Media and Resources
In the dynamic realm of European telecommunications, the 5G market is projected to exceed beyond €17 billion by 2026, with Italy marking its presence with a 10% contribution to this thriving sector, signifying remarkable progress in European region.
Insights gleaned from the Polytechnic di Milano School of Management shed light on the pivotal year of 2023 for the fifth-generation mobile network industry. The establishment of three critical standards (R15, R16, R17), particularly geared towards "massive IoT," set the stage for further innovation. Additionally, groundwork for two advanced iterations (R18 and R19), slated for release by the end of 2025, underscores the industry's commitment to continualIoTadvancement.
Across Europe, including the UK, a total of 117 active 5G dedicated network projects underscore the vast potential of this transformative technology. Leading the charge are Germany and Finland, with Italy showcasing its proactive stance through seven new initiatives. These initiatives, primarily focused on manufacturing (44%) and logistics (30%).
Given this perspective, manufacturing and logistics emerge as critical application areas for 5G. With the future demands ofindustry 4.0 for cross-line and cross-workshop collaborative production, the need for centralized control becomes increasingly pressing. Leveraging 5G network co-transmission technology,5Gnetworks can support not only mobile intelligent industrial devices but also ensure low-latency transmission of industrial data with high reliability.
In this transformative landscape, SIMCom, a global leader in IoT communication solutions, is introducing a series of 5G module products specifically tailored to meet the demands of Industry 4.0. These innovative IoT modules seamlessly integrate 5G communication and AI machine learning technologies, enabling enhanced collaboration among robotic arms and mobile robots within complex production environments. As robotic arms and mobile robots increasingly take on repetitive tasks, these modules facilitate the separation of perception, execution, and control decisions, streamlining operations.
These IoT solutions directly address challenges encountered in the manufacturing and logistics industry, where traditional industrial control systems impede multi-device collaboration and struggle to meet the demands of intelligent factories. By leveraging SIMCom’s 5G modules, businesses can optimize production efficiency by enabling real-time communication and coordination between machines, thereby reducing downtime and ensuring real-time data security. This marks the onset of a new era characterized by efficient and intelligent manufacturing processes.
During the recent Embedded World event, SIMCom displayed its contributions to the European 5G landscape against the backdrop of Industry 4.0 Automation, garnering considerable interest from potential clients in attendance. The introduction of SIMCom's series of 5G modules represents a substantial advancement in revolutionizing IoT connectivity solutions tailored specifically for Industry 4.0 applications, heralding a promising future forIoT connectivity and beyond.
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