Typical 5G CPE Application Scenarios

Typical 5G CPE Application Scenarios

5G CPE is a type of 5G terminal equipment. It receives the 5G signal sent by the operator's base station, and then converts it into a Wi-Fi signal or a wired signal, allowing more local devices (mobile phones, tablets, computers) to access the Internet. The full name of CPE is Customer Premise Equipment, and the industry likes to call it "Customer Terminal Equipment". In fact, Premise means "premise, hypothesis", and a more accurate translation should be "customer front-end equipment". The so-called "front" means that it always stands "in front" of the user equipment. Its function is to convert mobile communication signals (4G, 5G, etc.) or wired broadband signals into local LAN signals for use by user equipment.

(1) Intelligent transportation: based on GPS, monitoring system, etc., locate the location and status of vehicle transportation, and timely control the information of vehicles, materials, etc., based on industrial Internet data online, transportation capacity socialization, resource platformization, and realize the online docking of freight supply and demand information And real-time sharing, effectively integrating the scattered freight market, improving the organization of transportation, and improving the operational efficiency of transportation, which is boosting

New changes in the industry.

(2) Intelligent warehousing: relying on industrial Internet technology to carry out warehouse location, in and out of warehouse deployment, automated unmanned warehouse, plan, organize, guide and control various resources in the warehouse, and realize the storage and movement of goods (incoming Warehousing, outgoing, and moving in the warehouse) management, integrating, mining, tracking and sharing warehousing information, effectively realizing the automation of picking up, seamless inbound and outbound and accurate order processing.

(3) Intelligent distribution: With the help of the industrial Internet platform, the load/load volume sensors and mobile communication technology are used to monitor the volume of each node (warehouse and transfer center) in real time, extract the information required to reconfigure resources, and use artificial intelligence Such core algorithms reasonably allocate logistics resources, optimize transportation routes, and increase truck loading rates. Build urban distribution capacity pools, and develop distribution models such as joint distribution, centralized distribution, and intelligent distribution.

(4) Intelligent scheduling: Based on the industrial Internet platform, it integrates orders, vehicles, goods, personnel and other resources, analyzes and mines through big data, and proposes the optimal transportation plan, distribution plan, logistics plan, warehousing plan and emergency response plan , Through the reasonable scheduling and allocation of resources, we can meet customer needs to the greatest extent, reduce logistics costs, and improve the ability to respond to uncertain market demands.