Mouser Electronics and Molex have collaborated on an eBook that explores the exciting changes taking place in industrial automation. The new eBook, Connector & Antenna Solutions for Industry 4.0, features contributions from Molex and Mouser subject matter experts that cover some of the most important topics in industrial automation, including digital twinning, deep learning, and neural networks.
The eBook also spotlights the Molex Industrial Automation Solution (IAS) 4.0, as well as Molex products such as Ultra-Fit power connectors and Contrinex sensors.
The fourth industrial revolution promises to deliver open platforms and solutions to every industry and application. The development of highly advanced semiconductors has led to new achievements in artificial intelligence and machine learning, empowering manufacturers to achieve Industry 4.0 initiatives on a global scale.
To stay on top of the rapidly changing face of industrial automation, manufacturers will need to embrace change and develop custom solutions that take advantage of the flexibility and efficiency of Industry 4.0.
With an emphasis on the Industrial Internet of Things (IoT), the new eBook provides valuable case studies and analyses of IoT technologies in applications like food and beverage manufacturing, power plants, and complex robotics.
Contributions from Mouser and Molex experts offer the most up-to-date information, including tips on how to leverage low-power sensors and artificial intelligence to optimise performance.
A high-level overview by Riky Comini, Molex’s Global Director of Industrial Automation, provides a roadmap for the future of industrial automation, guiding readers from today’s architectures to some of the future’s most fascinating possibilities.
Molex’s solutions for industrial automation include a broad selection of cable assemblies, power connectors, and antennas. Offering cost-effective, off-the-shelf solutions for a range of industries and applications, Molex’s products feature robust design and construction to withstand harsh conditions.