Product added to your wishlist! View wishlist
Sign in to see your saved products on any device
Product removed from your wishlist! View wishlist
Sign in to see your saved products on any device
Something went wrong. Please try again later.
Product is added to compare already. Please refresh the page.
Product is not found in compare. Please refresh the page.
5 Products already added. Please delete existing selection to add this.
Share this product
Wilson 4G Slim Low-Profile Antenna - Antenna - radome - cellular - 3.4 dBi (for 698 - 960 MHz), 2.1 dBi (for 1.71 - 2.17 GHz), 1 dBi (for 2.5 - 2.7
This product ad may change over time
ShareWilson 4G Slim Low-Profile Antenna - Antenna - radome - cellular - 3.4 dBi (for 698 - 960 MHz), 2.1 dBi (for 1.71 - 2.17 GHz), 1 dBi (for 2.5 - 2.7
The weBoost 4G Slim Low-Profile Antenna compact design makes it simpler to install, while giving you improved performance over previous models. When connected to any weBoost multi-user cellular booster, this antenna provides enhanced reception of calls, texts and data to the booster, providing superior performance when connected in your c…
The weBoost 4G Slim Low-Profile Antenna compact design makes it simpler to install, while giving you improved performance over previous models. When connected to any weBoost multi-user cellular booster, this antenna provides enhanced reception of calls, texts and data to the booster, providing superior performance when connected in your car, truck or SUV. Installation is simple: place the antenna vertically or horizontally and you'll still get optimal performance.
Description
The weBoost 4G Slim Low-Profile Antenna compact design makes it simpler to install, while giving you improved performance over previous models. When connected to any weBoost multi-user cellular booster, this antenna provides enhanced reception of calls, texts and data to the booster, providing superior performance when connected in your car, truck or SUV. Installation is simple: place the antenna vertically or horizontally and you'll still get optimal performance.