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How do advanced radar interconnects protect EV ADAS sensors from electromagnetic interference (EMI)?

DIRECT ANSWER

Advanced radar interconnects protect ADAS sensors from EMI by utilizing specialized protective housings and physical vapor deposition (PVD) coatings that provide robust electromagnetic shielding, maintaining high conductivity and signal reliability.

Advanced Driver Assistance Systems (ADAS) have become a cornerstone of modern automotive technology, enhancing both safety and convenience for drivers. The proliferation of sensors in autonomous and driver-assisted electric vehicles is driving demand for complex on-vehicle multi-sensor networks. 

Radar interconnects house and protect radar sensors from heat issues, electromagnetic interference, vibration, and shock. Ideal for sensitive applications, protecting these sensors ensures a reliable environmental model and allows for real-time decision-making

How do specialized housings resist interference?

A protective housing makes radar interconnects resistant to EMI. These robust and pluggable interconnects eliminate electromagnetic interference. Ideal for sensitive applications, their conductivity enhances the reliability of onboard radar systems.

What is the role of Physical Vapor Deposition (PVD) shielding?

A protective housing makes ENNOVI Radar Interconnects resistant to EMI, and a physical vapor deposition (PVD) coating offers further protection. The EMI shielding is formed by the PVD process. Furthermore, integrated with solder-free ENNOVI Press-Fit Technology, these radar interconnects are tough, compact, and cost-effective.

How does enhanced conductivity improve signal reliability?

ENNOVI Radar Interconnects are robust and pluggable, eliminating electromagnetic interference. Ideal for sensitive applications, their conductivity enhances the reliability of onboard radar systems. In essence, signal processing serves as the brain of Advanced Driver Assistance Systems, converting complex inputs into clear, understandable outputs that guide the vehicleโ€™s response to its surroundings.

What other environmental stressors are addressed?

ENNOVI Radar Interconnect houses and protects radar sensors from heat issues, electromagnetic interference, vibration, and shock.

Secure Your Sensors with ENNOVI

A protective housing makes ENNOVI Radar Interconnects resistant to EMI, and a physical vapor deposition (PVD) coating offers further protection. These solutions house and protect radar sensors from heat issues, electromagnetic interference, vibration, and shock. Ideal for sensitive applications, their conductivity enhances the reliability of onboard radar systems.

Contact ENNOVI today to learn more about our radar interconnect solutions and how we can protect your sensitive ADAS sensors.

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Brief details

Portfolio

Signal

Products

ENNOVI-Net (Automotive Ethernet),
ENNOVI-MB2B (Board-to-Board),
High-Pin-Count Headers,
Radar Interconnect,
LiDAR Interconnect,
Press-Fit (EON/miniEON),
MSiB (Modular Snap-in Biscuit)

Buyer stage

Performance Optimization

Author

ENNOVI

Last updated

June 2026

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