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A new alliance for standardized data transmission is driving the future of autonomous, connected vehicles

TE and AVIVA have developed a connectivity solution that supports data rates up to 16 Gbps per lane over 10 meters of STP cable and 15 meters of coaxial cable, enabling real-time transmission of high bandwidth video and data for autonomous technology.

A new alliance for standardized data transmission is driving the future of autonomous, connected vehicles

Car owners increasingly want a personalized user experience that integrates their digital life, contains advanced safety and autonomous driving features, and provides connected vehicle services that intelligently interact with the environment. To meet these consumer expectations, vehicles will be characterized by an increasing amount of advanced technology integrated into the vehicle including sensors, cameras, actuators, antennas and high-performance computing units to enable a wide range of personalization. High performance data connectivity will be a key enabler of this hardware.

“The automotive industry is experiencing a transformation of vehicle and business models moving from traditional vehicles, with features and functionality defined at point-of-sale, to autonomous and connected software-defined vehicles offering a safer, more connected and personalized mobility experience that is defined, on-demand, by software,” said Carlos Almeida, senior manager, business development, data connectivity at TE. “With these developments, comes the increasing need for data to travel further and at faster speeds. Our collaboration with AVIVA provides manufacturers with a reliable connectivity solution for next-generation vehicle applications.”

The new solution developed between AVIVA Links and TE uses AVIVA’s Quad Port device, the industry’s first ASA-based chipset delivering an aggregate throughput of approximately 64 Gbps with up to 16 Gbps line rate per port, as well as TE’s coaxial MATE-AX connector portfolio of smart, integrated and multi-hybrid connector and cable assemblies that have the ability to meet increasing FIT (Failure In Time) rates and support efficient automated assembly. The solution can support both Shielded Twisted Pair (STP) as well as coaxial cables.

“Over the last few years, the number of cameras and displays in automobiles has greatly increased, leading to an unprecedented demand for automotive-grade high-speed communication,” said Kamal Dalmia, co-founder and COO of AVIVA. “Through our collaboration with TE, we are enabling 16 Gbps connectivity for in-vehicle networks (based on the ASA-ML standard) to support this demand and also pave the way for true zonal architectures and link aggregation, thus lowering the overall cabling costs and weight, a major contributor to the overall vehicle weight.”

As autonomous and connected vehicles with software-defined business models become a reality and more mainstream, the need for secure standards-based solutions is critical to advance the modern automobile architecture. These solutions not only deliver innovative and intelligent capabilities, but also significantly exceed the performance, power, solution size, and cost metrics of the more traditional solutions in use today.

For more information on this innovative new solution, visit For more details on TE’s sensor solutions, visit

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