Gone are the days when dial-up speeds were the norm. Today, the internet is our lifeline, fueling our work, entertainment, and connection to the world.
People realized the advantages of accessing knowledge and getting their work done on time, and the demand for high-speed internet is chart-topping. But what if you could access this lifeline without the limitations of tangled cables? In India, AirFiber technology is one of those technologies that make it possible to deliver lightning-fast speeds without the hassle of cables.
But how does AirFiber deliver high-speed internet to all the users?
Read this article to understand what air fiber is, the mechanism of this technology, advantages of having air fiber Internet, and more.
Understanding the AirFiber Technology
In essence, it’s broadband internet beamed wirelessly to your location. Unlike traditional methods that rely on physical cables (fiber optic or copper), Air Fiber utilizes radio waves, similar to how your cellphone connects to the internet. This eliminates the need for complex installation processes and opens up internet access to areas where laying cables might be impractical or impossible.
A network of antennas is configured in fixed wireless systems to send and receive data wirelessly. The user’s building, such as a house or office, has an antenna or a tiny dish installed by the Internet Service Provider (ISP). This antenna is in contact with a base station or tower nearby and linked to the ISP’s network infrastructure.
The air fiber employs fixed wireless internet technology, which transfers data between an ISP and a user’s location via wireless communication technology. Fixed wireless technology establishes a link using radio signals as an alternative to conventional wired connections such as copper lines or fiber optic cables.
This helps air fiber technology to connect with hundreds of connections to deliver high-speed broadband in no time. The best thing is that the connection does not need additional broadband wiring. However, a router is placed inside the home or office with another appliance that has access to a 5G SIM. This appliance gathers the signals from any nearby 5G tower and then transmits the signals to the router.
How Does Air Fiber Internet Technology Work?
Unlike traditional broadband settings, AirFiber technology is making waves in the world of internet & connectivity.
Now, let’s understand how this technology works.
Using a connected connection, like fiber optic cables, the base station transmits the wireless signal from the user’s antenna back to the ISP. The internet connection is similarly provided via the ISP’s data, which is wirelessly sent from the base station to the subscriber’s antenna.
In places where installing physical connections like fiber optic or conventional copper lines is challenging or expensive, fixed wireless internet technologies can offer high-speed internet connectivity. It is frequently utilized in isolated or rural areas with low population densities when deploying regular wired infrastructure is not financially feasible.
AirFiber vs Optical Fiber – Key Difference
Air fiber is more sophisticated than traditional wired connections and uses advanced technologies.
Wiring
Unlike optical fiber, there is no need for meters of wiring in air fiber to transmit data. In air fiber, the wires are connected to a device with an internet connection or a Modem Wi-Fi router.
Air fiber is just a simple plug-and-play mechanism.
Speed
The maximum speed of optical fiber can go up to 1 Gbps, whereas air fiber provides an exceptional speed of 1.5 Gbps. This speed is helpful for those users who carry a load of online daily work.
Reliability
Another great advantage of air fiber over optical fiber is minimal downtime and signal interference. As the technology of air fiber depends on 5G signals, users may face issues with the speed of their internet. However, the best thing is that any nearby 5G tower in that area can overcome this issue and help flawlessly deliver high-speed internet through air fiber.
5 Advantages of Using Air Fiber Internet
Here are some of the best advantages of using AirFiber internet technology for your internet connection.
1. Blazing Fast Speed
The fantastic speed of air fiber internet is one of its most significant benefits. Air fiber significantly exceeds typical broadband connections with up to 1000 Mbps or more rates. This implies there won’t be any latency or buffering while downloading big files, watching HD films, or playing online games. Whether you are an avid gamer or a professional who needs fast internet for business, air fiber ensures your internet connection can keep up with your needs.
2. Reliable & Consistent
In contrast to conventional broadband connections, which depend on cable or copper lines, air fiber provides internet connectivity using advanced wireless technology. As a result, AirFiber is far more dependable and less vulnerable to interruptions brought on by bad weather, natural disasters, or technical issues. You may have dependable and constant internet access with air fiber, even in the face of outside influences that can disrupt conventional internet connections.
3. Increased Bandwidth
A typical internet connection’s speed and general functionality may noticeably decline when several users connect simultaneously. But because air fiber uses high-bandwidth frequencies, more people may connect without affecting the internet connection’s quality or speed. Because of this, IT is the perfect choice for small enterprises that use the internet often or families with several gadgets.
