Advantages and Application of caimore 5G Industrial Wireless Router

#CPE #5G #Gateway #industrialgateway  #remotecontrol  #remotemonitoring #wifirouter

Entering the 5G era, smart vehicles, smart cities, smart transportation, and smart manufacturing will all become more operable, humanized, and intelligent. All these developments are inseparable from the development of wireless networks, including wireless routers. Routers, which make connections simple, have become indispensable end devices in network nodes. As a leader in 5G/4G wireless IoT equipment, caimore keeps pace with the times, vigorously develops 5G industrial routers, and has successively developed a variety of 5G series router equipment. With its leading service model, its excellent product quality is favored by the market. Among them, the CM520-6XX series of industrial routers have achieved 5G communication in high-speed rail/motor train on-board WIFI, emergency command vehicles, vending machines, smart express cabinets, smart bus stop signs, outdoor advertising machines and other fields.

CM520-6XX High-end WiFi Router

Caimore CM520-6XX series industrial router is an industrial-grade wireless router, designed to fully meet industrial-grade standards and industrial user needs, using high-performance ARM embedded processor CPU, multi-level software monitoring and multiple hardware protection mechanisms to improve equipment stability. 

Advantages in intelligent industry

1. Rich interfaces, providing a variety of network access capabilities

A device that supports 4 ports of Ethernet communication, 1 port of WAN communication, WIFI and WAN 5G/4G wireless communication functions, the device is loaded with security functions such as WAN communication VPN tunnel, WIFI LAN transmission security authentication, etc., to achieve wireless LAN and wireless WAN. Seamless links provide users with high-speed, safe and reliable mobile broadband services.

2. Worldwide band 5G network, stronger compatibility and wider coverage

The device integrates 4 Gigabit Ethernet ports, supports Worldwide band 5G network access, and can be online on multiple networks at the same time. It has passed the operator's 5G network speed test. 5G network seamless switching, super WIFI coverage.

Support IPTABLE firewall, static and dynamic routing PP0EPPP, server and PPP, client, DHCP, server and DHCP client, DDNS, firewall, SNAT/DNAT, DMZ host, WEB configuration, support APN/VPDN.

3. High reliability design

Using metal shell, shielding electromagnetic interference, system protection level IP41, with lightning protection design. The ultra-low temperature and ultra-high temperature design of the system is especially suitable for use in harsh industrial environments. The system has a watchdog WDT protection, and a system monitoring protection SWP is loaded to ensure stable data transmission.

4. Secondary development, compatible with industry regulations

The equipment supports secondary development, users can develop private protocols according to their needs, and the equipment can be compatible with various industry regulations and standards.

5. Support wired and wireless backup for each other

It supports the backup function of 5G/4G wireless link and broadband link. When wireless communication is impossible, it will automatically switch to PPPOE broadband network and adopt adaptive mode.

Applications in Smart IoT Communication

1. In-vehicle applications: high-speed rail, motor trains, buses, buses, intelligent emergency command vehicles, intelligent emergency vehicles and other vehicle applications;

2. Power station monitoring, pump station monitoring and other remote data acquisition and monitoring fields;

3. Power industry applications: remote data collection and monitoring of power distribution cabinets, ring network cabinets, power transmission and distribution terminals, solar power stations, and intelligent charging piles;

4. Application in water conservancy and water industry: collection of parameters such as water level, water pressure, flow rate, and flow rate;

5. Oil field/pipeline monitoring: data collection of oil level, oil temperature, oil pressure, etc.;

6. Smart agriculture: intelligent animal husbandry temperature and humidity data collection and monitoring;

7. Industrial automation: data transmission of CNC machine tools, robotic arms, and various sensors;

8. Seismic and meteorological monitoring data collection and monitoring;

9. Smart transportation: data transmission monitoring such as signal light monitoring and rail transit;

10. Smart fire protection, smart city, smart building control and other places.