LANCOM Systems LANCOM R&S Unified Firewall UF-60 desktop firewall med 4 Gigabit Ethernet-porte og 2 USB 3.2

Z Lancom R&S Unified Firewall UF-60 LANCOM R&S Unified Firewall UF-60 hardware firewall LANCOM R&S Unified Firewall UF-60, 3.5 Gbit/s, 0.79 Gbit/s, 700 Mbit/s, IEEE 802.1Q, BGP, Wired LANCOM R&S Unified Firewall UF-60. Firewall throughput: 3.5 Gbit/s, IPSec VPN throughput: 0.79 Gbit/s, IPS/IDS throughput: 700 Mbit/s. Networking standards: IEEE 802.1Q. Routing protocols: BGP. Connectivity technology: Wired, Ethernet LAN data rates: 10,100,1000 Mbit/s, Console port: RJ-45. Form factor: Desktop Network security for small & medium enterprises (SME) Cyber attacks no longer stop at smaller companies and medium-sized businesses. Whether it's small or home offices, medical practices, or law firms: multi-layered, trusted protection against threats of all kinds is essential, even for smaller networks. Stay one step ahead of threats with the desktop models of the next-generation firewalls (NGFW) including Unified Threat Management (UTM) and the "One-Click Security" concept in combination with the LANCOM Management Cloud – and all this in an uncomplicated, budget-friendly way, tailored to your requirements. All LANCOM R&S®Unified Firewalls are developed in Germany and guarantee freedom from backdoors. Highlights Our security pledge: next-generation security with UTM With threats to networks constantly growing, trusted security is anything but a given. As the keystone of network security, next-generation firewalls (NGFW) combine common security mechanisms with the latest generation technologies. In the triad of security, compliance, and usability, the top priorities are effective protection of your network and maximum prevention against threats that are not yet known – this promise applies without restriction to all LANCOM R&S®Unified Firewalls, regardless whether they are desktop or rack models. All LANCOM R&S®Unified Firewalls are developed in Germany, are guaranteed to be free of hidden access options (backdoors), and thus ...