Performance & Power-Savings
D-Link Core Routers utilize a 64-bit dual-core processor with a Gigabit ASIC chip and FPGA components. Hardware-based processing for various specialized services such as Virtual Private Networking (VPN) and diverse security functionality enable robust processing and high throughput, while consuming 15% to 20% less power than comparable devices.
Robust Expandability
D-Link Core Routers support external interface, slots and modules, without overloading the primary CPU resources. Distributed architecture provides every line card with its own ASIC, and adequate internal channels of high-bandwidth to deliver high performance and throughput for the expansion modules. Modularity enables a complete range of connection types such as E1, T1, serial and Async.
These routers integrate multiple services on a single platform, including routing, switching and security. Layer-2 link protocols are supported, including PPPoE and dot1q (IEEE 802.1q), as well as Static & Dynamic Routing Protocols such as RIP, OSPF, BGP, and BEIGRP.
Security features for D-Link Core Routers are extensive, and include ACL, NAT, and a variety of VPNs (IPSec/L2TP/PPTP/GRE). Industry-standard security functions are also supporting, including AAA, Radius, and PAP/CHAP, which provide secure network access for enterprise networks.
The core routers support IPv6 Data Forwarding, IPv6 Routing Protocols, and IPv6 Multicast Routing Protocols. It also supports IPv4/IPv6 Dual-protocol Stack and IPv6 Translation technology so that the existing IPv4 network can be seamlessly upgraded to IPv6 Network.
D-Link Core Routers include the DROS operating system (OS), enabling a multiservice platform for Routing, Switching, Security, and VPN, capable of meeting the diverse needs of Government, Financial Institutions, Defense, Telecoms, and Enterprise.
DI-SR3800-61
Next-Generation Multiservice Core Switching Router
DI-SR5800
Next-Generation Multiservice Core Switching Router
See the Full Range
Need more options? You'll find what you need in our impressive array of routers designed to fit any deployment, at any budget.
