Radiowave Internet, the high-speed connection that beats fiber: How to make it work

Radiowave Internet, the high-speed connection that beats fiber: How to make it work

A major innovation that promises to revolutionize the way we access the Internet, with greater coverage and efficiency.

In an age where almost all activity takes place on the web, high-speed Internet access has become a basic necessity for businesses. With the advent of new technologies, broadband communications are undergoing a major transformation. Between these, Connecting to the Internet via radio waves is increasingly proving itself as a revolutionary solutionIt provides performance that in many cases exceeds that of traditional optical fibers.

Radio Internet is the ideal solution for professionals working in areas with poor coverage –

Before thinking about activating the radio connection, It is essential to check coverage in the area where your office or home is located. This can be done through Agcom's websites and MiSE's National Ultra-Broadband Strategic Plan, which provide up-to-date information on network deployment. Moreover, the websites of telecommunications service providers are equipping themselves with specific tools to verify service availability in each region of the country.

It is a technology that is still little exploited, but has great advantages

At the heart of the Internet radio system are base stations, known as BTS. These stations are equipped with antennas and transmitters that send and receive radio signals. BTS converts digital data into radio waves that can travel through the air. These radio waves can carry data at high speeds on different frequencies, depending on the technology and licenses available.

How to install radio waves on the Internet
Radiowave Internet provides a flexible and powerful solution for Internet access –

End users, such as businesses or homes, install receiving antennas (similar to those used in satellite television). These antennas pick up the radio signals sent by the BTS. Once the radio signal is received, it is converted into Ethernet or Wi-Fi signals that can be used by electronic devices From your modem or router.

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There are at least three compelling reasons to consider radio or fixed wireless access (FWA) technology. The first is The wide coverage guaranteed by this technology. Businesses operating in difficult areas can leverage wireless connectivity to overcome the digital divide, ensuring excellent performance even in the absence of fiber coverage.

Another big advantage is continuity of service: Businesses can use wireless connectivity to create a backup line, thus diversifying technologies and network access points, to maintain a constant connection even in the event of failures. in the end, There is no doubt that RFID Internet ensures superior performance over the alternatives. Dedicated point-to-point wireless provides performance similar to dedicated fiber, but with lower costs and setup times.

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