Description
Features The slim, low-profile SIRIUS DOT micro antenna installs unobtrusively on your vehicle's roof or trunk, giving you excellent reception of the SIRIUS signal. The dome antenna measures 2-1/4 in diameter and only 1/2 tall, and only works with single-input satellite radios. Its magnetic base provides a secure mount, while the 21-foot cable is long enough for even the largest vehicles. Summary: The Sirius Dot Micro roof-mount satellite radio antenna is a low-profile, high-performance antenna designed specifically for SIRIUS Satellite Radio reception. It mounts to the roof of your vehicle via its integrated magnetic base which provide years of worry-free performance. Dual Mode Functionality: The antenna receives signals from overhead satellites as well as terrestrial repeaters, ensuring you continuous reception. Cable and Connector: This Sirius antenna features a 21 micro-cable--easier to route than dual-cable antennas. This micro-cable has a single right-angle SMB connector on the end and plugs directly into the single SMB input on your SIRIUS Satellite Radio receiver or car dock. Installation Tips: When selecting a location for the antenna, make sure the site meets the following conditions: The selected site must have a conductive surface area (e.g. a metal roof or trunk lid) of at least 8.25 x 8.25 and be at least 3 inches (the length of the antennas tail ) from the rear window molding. The antenna should always be mounted outside and on the highest location of the vehicle (roof/cab). It should never be mounted inside the passenger compartment. The antenna should be free of mechanical (outward opening moon roof) and line-of-sight obstructions, such as roof racks, luggage boxes, etc. Trunk mounting of the antenna is an alternative for hard- or soft-top convertibles with non-metallic rooftops. System Requirements: In addition to this SIRIUS satellite radio antenna, it is necessary to have a SIRIUS Satellite Radio receiver and a subscription to SIRIUS Satellite Radio in order to receive SIRIUS Radio programming
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