In this fast-paced world, the availability of internet signals has become integral because wherever we go, everything ensures optimal productivity and operationality through the internet. It’s needless to say that the internet has transformed this world into a global village where everyone is connected to each other through the internet.
With the ever-increasing need for internet, cabled internet has been majorly replaced by WiFi because the wireless internet connection is the ultimate need these days. However, people have always had complaints and reservations from WiFi signals as they think that wireless internet signals dim down whenever there are weather changes.
In this scenario, many people ponder if wind can adversely impact the WiFi signals and cause a bugger on internet speed. It does impact the internet speed for some people, but there is no confirmation regarding this question. In this article, we will share how the wind will affect the WiFi signals and if they will negatively impact the internet connection speed. So, let’s find out the answers!
The Engineer’s Opinion
According to the engineers, the wind doesn’t impact the WiFi signals. According to them, the router is installed inside, which doesn’t mean that wind will come in contact with the WiFi router. The wind won’t even matter if WiFi signals were to pass through the wind.
This is because WiFi signals are radio waves, and they aren’t impacted by the wind. In some cases, the WiFi signals and speed can be negatively impacted if you close down to the windows in case of heavy wind.
The Installer’s Opinion
When it comes down to the WiFi and wireless internet infrastructure, people have always asked the same question from installers. According to the expert installer opinion, the answer to the question of if the wind will impact the WiFi is both yes and no. The statement can be true because there are different types of winds, and they have different frequency levels.
The statement can be rendered false because properly installed antenna system and right frequency setting will ensure the delivery of top-notch internet connection. This is because optimal designing and installation of antenna and router will promise high performance, strong internet signals, and top-notch reliability.
When we talk about the wind, there are high chances that wind doesn’t impose any negative impact on RF signals. However, if there are heavy winds, it can affect the alignment of the antenna system due to wind load. There is no rocket science in this concept and is pretty easy to understand and acknowledge. The clear idea is to install the antenna system robustly and tightly, so it doesn’t move with strong winds.
When you talk about the antenna systems, you will need to check the manufacturer’s count for wind gusts. The majority of antenna systems have 110mph wind gust withstanding. While you are talking about the wind, you need to consider the moisture, rain, or snow with heavy winds because WiFi signals can experience path loss due to the moisture in the wind.
When it comes to the antenna systems for promising the optimal performance and strong signal strength, factors such as transmit power, correct antenna, and frequency matter and help in getting adequate help for path loss. With every wind structure, the amount of moisture will differ, such as snow and rain.
The wind with snow will depend majorly on the density of snow because it can impact the speed of the internet. As far as the wind with rain is concerned, it depends on the rainfall level and raindrop’s size.
If the raindrops are heavy, the velocity will be higher for sure as well, but the impact on the WiFi signal will differ with internet frequency. All in all, the properly designed WiFi infrastructure will positively impact the WiFi speed and signal performance.
Be it Bluetooth signals or WiFi signals, it is essential for everyone, and even Apple has come to describe if weather conditions can impact the signal strength. According to the Apple experts, weather can impact the internet speed because of disturbance in cable lines and power outages.
Even more, in the windy weather, people tend to snuggle up to binge Netflix, which can increase internet consumption and impact the internet speed.
The Rain Impact
Once we are talking about the impact of wind on the WiFi signals, it is essential to note that rain can have an impact on the signal strength and internet signal performance all the same. If your WiFi signals or infrastructure is complying with 2.4-GHz radiofrequency, it has a higher chance of being impacted by the rain droplets.
The rain can impact the WiFi signals because these droplets tend to absorb the radio frequency and block out the signals and adversely impacts the strength. However, if you are using indoor WiFi, it is highly likely to be immune to the weather impacts.
Other Factors That Impact The Wi-Fi Signal Strength
According to the tech experts, there are high chances that distance of the device from the WiFi router will impact the signal strength. This means that if you are using the WiFi from a distanced router, the signal strength might be low. Imagine that there is a windstorm outside and you are snuggling in the bed to use the internet (usually, you lounge around the living room where the router is placed), the signal strength will be impacted because you are at a distance from the router which isn’t usually the case.
There are many people who start blaming wind and weather for low internet performance, but in the majority of cases, it’s because they are snuggling in bed instead of working on the table where the router is placed at the grip of a hand. Even more, this might come as a surprise to you, but high temperatures (higher than 90-degree Fahrenheit) can hinder the performance of WiFi services.
However, the temperature impact is because, with high temperature, the equipment tends to overheat, which can negatively impact the signal strength and WiFi performance. In contrast, the internet speeds are better during the winter season because the equipment stays cooled down, and high signal performance is ensured.