All of our products are designed, assembled, tested, and shipped from a US facility. Cellular networks are more secure than WiFi. Every WilsonPro product is backed by a 5-year manufacturer’s warranty and a 30-day money-back guarantee. Access to reliable cell signal means greater peace of mind at home, work, and on the road. WilsonPro Cloud makes it easy to offer managed services with the ability to monitor and manage signal from any location. Just get any copper wire you have lying around, a magnetic GSM antenna, and then follow the step-by-step guide illustrated in the video above to create your signal booster. With more than 250 patents, including multi-tower targeting, time division duplex, and extended dynamic range technologies, our repeaters amplify every frequency for every device at all times. You don’t need a huge budget or complicated items to make this homemade cell phone antenna. Our trusted, high-quality products are used in a range of industries by brands like Facebook, CHOC Children’s Hospital, Whole Foods, Hyatt Place, and more. WilsonPro uses the latest in cellular signal amplification technology to enhance 5G coverage on every frequency. WilsonPro’s enterprise and commercial solutions are designed to adapt to any building and any environment for optimal signal in any industry. How do customized 5G signal repeaters work?Ĭellular signal repeaters, sometimes called boosters or amplifiers, detect any existing signal outside the building, then brings that signal inside, amplify it, and broadcasts the strengthened signal to all nearby devices. Who can benefit from an enterprise cell phone repeater?Įnterprise businesses, large organizations, government departments, franchises, factories, and any group that regularly experiences poor call quality in a large building should consider a customizable 5G cellular signal repeater solution. WilsonPro cellular signal repeaters detect any available signal outside the building, then bring it inside and amplify it for more reliable coverage wherever and whenever anyone in the building needs it. Today, even the strongest signals have trouble finding their way through concrete, stonework, brick, insulation, coated glass, and metal used to construct modern energy-efficient high-rises, offices, and other large buildings. Why do I have poor cellular signal in my building?
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