Manufacturer: Wilson Electronics
Brand: Wilson Electronics
Model: 460101
Color: Multi-Room - 3G/4G
View larger View larger View larger Wilson Desktop (DT) 4G Cell Phone Signal Booster Improve the clarity of cell phone calls and reduce the number of dropped calls in your home or office with the Wilson Desktop (DT) 4G Cell Phone Signal Booster. The product includes everything you need to capture a weak cellular signal, transmit it into your home or office, increase the cellular signal strength, and improve the performance of your cell phone, regardless of which carrier you use. The result is improved cell phone reception, fewer dropped calls, and increased data transmission rates. How it Works Many homes and buildings include materials that reduce or block cellular signals. Sometimes, the physical location prevents a strong signal from reaching your home or office because of the location of cell towers, other structures, or environmental barriers such as hills or trees. The Wilson DT 4G captures a weak cellular signal, transmits it into your home or office, and boosts the signal strength to and from your cell phone, resulting in better call quality, fewer dropped calls, and increased data transmission rates. The DT 4G uses three primary components – an outside antenna, the signal booster, and an inside antenna. The outside antenna – which can be mounted either outside of your building or attached to the inside of a window – captures the weak cellular signal from the nearest tower. It then transmits the signal to the Signal Booster, which increases the signal strength before transmitting it to the inside antenna. Your cell phone then picks up the improved signal from the inside antenna and transmits back to the inside antenna, through the Signal Booster and to the outside antenna, sending a stronger cellular signal back to the cell tower. Who it Helps The Wilson DT 4G is especially helpful for people who rely on their cell phones for their business needs, whether that’s a home business or out of an office. These individuals find that a stronger cellular signal is vital to stay...
