Distribution Mouser: Online Resource Center for Complex Requirements of Future Mobility Solutions

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Today's mobility is primarily driven by three global megatrends: urbanization, digitalization, and the response to the climate crisis. This presents engineers with new challenges. Mouser addresses this with its online resource center, which focuses on technologies reshaping mobility.

Mobility is evolving. Driven by the climate crisis, it is shaped by themes such as autonomy, connectivity, digitalization, and urbanization. This creates new development challenges in terms of infrastructure, safety, and performance. For example, new platforms for urban air mobility (UAM) are emerging, requiring designs that support reliable electric propulsion and corresponding charging infrastructure, while hydrogen fuel cell systems need power management solutions to maximize efficiency. At the same time, robotaxis and autonomous traffic are increasing the demand for robust sensors, AI-driven decision-making, and functional safety. Mouser's transportation resource center helps tackle these evolving design requirements—with expert technical content, practical insights, and new products for developing future mobility solutions—from concept to implementation.

In-Depth Technical Content

The content has been compiled by Mouser's technical team and manufacturing partners, offering a comprehensive collection of articles, blogs, e-books, and new products from various manufacturers. The featured technical content explores how engineers can advance the industry towards intelligent and autonomous e-mobility systems with new infrastructure, advanced power management, and proven strategies for practical implementation.

For product development, Mouser offers a large portfolio of semiconductors and electronic components, including solutions for transportation applications. These include, for example:

• The FRDM-A-S32K312 evaluation board from NXP Semiconductors is a flexible development platform designed for applications in automotive, industrial, and IoT sectors. With its compatibility with Arduino UNO, OpenSDA debugging, USB Type-C® connectivity, and expansion options for motor control and communication, the board provides engineers with an optimized platform for rapid prototyping and system development.
• PIC32CM SG 32-bit Arm Cortex-M23 microcontrollers (MCUs) from Microchip Technology combine low power consumption with advanced security, protection, and connectivity features. Operating at clock speeds of up to 72 MHz, these components support CAN-FD, USB, and integrated Arm TrustZone hardware security features for secure embedded designs in industrial and automotive applications.
• The AMPSEAL pin headers from TE Connectivity provide secure and highly reliable PCB connections for applications in transportation, industrial settings, and harsh environments. With their suitability for high-current applications and numerous configuration options, the robust AMPSEAL pin headers support engineers in developing durable, scalable systems for electric vehicles, factory automation, robotics, and intelligent infrastructure.
• The Sine Systems connectors of the AHD Series from Amphenol offer a cost-effective and reliable solution for connecting diagnostic equipment. The series is compatible with industry-standard 6- and 9-pin connectors and is available in both unsealed and environmentally protected threaded versions to support a variety of operating conditions. With options compliant with J1939 Type 1 and Type 2, the AHD Series connectors provide flexible and robust connectivity solutions for transportation systems and industrial applications.