4. Low Latency
The time it takes for data to go from the sender to the recipient and back is known as latency, or ping. Excessive latency can be annoying, particularly for real-time applications, video conferences, and online gaming. Extremely low latency provided by air fiber guarantees a fluid and responsive online experience. Air fiber’s low latency ensures you stay ahead of the game whether you’re playing competitive games or holding a video conference.
5. Easy to Install & Maintain
AirFiber internet eliminates the need for complicated infrastructure or bulky wires. Instead of requiring time-consuming installation or maintenance processes, IT employs wireless technology to transfer internet signals. This makes IT an easy-to-deploy internet solution that works well in urban and rural settings.
How secure is Air Fiber technology?
While AirFiber boasts impressive capabilities, its true strength lies in its multi-layered approach to safeguarding your data. The security of Air Fiber technology hinges on several factors, including:
Encryption and Protocols
One of the primary defenses against unauthorized access in Air Fiber networks is encryption. Advanced Encryption Standard (AES) is commonly employed, which is also used by governments and financial institutions for securing sensitive data. The implementation of AES in Air Fiber technology ensures that the data transmitted is encrypted and can only be decrypted by the intended recipient with the correct key.
Moreover, Air Fiber providers often utilize secure communication protocols such as WPA2 (Wi-Fi Protected Access 2) or the newer WPA3 for additional security. These protocols safeguard the data from common attacks such as eavesdropping and man-in-the-middle attacks.
Network Architecture
The architecture of Air Fiber networks can also influence their security. Point-to-point (P2P) configurations, where a direct link is established between two locations, are inherently more secure due to the limited points of access. On the other hand, point-to-multipoint (P2MP) configurations, serving multiple locations from a single hub, can be more susceptible to unauthorized access if not properly managed and secured.
To mitigate such risks, network segmentation and strict access controls are often put in place, ensuring that even if one segment is compromised, the breach does not extend to the entire network.
Radio Frequency Characteristics
The nature of radio frequency (RF) transmission adds a layer of security to Air Fiber technology. Since RF signals are directional and require a clear line of sight between transmission points, it becomes more challenging for potential attackers to intercept the data without being in the direct path of the signal.
Furthermore, the frequencies used in Air Fiber technology are typically licensed and regulated by government entities, reducing the likelihood of interference and unauthorized access by third parties.
Potential Vulnerabilities
Despite these security measures, no technology is entirely foolproof. Air Fiber networks can be vulnerable to sophisticated attacks such as RF jamming, where a malicious actor disrupts the signal, or signal interception by using high-gain antennas positioned within the line of sight.
To combat these threats, Air Fiber providers continuously requires to update their security measures, and employ techniques like frequency hopping and dynamic power adjustment to minimize the risk of interference and interception.
Air Fiber Services in India
Reports claim that of India’s 900 million active internet users, 399 million reside in rural regions, suggesting that internet usage in rural India is fueling the nation’s internet expansion.
Even with these encouraging figures, India’s adoption of fixed-broadband services lags much behind that of the rest of the globe. With only about 20 million connections, the nation’s fixed broadband adoption rate is 138th globally.
The absence of infrastructure to support wired broadband connections is the cause of this. Fixed wireless access (FWA) communication infrastructure is the answer, and it may be the first step toward establishing internet coverage nationwide.
In 2020, Bharat Sanchar Nigam Limited (BSNL) introduced Bharat air fiber services in response to the connectivity problem in rural India. Reliance Jio (Jio) and Bharti Airtel (Airtel) are poised to revolutionize the nation’s online environment with their most recent 5G air fiber offerings, guaranteeing fast wireless internet to every Indian residence.
Wrapping Up
The introduction of 5G in India has undoubtedly paved the way for several further developments in the internet industry. Among them is air fiber. It hasn’t yet been formally introduced in India. It is the best option for areas with various connectivity requirements because of its unparalleled speed, dependability, and flexibility. It is a force to be reckoned with in the world of connection because it delivers high-speed internet access, bridges the digital divide, and supports many industries.
With AirFiber, we can all engage in a more connected and digitally empowered world, no matter where we are. This is a ray of hope as we embrace the digital era. The wireless internet of the future is here, and it’s fast, wireless, and loaded with possibilities.