The Vigor 2620Ln is a low cost router/firewall with LTE/4G as the headline connection method. In addition, it can use any one of three methods for its primary WAN (Internet) connectivity, falling back to one of the others in case of service interruption. It has a Dual-SIM cellular (3G/4G/LTE) modem, VDSL2 / ADSL2+ modem (Phone Line Broadband) and Ethernet (RJ45 - which can connect to many other WAN delivery sources), the Vigor 2620Ln provides extreme flexibility to ensure a reliable connection
With the built-in 4G, the Vigor 2620Ln is ideal for mobile Internet connectivity, or locations which wish to use LTE as their primary connectivity method or temporary workplaces. You have the benefits of a DrayTek firewall, with optional web content filtering, shared by multiple users on wireless or wired connections to the unit. You slot regular (standard size) SIMs into the back of the vigor 2620Ln for use on any of the UK cellular networks or MVNOs (exc. Relish).
The Vigor 2620Ln then provides Internet access to your local clients and the VPN facility fires up automatically and can provide a secure VPN link back to your HQ, or channel all of your traffic through a compatible 3rd party VPN provider for added security.
Reliable Internet Connection for Small Office
Vigor2620Ln LTE Series is a VDSL2/ADSL2+ modem router with 2 x embedded SIM card slots for 4G/LTE failover. It is equipped with 2x Gigabit Ethernet LAN ports, one of which is switchable to an additional backup WAN interface. It's the solution for SMBs to minimize Internet downtime.
Vigor2620Ln LTE Series is a versatile router for a business network around 30 hosts. It can have two concurrent VPN tunnels to link to the main offices or provides remote access for Network Admins. It also offers flexibility for network management, including Port Forwarding, SPI Firewall, Content Filtering, Bandwidth Management, QoS and more. The series includes models with built-in 11n Wi-Fi.
2 Internal x 2dBi
Fixed WAN Port
LAN/WAN Switchable Port
1x GbE RJ-45 (LAN P2 can be Configured as Ethernet WAN)