Industrial-grade 4G routers use high-performance industrial-grade 4G wireless modules, industrial-grade high-security and high-precision components, and a variety of high-temperature and cold-working environments to provide reliable networking and secure communications for unattended systems.
Industrial 4G Routing Principle
The primary user uses a tariff card (SIM card) to plug in the 4G router and dial-up the network through the operator's 4G network TD-LTE or FDD-LTE network to complete the data transmission and access the Internet. For the interactive transmission of remote big data, it can also be used as a router with WiFi to complete the Internet sharing.
Industrial 4G routers use areas
It is primarily used in smart grids, intelligent transportation, smart homes, smart finance, industrial automation, public safety, environmental protection, and digital medical care. It has become widely used, and is primarily used for big data or video transmission.
Industrial 4G Router Features
1. Robust networking and communication: High-performance industrial-grade 4G wireless module, industrial-grade high-security and high-precision components, -35~+75oC extremely wide temperature planning, easy to use in high temperature and cold working environment, and reliable supply for unattended systems Networking and secure communications.
2. Data processing and transmission speed increase: CPU processing speed is increased by 3 times, WIFI transmission speed is increased from 54 Mbps to 150 Mbps, built-in FLASH, RAM capacity is increased by 2 times, satisfies large data volume wireless transmission needs, such as images, video, etc. Clear circulation.
3. The allocation of bandwidth and capital is controllable: new traffic control, traffic records, and real-time network speed display function, which can be handled according to the pre-customized bandwidth allocation form according to the type of network protocol.
4, strong WIFI: WIFI support 802.11b/g/n, support WIFI AP, AP Client, repeater, relay bridging and WDS, etc., and supports WEP, WPA and other encryption methods to meet more WIFI communication needs. WIFI uses built-in integrated planning, which helps improve the product's security.
5, supporting the supply of equipment for processing channels: supporting the assembly of many equipment handling, batch configuration and promotion of function, large projects to implement and handle more efficient.
6. The signal strength shows in real time, the network signal strength is displayed in real time, and the on-site protection power is improved.