High-speed wireless broadband technology known as Air Fiber (or AirFiber) uses fixed wireless access to deliver internet connectivity. It is frequently used as a substitute for conventional wired or fiber-optic connections, particularly in places where installing cables is costly or challenging.
How Air Fiber Works
1] Wireless Transmission: Transfers data between two fixed locations using high-frequency radio waves (such as millimeter-wave or microwave bands).
2] Line of Sight (LoS): For best results, the transmitter and receiver must be in a straight line of sight.
3] Fast Speeds & Minimal Latency: Able to provide gigabit-speed speeds on par with fiber-optic connections.
4] Point-to-Point (PtP) or Point-to-Multipoint (PtMP): Provides internet access to numerous users from a single hub (PtMP) or connects two locations (PtP).
Advantages of Air Fiber
1] Quick Deployment: Since underground wires are not required, installation is completed more quickly.
2] High-Speed Internet: Capable of offering rates of at least 1 Gbps.
3] Dependable Performance: Weather has less of an impact than with satellite internet.
4] Economical in Distant Locations: Removes the need to install fiber-optic lines.
Typical Use Cases
1] Internet access in rural and isolated areas.
2] Business and enterprise connection.
3] IoT applications and smart cities.
4] High-speed internet access for a brief period of time (e.g., events, construction sites).
5] 5G backhaul systems.
Popular Air Fiber Providers & Technologies
Jio Air Fiber: a well-known company that provides gigabit wireless solutions.
Airtel Air Fiber: Utilized for fixed wireless access and 5G.
Benefits Of Air Fiber
AirFiber is a wireless communication technology that transmits data using radio waves. It has several advantages, especially in places where standard wired infrastructure is either costly or difficult to install. The following are some of AirFiber’s main benefits:
1. Fast Internet Access
- Gigabit Speeds: With the ability to deliver gigabit-level speeds, AirFiber’s performance is on par with fiber-optic connections.
- Low Latency: VoIP, video conferencing, online gaming, and other real-time applications depend on the technology’s low latency.
2. Economical Implementation
- Reduced Infrastructure Costs: AirFiber drastically lowers deployment costs by doing away with the requirement for massive trenching and wiring.
- Fast Installation: AirFiber can be set up more quickly than fiber-optic cables, which enables speedier service rollouts.
3. The ability to scale
- Easy to Expand: Since adding more wireless nodes entails installing more nodes rather than constructing new wires, adding new users or increasing coverage is comparatively simple.
- Flexible Network Design: AirFiber networks are simply reconfigurable to serve additional areas or adjust to shifting demands.
4. Broad Coverage Area
- Long-Range Connectivity: Because AirFiber can travel great distances, it’s perfect for tying together isolated or rural locations where installing fiber is impractical.
- Line-of-Sight (LoS) and Non-Line-of-Sight (NLoS): While performance may differ, certain AirFiber systems can function even in the absence of a straight line of sight.
5. Redundancy and Reliability
- Weather-Resistant: To ensure consistent performance, modern AirFiber systems are made to withstand a range of weather conditions.
- Network Redundancy: By adding redundancy to already-existing networks, AirFiber can improve overall network dependability.
6. Large Capacity
- Support for Multiple Users: AirFiber is appropriate for both home and business use because it can manage many connections at once.
- Data-Intensive Applications: Cloud computing, huge file transfers, and HD video streaming are just a few examples of the data-intensive applications that benefit greatly from its high capacity.
7. Sustainable
- Decreased Environmental Impact: When compared to conventional wired systems, AirFiber has a smaller environmental impact because it requires less trenching and substantial physical infrastructure.
- Energy Efficiency: AirFiber systems often use less energy, which reduces operating expenses and their carbon footprint.
8. Safety
- Secure Data Transmission: Strong encryption techniques are frequently included with AirFiber systems, guaranteeing safe data transfer.
- Controlled Access: Unauthorized access is less likely when wireless networks are easier to monitor and manage.
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