2.0 Integrated Module

Electronic Equipment Field

Meaning: usually refers to components that integrate multiple electronic function modules together, such as processors, memory, communication modules, power management, etc., into a highly integrated system-level module.

Characteristics: With a higher degree of integration, it can effectively reduce the size of the device, reduce power consumption, and improve performance and stability. For example, the 2.0 integrated module of some smartphones integrates 5G communication functions with the processor and so on, so that the mobile phone is equipped with faster network connection and powerful computing power while remaining thin and light.

Applications: Widely used in smartphones, tablets, laptops, and other electronic devices, helping to realise thin and light, high performance, and diversified functions.

Industrial Automation

Meaning: It is the integration of multiple functions in industrial control, such as logic control, motion control, data acquisition and processing, etc., into a single module to achieve control and management of industrial production processes.

Characteristics: With powerful computing power and communication functions, it can quickly process various industrial data, support a variety of industrial communication protocols, and can conveniently network and interact with other devices. For example, some of Siemens' Industrial Automation 2.0 integrated modules can form a complex industrial control system with other devices through protocols such as PROFINET.

Applications: It plays an important role in automated production lines, smart factories and other scenarios of industrial production, which can improve production efficiency, quality and flexibility, and realise the intelligent and digital transformation of industrial production.