Powerful Quad-Core Enterprise Gateway - DrayTek Vigor3912
Available
DrayTek Vigor3912 is an ideal solution for networks that demand high performance and ultra-fast connection speeds. This router is powered by a 2GHz quad-core processor, ensuring fast connection speeds even with multiple connected devices.
Power Input:
AC 100~240V @ 0.5-0.7A
Max. Power Consumption (watts):
35
Dimension (mm):
443 x 285 x 45
DrayTek Vigor3912 is an ideal solution for networks that demand high performance and ultra-fast connection speeds. This router is powered by a 2GHz quad-core processor, ensuring fast connection speeds even with multiple connected devices.
The Vigor3912 features 8 WAN ports, including 2x 10G SFP+ ports for fiber connectivity, 2x 2.5G Ethernet ports, and 4x 1G Ethernet ports, providing blazing fast NAT throughput of up to 15.6 Gbps. Ports 1 to 8 are independently configurable as WAN or LAN, offering significant flexibility in network management and optimizing the router's performance to meet enterprise needs.
The Vigor3912 serves as a VPN server, allowing the establishment of LAN-to-LAN or remote dial-in VPN connections. It includes SMB-friendly features such as VPN 2FA authentication and VPN from LAN, ensuring a more secure and efficient VPN network, making it ideal for small to medium-sized businesses.
The Vigor3912S model comes with an additional feature of 256GB SSD internal storage, supporting Linux applications with Docker. This allows users to install and run powerful software directly on the Vigor3912S without the need for additional servers. The router also supports Suricata and VigorConnect, enabling easy installation and operation of advanced software, making it a versatile and powerful tool for enterprise networks.
With these advanced features, DrayTek Vigor3912 is the perfect choice for networks requiring high performance, flexible configuration, and enhanced security. Whether for a growing business or a large enterprise, this router delivers reliable and robust connectivity, ensuring that your network runs smoothly and efficiently under demanding conditions.