One of the most common misconceptions about fixed wireless internet is that bad weather, such as heavy rain or snow, can disrupt service. This myth was rooted in the early days of wireless technology when weather conditions did have a more significant impact on performance. However, modern fixed wireless networks have evolved dramatically, incorporating advanced technology that ensures reliable, high-quality performance even in challenging weather.
Myth : Fixed wireless internet is unreliable in bad weather.
Fact : Modern fixed wireless technology is designed to perform well even in adverse weather conditions.
Let’s dive into the key technologies that make fixed wireless a dependable option, rain or shine:
1. Advanced Antennas: Built for ResilienceModern antennas are engineered to handle various weather conditions and maintain strong signals even in adverse weather conditions like rain, snow and high winds. These advanced antennas maintain strong, reliable signals even during storms. Designed with precision, these systems include features like beamforming, which focuses the signal directly between the tower and the receiver. This concentrated signal ensures that temporary disruptions caused by weather conditions do not impact overall connectivity.
Additionally, high-quality materials are used to weatherproof antennas and prevent corrosion or degradation over time, further improving reliability.
2. Smart Frequency Selection: Minimizing Weather Interference
Weather-related interference often stems from the impact of moisture, such as rain or fog. Modern fixed wireless technology address these issues by using multiple frequency bands and switching between them when necessary. By dynamically selecting the optimal frequency band based on real-time weather data, fixed wireless systems can ensure continuous service with minimal disruption.
3. Redundancy and Backup Systems: Prepared for the Unexpected
Weather-related power outages and disruptions are always a concern for internet connectivity. To combat this, many fixed wireless providers build redundancy into their networks, ensuring service continuity even during extreme weather events.
Redundant systems involve setting up multiple paths for data transmission, so if one is compromised due to weather, another takes over. Additionally, many providers have backup power systems, such as generators or battery backups, to keep the service running even if the power goes out in the area.
4. Line-of-Sight Technology: Keeping Connections Clear
Fixed wireless systems rely on line-of-sight (LOS) technology, which means that the signal travels directly between two points—the antenna at the user’s location and the tower. As long as this line remains unobstructed, the connection remains strong.
Many modern fixed wireless installations take advantage of this by positioning equipment in optimal locations to avoid potential obstructions from buildings, trees, or other elements that could be impacted by weather. The elevation of these setups, combined with high-powered equipment, keeps the line-of-sight clear, further enhancing reliability during storms or heavy rain.
Weatherproof and Reliable
The evolution of fixed wireless technology has addressed concerns about weather-related disruptions. With advancements like durable, weather-resistant equipment, smart frequency selection, and redundancy, today’s fixed wireless internet services are built to withstand challenging conditions while delivering consistent and high-quality performance.
The belief that fixed wireless internet fails during bad weather is a thing of the past. With modern innovations in antenna design, frequency management, and backup systems, fixed wireless is a reliable and resilient alternative to traditional broadband options—even in adverse weather conditions.
Want to learn more about how fixed wireless technology works in all conditions? Contact MHO today to learn more about how our fixed wireless network could be the solution you’ve been looking for.
