Automotive Technology Innovations & Award Winning Solutions

Next-generation automotive architectures are increasing wiring density and adding complexity to harness design. Separate connectors for power and data consume valuable space and drive up material costs. Using multiple discrete interfaces introduces repetitive validation cycles, slows development and increases program risk.

To make wiring more manageable, interconnect solutions need to consolidate functionality while maintaining performance and compliance. Integrating power, signal and high-speed data into a single modular interface reduces system complexity and simplifies design. Globally compatible and field-proven technologies designed for EV, ADAS and zonal architectures help accelerate development timelines.

The award-winning Molex MX-DaSH Connector System follows this approach by delivering a unified, high-density interconnect solution that combines power, signal and data into a single modular interface. Pre-validation to standards helps streamline qualification and reduce rework, while the compact, scalable design supports the performance and reliability requirements of modern vehicle platforms.

Increasing vehicle functionality is driving greater demands on connectivity as advanced infotainment, diagnostics and device integration require higher data rates and greater power delivery within limited space. Simultaneously, connectors must perform reliably in harsh environments, including under-the-hood and exposed automotive applications where temperature, vibration and contamination are constant factors.

Meeting these requirements calls for high-density interconnect solutions that can deliver speed, power and durability in a compact form factor. Support for multiple protocols within a single interface reduces system complexity, while robust mechanical features help maintain consistent performance in demanding conditions. Designs must also balance miniaturization with reliability to ensure long-term operation across a wide range of vehicle environments.

The HSAutoLink C Interconnect System delivers award-winning automotive connectivity through a compact, high-density design that supports up to 24 pins within a reduced footprint. The platform enables multi-protocol integration, including USB, Ethernet and DisplayPort, while connector position assurance (CPA) features help ensure secure mating and reliable operation in harsh conditions.

Growing electronic content in vehicles continues to compress more functionality into limited space, placing constraints on connector size and packaging efficiency. At the same time, evolving form factors can add assembly complexity and inflate costs, while upgrades to 48V systems using traditional USCAR interconnects often introduce design complexity and extended validation cycles.

These challenges require miniaturization that maintains the same interconnect flexibility and performance. Introducing consistent housings and package sizes enables easier upgrades across platforms and compatibility with existing architectures.

The award-winning MX150 Connector System from Molex brings the industry a more compact footprint compared with traditional USCAR connectors while delivering robust performance. The platform offers flexible configuration options within a consistent form factor, minimizing engineering effort when upgrading to 48V architectures. With proven capability for mid-voltage applications such as lighting, power windows and wiper motors, MX150 supports reliable operation with voltage ratings up to 60V.