensors to communicate with each other. Whether vehicle-to-vehicle, vehicle-to-cloud, vehicle-to-infrastructure, or vehicle-to-everything, robust antenna technology serves as a vital link in these connected communications.
Antenna Reliability
AEC-Q200 certification is an objective measure of reliability in passive automotive electronics. To gain this certification, parts must pass vibration, thermal shock, temperature exposure, operational life, thermal cycling, and other tests. Abracon offers a wide range of automotive qualified antenna solutions that meet this standard.
Considerations for Automotive Antennas
This paper discusses the numerous electrical, mechanical and environmental characteristics to consider when selecting an antenna for automotive applications. The factors include return loss, gain, polarization, efficiency, mounting type, operating temperature and IP rating.
Available Antenna Types
Protocol services play a key role in antenna selection. Abracon offers internal and external antennas for all common communications protocols, including Wi-Fi/Bluetooth, 5G Cellular, GNSS/GPS, SDARS, UWB, DSRC/C-V2X, SRR + LRR, AM/FM, and DAB (digital audio broadcasting). With wide-ranging options available for use in many different automotive applications, Abracon can supply an antenna that excels. View all available Abracon antenna solutions here.
Today’s automotive customers are looking for much more than simply a way to get from Point A to Point B. They want to stay connected to their world. Antenna solutions from Abracon make this possible. For more information, click through to read the full application note.