VR500L1
VR501L1 is a single-port 4G full-network industrial router product. In addition to supporting 4G LTE FDD and LTE TDD networks, this product is also backward compatible with 3G and 2G networks. In addition, this product has a variety of application interfaces, including Ethernet interface, RS232 serial port, and RS485 serial port, which can meet the various application needs of users.
The product supports VidaGrid cloud platform services, through which convenient and fast point-to-point connection and safe and reliable data transmission between routers can be achieved, remote data collection monitoring and parameter configuration of equipment can be realized, and equipment operation and maintenance costs can be saved for users.
The product can be widely used in fields that need to be interconnected through mobile networks, such as industrial automation, smart home, smart building, smart grid, mobile video surveillance, smart self-service, smart transportation and other fields.
Convenient network access and wide frequency band support：4G network technology is adopted, supporting LTE FDD (B1/B3) and FDD TDD (B38/B39/B40/B41), and backward compatible with WCDMA/TD-SCDMA/CDMA 3G networks and GSM/GPRS/EDGE 2G networks.
Flexible data collection function：Users can customize the collection frequency and upload cycle of each data point as needed according to the actual usage scenario, saving traffic and storage space.
Local/cloud management configuration：Provides powerful and easy-to-use configuration tools. With only one network cable, you can use PC tools to perform batch configuration management of devices; for devices that have been connected to the cloud platform, you can also remotely configure and upgrade the router through OTA.
Powerful cloud function：The product supports VidaGrid cloud platform services, which can realize fast and secure data collection. Through the secondary development tools of the platform, users can also customize the collected data in a graphical and process-based manner as needed, so that the display and monitoring of data fit the actual process of industrial users and conform to the habits of industrial monitoring.
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