The types of routers, known as devices responsible for forwarding information in the form of data between computer networks and the internet, are increasingly required by small, medium or large companies.
LAN networks, tablets, smartphones, computers and other authorized devices can connect to transfer massive volumes of data thanks to the work of routers.
Data transmissions happen faster, considering that today’s routers constantly search for the best ways to send and receive information. Check out the article on how they work and how to choose the best option for your company among the types of routers.
How Does A Router Work?
In most cases, more modern routers work with antennas responsible for sending and receiving information via wireless networks, establishing a direct connection with the modem – whose responsibility is to offer broadband internet. In this way, devices transmit data using wireless technology, avoiding the need to connect devices to the main computer.
From the moment the broadband contract takes place, the customer also receives a specific modem that provides accessibility to the World Wide Web (Internet) at a single and central point.
Therefore, to establish an online connection with various local devices, it is necessary to implement an internal network, which can be achieved thanks to the main types of routers – devices that expand the connection.
Keeping An Eye On Data Processing
In addition to enabling a division of local connections, routers are also responsible for qualifying the levels of data processing during information transmissions, which consequently ensures more incredible speed for signals to reach their destination, seeking short routes for data dissemination.
A broadband internet cable connects to the router with four cable outputs and one antenna capable of working on the mission of allowing more effectiveness to expand the wireless connection capacity, that is, wirelessly, on personal computers and devices such as notebooks, tablets or cell phones.
The Main Types Of Routers
The trend of using routers to improve data transmission performance and enable online connection of various devices is growing, especially in local company networks. This allows for simpler, safer and faster online connectivity for employees needing internet to perform operational services.
In practical terms, two types of routers are ideal for companies: static and dynamic. Let’s find out the definition of each of the two options available on the market.
These versions of routers are found at more affordable prices on the market, which explains their popularity among different segments. These devices work to enable the sending of data packets on short routes; that is, when such productions work at the same time, they fail to consider existing congestion on network transmission routes, always looking for the shortest path.
In dynamic formats, these types of routers have higher prices because they are more sophisticated, working on complex analyses to detect in advance the network conditions for data transmission and seek less congested routes in messages with excess information, whether short or long. No.
Some dynamic routers help improve throughput due to the compression work of different volumes of data. This feature allows you to optimize WAN and LAN work, for example, isolating or segmenting parts of networks or building firewalls.
How Do You Choose The Most Effective Routers?
The choice between types of routers needs to be made by analyzing your company’s environment so that you can adapt it in the best way. Effectiveness, a word that brings together efficiency and efficacy, are two valuable terms in showing when a router is, or is not, influential in establishing device connections and enabling better quality data transmission.
Three determining points can define the effectiveness of corporate routers:
- Access Speed;
- Network connectivity;
- Antenna expansion.
Below, we will follow more information about each of the 3 points listed above to decide which option is best for you:
Network, or access, speed is the rate at which routers can transmit information. In other words, uploads and downloads are performed faster as the routing is high-speed.
The frequency of data transfer between routers and devices is defined according to the levels of network connectivity, according to values such as 802.11n or 802.11b, the first option being a more modern frequency.
When choosing between types of routers, you should also pay attention to the antenna gain levels, values defined according to the acronym DBI.
The letters DBI define how much range there can be in data transmission, and the content becomes greater as there is more antenna expansion in the routers chosen for your company.