Imagine a world where the internet doesn’t flow through any cables buried beneath the ground or hide within the falls, but flow through the air. Welcome to the world of AirFiber internet and 5G wireless connection, where the data is delivered with the speed of light by defying all the obstacles. Wireless connectivity is rewriting the definition of speed by challenging all the obstacles of connectivity.

Want to learn all about the AirFiber internet and 5G wireless connectivity? Let’s move forward and understand what is Airfiber technology and how it is the ultimate speed solution for online connectivity.

What is AirFiber Internet?

Imagine a world where the internet doesn’t flow through any cables buried beneath the ground or hide within the falls, but flow through the air. Welcome to the world of AirFiber internet and 5G wireless connection, where the data is delivered with the speed of light by defying all the obstacles.

Now that you know what is AirFiber internet, let’s know how it works.

How Does AirFiber Work?

AirFiber transmits the data with high-frequency radio waves. These kinds of waves can transfer data over long distances and penetrate obstacles like trees and buildings.

The subscriber’s antenna transfers the wireless signal to the base station and sends it back to the ISP through a wired (fibre or optic) connection. Likewise, from the base station, the data transmits to the subscriber antenna from the ISP, providing the internet connection.

Wireless connectivity is best for remote locations where installing traditional connectivity is quite challenging because of a lack of resources. If you have a remote job, try the Mach1 Broadband AirFiber internet; you won’t have to ask again during meetings - “Am I audible”.

The Technology Behind AirFiber

AirFiber internet delivers fibre-like speed through the very air we breathe. This speed is the combination of multiple technologies that make wireless connectivity so reliable even when used in remote areas.

1. Multiplexing: Supercharging Bandwidth

Imagine a highway with multiple lanes, carrying data at high speed. The perfect example of multiplexing in action. AirFiber uses the power of multiplexing to transmit data on multiple channels simultaneously, expanding the overall bandwidth of connectivity. It’s not only about high speed but serving multiple connections at the same type with the same speed and stability.

2. Beamforming: Precision Perfected

Remember, adjusting the radio station antenna? Beamforming takes the concept to new heights. AirFiber uses beamforming to concentrate the signal from the receiving antenna. Along with reducing interference from multiple sources, it also improves the speed of connection. No stress of crowded airwaves, as Mach1 Broadband offers the best AirFiber internet connection in Mumbai.

3. Riding the Waves: High-Frequency Radio Mastery

AirFiber uses high-frequency radio waves to set up this wireless world of internet connection carrying massive amounts of data. To maintain the challenges of interference, AirFiber employs frequency hopping by changing the signal’s frequency.

How does the advanced 5G Wireless Technology work?

The fifth generation or 5G is the quantum leap in wireless technology. It is known for the revolution in the world of internet and connectivity. The functionality of 5G relies on multiple advanced technologies:

• Millimetre waves are high-frequency radio waves that allow the transmission of data faster.
• The small cells help to deal with obstacles like buildings or trees and are strategically placed through the urban areas for consistent coverage.
• Multiple Input, Multiple Output (MIMO) is the technology that involves the usage of multiple antennas at both the receiver and transmitter end to improve signal quality and capacity.