Teltonika RUTX50 Industrial 5G-Router

Product Information

TRB245 can be used to integrate modern and legacy industrial equipment in one solution via RS232 or RS485 interfaces. By using a different 4G antenna than is supplied with your 4G router is is just enabling you to position the antenna where it may be able to receive a better signal becuase of the antenna location, for example outdoors or on the outside of a metal cabinet. These services can include the addition of a fixed, public IP address, or for added security a fixed, private IP address.

As a strong 5G router, the RUTX50 is well-equipped for even high-capacity network environments such as large business offices and crowd events. dual SIM cellular communication combined with 5 Gigabit Ethernet ports and dual-band Wi-Fi enables reliable ultra-low latency data transfer. This 5G router from Teltonika builds upon the success of the Teltonika 4G router range that is widely used in all types of industry for remote access and monitoring using 4G LTE cellular connectivity.

To further the RUTX50's versatility, this router also supports passive PoE (9-50v) through its LAN1 port, allowing it to be positioned remotely from any regular power sockets. The RUTX50 has 4 x SMA Female ports on the side for the connection of the supplied 4 x 5G Antennas (elbow joint, 5G paddle antenna) so this router can support the connection of alternative antennas. All of these functionalities and more can be configured using the clear and intuitive RutOS web interface.

Status LEDs: 3 x connection status LEDs, 3 x connection strength LEDs, 10 x Ethernet port status LEDs, 4 x WAN status LEDs, 1x Power LED, 2 x 2. This is delivered to the LAN via high speed, Gigabit Ethernet for wired connectivity and the RUTX50 router has built-in 802. The Teltonika RUTX50 is a very powerful LTE 4G/5G router, capable of using CAT20 technology to reach mobile speeds of up to 3.By installing an alternative antenna outdoors or on top or the side of a kiosk or cabinet can help the router receive the best available signal for optimum performance and reliability.