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The present generation has taken technology – cell phones and cell phone signal so lightly. But it’s high time we realise that they are a very important part of our lives which is why a weak signal can be so disruptive to our business and personal lives. There are times when we need more power and a better antenna, and that is when and where Wilson electronics play a major role with the introduction of their cellular signal boosters.
Wilson’s Sleek employs a phone cradle, which houses the amplifier and the interior antenna.
Experts have tested a couple of Wilson’s wireless cell phone signal boosters in an area with no cell service and noted that the signal strength indicator on cell phone went from one bar to “no service” as and when getting near to the site. But after using signal boosters they found a drastic improvement in cell service using these signal boosters. The best combination infact moved the signal from “no service” to five bars 3G and phone calls made from the location were loud and clear.
The three main components to a mobile wireless unit includes, at the core of the system is a signal amplifier, which gets power from a 12 volt power point or cigarette lighter. The amplifier is connected to an external antenna located on the roof of the vehicle and an interior antenna mounted inside the vehicle. The external antenna handles signals between the amplifier and the cell tower while the interior antenna transmits signals between amplifier and cell phone.
On testing, the best results were noted with the dual band under-seat amplifier connected to the optional phone cradle, which replaces the seat mounted interior antenna. The direct contact with the phone helps this combination supply the best overall consistently strong signal boost in very weak cell signal area.
The major objective of any cell phone signal booster is to enhance and improve the reach of the signal to remote areas such as regions with thick walls, hilly terrains etc. As we all know the function of the cell phone signal booster is to take an existing cell signal, typically found outside your home, office or vehicle, amplify the signal and then broadcast it to an area which has weak or no signal. Thus, a cell phone signal enhancer system consists of an external antenna, a signal boosting amplifier unit and an internal antenna, with cables connecting all of the components.
Wireless signal boosters generally consist of two antennas – the transmitting antenna and the receiving antenna. The receiving antenna is connected to an intermediate amplifier and the other input to the intermediate amplifier is a radio signal source. The intermediate amplifier is believed to amplify the difference between the two signals; the received signal and the radio signal, and thus passes it over to a low-noise amplifier. This is done to remove any unwanted signals. The low-noise amplifier is connected to the transmitter and hence further amplifies the received signal and sends it to the wireless card. The wireless signal antennas in the laptops are located internally. Generally, there are two parallel antennas located on the two sides of the LCD screen. The internal location of the wireless antennas causes bad reception of the wireless signals. Therefore, the first problem being that a wireless signal booster needs to solve, is to provide an external high gain antenna. This antenna needs to be directed to the access point. The biquad is defined as a high gain antenna with an exceptionally large beam width.
The Aim is to design different Wi-Fi booster antenna and analyze the performance to improve the signal strength for long distance. To overcome drawbacks of existing technology such as
Manually Designed Wi-Fi Cantenna and its Testing in Real-Time Environment
The High Cost of booster Antennas available in the market
The booster antennas available in market costs very high in dollars and are easily available in foreign countries. This adds to the cost of travelling or shipping the product to the user destination. This aims at increasing the number of access points but in spite of these there are some hot spots or locations where the range is not available because of which we receive weaker signal strength. It provides us with improved signal strength. To achieve this, we need to study the various parameters of booster antenna available in the market, and increase the signal strength thereby improving the performance of our antenna.
The WI-FI Antenna booster gives increased signal strength at locations where the signal strength goes low as the distance increases. It also provides us with a cost-effective product as compared to the boosters available at the market. So this approach is more suitable for the small-scale use.
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