The industry sector presents an incredible diversity of automation solutions, each tailored to specific operational needs, all of which benefit from advanced Industry 4.0 technology.
Although the fourth industrial revolution did not spring up overnight in cheers, at the circuit board level it has been ongoing, perhaps one time changing a reliable switch and sensor. Amazon recently revealed that its goal is to use robotics to eliminate the need to hire 600000 human operators by 2033, as it expects to double current product shipments. [1]
As plants, vehicles, and infrastructure become smarter, the amount of electronic components in each system increases dramatically. Meanwhile, as manufacturers and other industrial companies seek to use next-generation control systems, advanced security solutions, and optimized communications to facilitate data transfer, the demand for components and applications will surge. This article provides an overview of the full range of Industry 4.0 ready components offered by TE Connectivity, giving you a quick look at some of the components that can be used in new designs.
Integration of advanced technology
In 2022, the global Industrie4.0 electronics market exceeded $146 billion. By 2030, AI、 The integration of cutting-edge technologies such as machine learning, the Internet of Things (IoT), and cloud services will enable this number to exceed $627 billion. [2]
Sophisticated product designers can leverage the benefits of this wave by integrating advanced power, switches, connections, and AI processing technologies into every segment of the industry. The communication function not only monitors and controls the Industry 4.0 components in real time, but also uses the data analysis function to diagnose and predict potential problems and faults before they occur.
At the heart of this technological revolution are switching relays, EMI filters, safety systems and new, more compact I/O connectors. In addition, a single pair of Ethernet (SPE) is important, combining data and power into two conductors, replacing the current four conductors, while reducing weight and cost with a more resilient, longer life cabling solution.
The increasing complexity and automation of industrial processes has led to a growing demand for reliable, compact and powerful switching solutions.