Emtedad Technologies - Your Local Internet Provider

A router is a networking device that forwards data packets between computer networks. Routers perform the traffic directing functions on the Internet. Data sent through the internet, such as a web page or email, is in the form of data packets. Extensive variety of routing hardware provides everything from high-end routing platforms for building IP optimized backbones, to Ethernet LANs to WANs for small businesses and small branch offices, to cost-effective market entry and scaling options to route data, voice and video over HFC or fixed wireless networks.

The network is the platform delivering business agility and efficiency. Organizations of every size depend on these connected devices for application availability and delivery across geographic boundaries. A secure and intelligent infrastructure that delivers a non-stop performance by these connected devices is a requirement of every network. With virtualization and cloud workload increasing between geographically separated data centers, it is great challenge to keep them running.

We have complete one stop solution to all the series needs of Cisco Routers along with their respective software. Apart from Cisco Routers we also are a distributor for other router brands including Juniper Routers, D-Link Routers, Fortinet Routers, etc.

Routers operate at the network layer to solve a fundamental problem facing bridged Layer 2 networks. In a bridged network, as the number of connected devices rises, the frequency of frame collisions increases as devices compete for bandwidth. This results in the reduction of the network bandwidth available. Routers were introduced to reduce collision domains to manageable subnetworks and to permit compute devices to route data efficiently between subnetworks regardless of whether the destination device is directly connected or several network hops away. 

 Both physically integrated and virtual disaggregated routers are used. Physically integrated routers are developed on merchant or custom ASICs with an integrated network operating system, and virtual routers are deployed to support cloud implementations. 

• Access routers: An access router connects subscribers to their provider’s network so they can reach the Internet or private networks. Wireless and wired access routers support these networks to enable compute devices to connect to Wi-Fi and Ethernet LANs.
• Edge routers: Edge routers logically define subscriber services, apply policy, meter services, and otherwise manage subscriber sessions. Edge routers typically support multiple edge services, including business, residential, video, mobile, and data center edge functionality for potentially hundreds of thousands of subscribers. 
• Core routers: Core routers forward packets across the Internet or private network backbones to interconnect communication networks. These routers must efficiently forward packets at high speed while preventing bottlenecks and packet loss. 

 Routers provide the essential building blocks network operators need to build robust networks. Operators can use routers to configure performance metrics with sophisticated routing algorithms and create traffic engineering policies to alleviate network congestion and maintain quality of service for subscribers.