TE Connectivity MATE-AX miniaturized coaxial connectors
TE Connectivity announces MATE-AX miniaturized coaxial connectors
The rise in ADAS technologies and wireless connectivity applications is driving an increase in the number of sensors, cameras, and antennas in vehicles. These components rely on coaxial cables to transmit and receive large volumes of high-frequency data. TE Connectivity’s MATE-AX miniaturized coaxial connector system addresses these demands by delivering advanced automotive data transmission performance, supporting bandwidths of up to 9 GHz, and reducing PCB footprint by up to 75%. Designed for reliability and high performance in challenging environments, the MATE-AX connector system is ideal for safety-critical applications such as cameras and antennas. With a comprehensive portfolio of connector types and sizes, the MATE-AX system is versatile enough to support a wide range of RF-based applications. Furthermore, its compatibility with existing wire types ensures seamless integration into current coaxial architectures, offering flexibility and ease of implementation.
Features
- Automotive‑grade robustness:
- Fully compliant with LV214 and USCAR49 requirements*
- Anti‑stubbing features prevent improper connections and pin damage
- Fully protected terminals with inward‑facing contact points
- Space reduction:
- One of the shortest terminals on the market provides additional installation space
- Up to 75% PCB footprint reduction compared to standard FAKRA solutions
- Manufacturing efficiency:
- Terminal design optimized for automated manufacturing
- Supports existing wire types for easy integration into current architectures
- Global manufacturing footprint ensures supply flexibility
Applications
- Cameras:
- Surround view
- Lane assist
- High beam assist
- Blind spot detection
- Traffic sign recognition
- Rear view
- Driver monitoring
- Gesture control
- Night vision
- Mirror replacement
- Antennas:
- 4G, LTE, and 5G
- Keyless entry
- Remote parking
- Bluetooth (BT)
- WLAN
- V2X, DSRC, and C‑V2X
