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What Is a Wireless Router and How Does It Work?

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In your home, a router connects your internet-enabled gadgets to the internet. According to its name, it is a device that routes data between devices and the Internet. A router is an important component of your home’s internet connection. Your laptop, smartphone, smart TV, and other devices may all connect to your home Wi-Fi thanks to it. You can get faster internet connections, help safeguard your family from cyber threats and hackers, and prevent those annoying Wi-Fi dead spots with the appropriate router. You don’t have to be a computer whiz to figure out what router you’ll need. Understanding the fundamentals, such as what a router is and what it performs, will aid you in selecting the appropriate equipment for your home network.

How do routers function?

Personal computers, tablets, smartphones, printers, thermostats, smart TVs, and other internet-connected gadgets can be found in the average household. These gadgets establish a network thanks to your router. The router in your house directs incoming and outgoing internet traffic on that network in the most effective and timely manner possible.

An email, a movie, or a live video from your baby cam might all be sending data through your home network, each of which uses different amounts of bandwidth. It’s a large job — and it’s becoming bigger — to make sure that information is provided fast and accurately. You’re continually asking your router to perform more as you add more devices – think Internet of Things.

How do modems and routers differ?

The modem’s duty is to transfer internet service from your provider into your house, which is usually a cable or phone company. This service subsequently establishes a connection with your router, which provides internet access to your home network.

Modems allowed communication between digital equipment in your house and the analog signals used on telephone lines when most internet access was supplied via telephone lines (better known as dial-up internet). Modems play a similar but different role with higher-speed internet connections, such as cable and satellite.

About Sil Micro

Sil Micro, based in Doral, Florida, is a distributor of Wi-Fi and wireless networking technologies. They’ve worked with partners around the area since our founding to help them maximize their business potential by providing specialized procurement services. They also assist them in serving their own resellers by utilizing our substantial IT product expertise. This is the result of our team’s more than 20 years of experience in IT sales, which has allowed them to fully comprehend the marketplace’s structure and capitalize on synergies. Several regional distributors in Latin America, the United States, and the rest of the world have already included Sil Micro into their business strategies.

EdgeSwitch 10XP 10-Port Gigabit PoE Switch ES-10XP by Ubiquiti

The edgemax router 10XP 10-Port Gigabit PoE Switch from Ubiquiti has a pair of fiber-optic SPF ports and eight 10/100/1000 Ethernet ports, making it a perfect basis for a WISP (Wireless Internet Service Provider) deployment. Each Ethernet port on the ubiquiti edgemax router 10XP provides 15W of passive PoE output, which is ideal for powering antennas or other network devices.

The wall- or rack-mountable EdgeSwitch 10XP is meant to give up to 10 Gb/s of total non-blocking throughput, up to 20 Gb/s switching capacity, and a 14.88 Mpps forwarding rate, all managed through a browser-based interface. The DC connection on the EdgeSwitch 10XP is powered by an external AC/DC adapter and enables battery backup through Ubiquiti’s optional EdgePower PSU.

Top features

  • Eight Gigabit RJ45 ports provide copper connectivity with 24V PoE output, while two SFP ports provide fiber connectivity, making the EdgeSwitch 10XP perfect for WISP (Wireless Internet Service Provider) deployments.
  • The ubiquiti edgemax edgerouter, which has a total non-blocking throughput of up to 10 Gb/s, has the forwarding capacity to handle traffic on all ports at line rate without packet loss, as well as a comprehensive set of Layer 2 switching capabilities and protocols.
  • The EdgeSwitch supports up to 1 Gb/s uplink with its two fiber-optic SFP connectors.
  • The Ubiquiti Network Management System (UNMS), a full management controller, or a browser-based setup are both available for management. You can manage registered EdgeMAX devices across various networks and sites using a single control plane.
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