Akanksha Gaur

This comprehensive design and technology integration make DCARD an adaptable and high-performance solution for the future of in-car digital displays.

A new member joins the OpenROADM Multi-Source Agreement to drive advancements in efficiency, flexibility, and fault detection through innovative test and measurement contributions.

With improved safe operating area (SOA), reduced losses, and compact design flexibility, this advanced solution drives high efficiency and reliability across industries.

This design allows for multiple operating modes, including constant speed, torque, and power, ensuring flexibility and adaptability in different usage scenarios.

They deliver precise vehicle dynamics data for critical automotive safety functions, supporting ADAS features and meeting stringent ASIL D safety standards.

With a wide input range, customisable PWM settings, and an intuitive GUI for motor tuning, the design delivers precision, reliability, and ease of use for developers across diverse applications.

This versatile tool ensures precise measurements for a range of industrial applications, from micro-dimensions to large-scale diameters, while maintaining durability and reliability in challenging environments.

With a modular base system, advanced 3D technology, and flexible configurations, it minimizes training, enhances efficiency, and adapts to evolving production needs—all while addressing industry challenges like labor shortages.

An approach from Université Libre de Bruxelles is transforming swarm robotics, paving the way for advanced teamwork and coordination in real-world applications.

It combines advanced connectivity options, robust security, and interoperability to meet the demands of smart grid and automation systems.