In the Internet of Things industry: such as logistics and transportation, coal, agriculture, environmental protection, finance, meteorology, military and other fields, the data that needs to be collected is often in the wild or in an environment where it is difficult to lay a wired network. Therefore, for the transmission of data here, The wireless 4g router with ethernet transmission function has a very powerful advantage over the wired transmission function.

1. Compatible with the entire network, seamless network switching

Ilinsi's industrial routers support seven network standards such as TD-LTE, FDD-LTE, and TD-SCDMA; all networks can be switched seamlessly, which can be said to be a very comprehensive full network router with hotspot coverage to meet various WIFI communication needs , Self-search in the network environment, automatically enable strong signal network;

2. Industrial quality, stable operation in harsh environments

Industrial-grade metal casing, high EMC electromagnetic compatibility, high and low temperature resistance (-35℃to 75℃), wide voltage (5V-35V); very good quality moisture-proof, lightning-proof, anti-electromagnetic interference capabilities, our industrial full network router It can ensure the stable operation of the equipment in harsh environments;

3. Guarantee data lossless transmission

E-lins’ industrial full network routers have multiple VPN protocols and DTU transparent transmission protocols. The multi-layer encrypted transmission of industrial routers guarantees the stability and accuracy of data, and the data transmission reaches financial-level standards;

4. No data loss

Many 4g routers will experience data packet loss when in use, but E-lins’ 4g routers will not. We adopt industrial design, with stronger antennas and more sensitive signal search capabilities; network failures will automatically recover, and the equipment will be reconnected after disconnection. Online

5. Remote management of equipment, saving cost

As a manufacturer of industrial 4g routers, E-lins alerts on equipment failures to increase the online rate of equipment in remote areas; meets the needs of large-scale management; supports remote diagnosis, maintenance, and self-recovery of failures, reducing operation and maintenance costs and improving efficiency.