4G LTE RouterEOL
D-Link DWR-921 4G LTE Router allows you to access worldwide mobile broadband networks from anywhere in the world. Once connected, you can transfer data, stream media, and send SMS messages. Simply insert your USIM card and share your 3G/4G Internet connection through a secure wireless network or by using any of the four 10/100 Ethernet ports.
Built-in LTE Modem
The router is equipped with a built-in LTE modem which provides 3G/4G mobile connection with fast downlink speeds of up to 150Mbps and uplink speeds up to 50Mbps.1
Using the DWR-921 device, you are able to quickly create a wireless network at home or in your office, which lets computers and mobile devices access the Internet virtually anywhere (within the operational range of your wireless network). The router can operate as a base station for connecting wireless devices of the standards 802.11b, 802.11g, and 802.11n (at the wireless connection rate up to 300Mbps).
Secure Wireless Connection
The router supports multiple functions for the wireless interface: several security standards (WEP, WPA/WPA2), MAC address filtering, WPS, WMM.
The wireless router DWR-921 includes a built-in firewall. The advanced security functions minimize threats of hacker attacks, prevent unwanted intrusions to your network, and block access to unwanted websites for users of your LAN.
In addition, the router supports IPsec and allows to create secure VPN tunnels.
Built-in Yandex.DNS service protects against malicious and fraudulent web sites and helps to block access to adult content on children's devices.
Easy configuration and update
You can configure the settings of the wireless router DWR-921 via the user-friendly web-based interface (the interface is available in two languages – in Russian and in English).
The fast and easy configuration wizard allows you to specify all needed parameters in several simple steps.
You can simply update the firmware: the router itself finds approved firmware on D-Link update server and notifies when ready to install it.
1Data rates are theoretical. Data transfer rate depends on network capacity and signal strength.