top of page
Writer's pictureIreland Kelsey

Understanding Fixed Wireless

Fixed Wireless Internet: A Quick Guide


In today’s digital age, the quest for a reliable internet connection has led to a variety of options, including fiber optics and fixed wireless internet. While fiber internet has garnered significant attention for its speed and reliability, fixed wireless internet is another robust alternative that’s worth understanding, especially for those who may not be familiar with its nuances.


What is Fixed Wireless Internet?


Fixed wireless internet is a type of broadband connection that delivers internet service through radio signals. Unlike traditional wired connections like fiber optics, which rely on physical cables, fixed wireless uses radio towers and antennas to transmit data. Here’s how it generally works: an internet service provider (ISP) installs a base station or antenna at a specific location, such as a cell tower or a dedicated transmission point. This station sends out signals to a receiver installed at your home or business.


The receiver, which is often a small antenna mounted on your property, captures these signals and converts them into a usable internet connection. This means that instead of connecting through a physical cable, your internet connection is facilitated by the airwaves.

Considerations for Choosing Fixed Wireless


When evaluating fixed wireless internet, consider the following:


- Line of Sight: Effective fixed wireless communication requires a clear line of sight between the base station and the receiver. Obstacles can degrade signal quality.

- Speeds and Usage Needs: While fixed wireless can provide sufficient speed for everyday tasks, it may not match fiber speeds. Evaluate your internet usage needs to determine if fixed wireless meets your requirements.


- Geographic Availability: Fixed wireless is often used to extend service to areas where fiber hasn’t yet reached, making it a valuable option in rural or underserved regions.


Other contributing factors that affect fixed wireless is the weather.


Weather conditions can significantly affect the performance of fixed wireless internet services. Here’s how different types of weather can impact a fixed wireless signal:


  1. Rain: Heavy rainfall can weaken fixed wireless signals, particularly those operating at higher frequencies. Rainwater can absorb and scatter the radio waves, leading to reduced signal strength and potential connection disruptions. This phenomenon is often referred to as "rain fade."


  2. Snow and Ice: Snow accumulation or ice can obstruct or attenuate the signal path, especially if it covers antennas or dishes. Ice can also affect the alignment of fixed wireless equipment, leading to degraded signal quality or intermittent connectivity.


  3. Fog and Humidity: Dense fog and high humidity levels can increase the absorption of radio waves, impacting signal strength. While the effects are usually less severe than rain, persistent fog or high moisture levels can still cause some attenuation of the signal.


  4. Wind: Strong winds can physically move or misalign antennas and dishes, disrupting the alignment needed for optimal signal reception. This misalignment can lead to degraded performance or loss of connectivity.


  5. Extreme Temperatures: Both extremely high and low temperatures can affect the performance of fixed wireless equipment. High temperatures can cause equipment to overheat, while very low temperatures can lead to hardware malfunctions or increased signal attenuation.


  6. Lightning: While lightning itself does not directly affect fixed wireless signals, the electromagnetic interference (EMI) generated by lightning strikes can cause temporary disruptions in service or damage to sensitive equipment if proper grounding and protection measures are not in place.


In summary, fixed wireless internet offers a viable and cost-effective alternative to traditional wired connections. While it might not always match the speed and reliability of fiber optics, it presents a flexible solution for many, especially in areas where laying cables is impractical. Understanding both technologies helps in making an informed choice about the best internet service to meet your needs.

26 views0 comments

Comments


bottom of page