Ubiquiti EFG Enterprise Fortress Gateway Maršrutizatorius, 2x SFP28, 2x SFP+, 2x 2.5 GbE RJ45

Ubiquiti EFG Enterprise Fortress Gateway - Advanced Router for Professional Networks.

Meet the Ubiquiti Enterprise Fortress Gateway (EFG), an extremely powerful router that offers unlimited management and network optimization. With 2x SFP28, 2x SFP and 2x 2.5 GbE RJ45 ports, the device provides superior throughput and configuration flexibility. Ubiquiti EFG is the ideal solution for large companies, institutions and professional users looking for reliability and security.

Unmatched performance and versatility

The Ubiquiti Enterprise Fortress Gateway features an 18-core ARM v8.2 2 GHz processor and 16 GB of DDR4 memory for lightning-fast processing. It supports routing bandwidth of up to 23.5 Gbps and IDS/IPS of 12.5 Gbps , making it suitable for the most demanding network environments. You can manage 500 UniFi devices and support more than 5,000 clients , making it an ideal choice for extended networks.

Advanced security features

EFG offers a range of advanced security features such as a stateful firewall, IPS/IDS with 80,000 threat signatures , and content, domain and ad filtering. With applications such as WireGuard, OpenVPN and IPsec , you can create secure VPN connections, providing secure network access to remote users . WAN redundancy with failover and load balancing increases network reliability.

Comprehensive network management with UniFi

The router integrates with the UniFi platform, allowing you to manage all devices on your network from a single application. With LCM's 1.3-inch touchscreen display , you can monitor key network data in real time. Manage applications, identify devices and analyze network traffic in real time.

Flexibility and scalability

With 2x SFP28 25G, 2x SFP 10G and 2x RJ45 2.5 GbE ports , the Ubiquiti EFG adapts to your network needs. The ability to assign any two interfaces to the WAN allows for flexible configurations. Hot-swappable 150W CRPS power supplies guarantee continuous operation in the event of a single power supply failure, providing an extra layer of security.