New Connectors Target Faster Automotive Sensor Links
Announced specifications from four suppliers point to higher-speed and more rugged links, with availability not yet stated.
Updated on Nov. 4, 2026 in Robotics
Four connector makers, TE Connectivity, Amphenol Industrial, Attend Technology and Hirose, have introduced new connector systems aimed at automotive and industrial applications. The products are commercial introductions described in product announcements, and the source reports their published specifications rather than field deployment results.
Why it matters
Robot and vehicle designers increasingly depend on connectors that carry high-bandwidth sensor data while tolerating vibration and misalignment, so component-level improvements shape what machines can practically integrate. The Mini Fakra system is aimed at advanced driver assistance, camera and V2X links, areas where sensor data rates are rising quickly.
The figures are manufacturer specifications, with TE's Mini Fakra system rated to 9 GHz and up to 24 Gbps, and Amphenol's UPT 12-pin rated at 13 A per contact with IP57 protection when mated. The source does not benchmark these against earlier parts or report independent test results, and the data-rate ceiling depends on configuration and validation.
The players
TE Connectivity
A global connector and sensor manufacturer whose Mini Fakra system targets advanced driver assistance, camera and V2X automotive links.
Amphenol Industrial
The industrial arm of connector maker Amphenol, which expanded its UPT circular connector family with a 12-pin configuration rated IP57.
Attend Technology
A connector supplier that introduced 13-blade battery connector products across its 304A and 204B families.
Hirose
A Japanese connector maker whose FX36 floating board-to-board connector tolerates up to 0.7 mm of misalignment.
The details
TE's Mini Fakra connectors are miniaturized coaxial-style links, where a coaxial cable has a central conductor surrounded by shielding, used for high-frequency signals. Amphenol's UPT 12-pin uses a lightweight plastic housing with a metal bayonet coupling, the twist-lock mechanism common in cameras, instead of an all-metal shell to reduce weight. Hirose's FX36 is a floating board-to-board connector, meaning the two circuit boards it joins can shift slightly relative to each other; it accommodates up to 0.7 mm of misalignment in the x and y directions, which reduces mechanical stress on the joint.
Timeline
Article on the four connector introductions published 4 November 2026.
The Tech Race
TE's Mini Fakra extends the established Fakra coaxial family to the higher data rates demanded by camera and V2X sensor links in driver assistance systems. Amphenol's UPT and Attend's battery connectors show suppliers competing on weight, sealing and mating-cycle life in the same automotive and industrial segments.
Engineers designing automotive and industrial systems can evaluate these connectors for sensor and power links, though the source gives no availability or pricing. The products are announced specifications, so their practical timeline to production use is not stated.
The takeaway
The trajectory is toward connectors that carry faster sensor data and tolerate more mechanical stress in vehicles and machines. Watch for independent validation of TE's 24 Gbps figure and for the first production design wins for these families.
Further reading
For context on the sensor and actuator hardware these connectors serve, see our Robotics coverage.
Source note: This article includes information reported by All About Circuits.
