Enterprise Routers

Regarding enterprise routers, ServerBasket offers you a broad spectrum of products from the market leaders. Select Juniper, Cisco, MikroTik, Arista, HPE, and more to strengthen the business network. Our experts are readily available to assist you in selecting the right router that meets your enterprise requirements for a solution that will offer performance and reflect the value derived from it.

An enterprise router is a network device that transfers data packets from one network to the other. Enterprise-level routers forward millions of data packets per second, ensuring secure enterprise routing through Ethernet ports. They connect VPCs to the networks on-premise, setting up a hub network that offers high bandwidth and better performance.

Routers are embedded with advanced firewalls and come with features like Network Address Translation and Virtual Private Networks. A firewall inspects incoming and outgoing traffic, blocks/filters packets based on security instructions for network security in routing. VPNs are secure tunnels that pass encrypted data between locations. NAT masks the IP addresses of devices when the network communicates with the outer internet.

WAN is a collection of local area networks (LANs), and an enterprise network router typically interconnects LANs. LANs are connected through routers to form a WAN. Routers keep the enterprise networks connected even when the WAN link is broken, through a number of load-balancing algorithms that handle all such situations.

Routers prioritize traffic based on critical applications and traffic types whenever resources are limited. It systematically manages congestion and oversubscription based on the actual available capacity of a network. Routers proactively develop proactive congestion identification patterns to act only when there is genuine congestion. Prioritizes traffic through QoS, i.e, based on the assigned importance levels.

SD-WANs are intelligent software that monitor network performance and reroute traffic to alternative network paths based on real-time conditions like failure detection. This involves standby routers, switches, and links. The advanced routing protocol VRRP directs the network to the backup router, and the dual power supplies and dual routing engines ensure hardware-level availability.