The Industrial Internet comprises two parts: OT (Operational Technology) networks and IT (Information Technology) networks. OT networks connect equipment and systems on the production floor, used for process control, equipment monitoring, and maintenance, serving as the production network supporting industrial manufacturing. IT networks are used for information management, business processing, and data analysis, acting as production support and management networks in industrial manufacturing. As enterprise R&D and management extend to the industrial workshop, the convergence of IT and OT networks has become a trend.
From the perspective of three typical 5G scenarios, eMBB (enhanced Mobile Broadband) can meet the data transmission needs of high-bandwidth business scenarios such as visual inspection, AGVs, and cloud-based robots; mMTC (massive Machine-Type Communications) can meet the data transmission needs of massive connection scenarios such as data acquisition; and uRLLC (ultra-Reliable Low-Latency Communication) can meet the low-latency, high-reliability data transmission needs of business scenarios such as remote control of industrial machinery and flexible robotic arms. 5G networks also possess numerous industry-adaptive features such as 5G LAN, 5G TSN (Time Signal-to-Signal), high-precision timing, and positioning, meeting the differentiated needs of various industry application scenarios. In its scenario-based practices, Unisoc deeply integrates standards pre-research, product development, and industry convergence, possessing comprehensive connectivity capabilities in the industry. It boasts a diverse portfolio of products and solutions in areas including 5G, Cat.6, Cat.4, Cat.1, and NB-IoT, providing core driving force for the industrial upgrading of the industrial internet.
