Digital 195-25FM 25 Foot Extension For 233XM50

The Digital 195-25FM 25 Foot Extension for 233XM50 is a professional-grade cable extension designed to overcome installation challenges when deploying satellite radio antennas in vehicles, vessels, and command centers. Built for users who require flexible positioning of their Digital Antenna 233-XM-50 satellite radio antenna—whether mounted on rooftops, masts, or non-optimal locations—this extension eliminates the need for antenna relocation and ensures clean signal paths to receivers. Law enforcement, military personnel, and emergency responders rely on satellite radio for uninterrupted communications; this extension cable preserves that critical connectivity across greater distances.

The Digital 195-25FM extension supplies an additional 25 feet of cabling to complement the standard 50-foot cable included with the 233-XM-50 antenna, allowing for total reach of up to 75 feet without signal degradation. Engineered specifically for Digital Antenna's 40dB gain active satellite radio antenna, this extension maintains impedance matching and shielding integrity across the full cable run. The extension is compatible with XM Radio, Sirius Radio, and XWM WX Weather receivers, providing seamless integration with existing tactical communication ecosystems. At 2 lbs, the extension is lightweight and field-deployable, with standard connectors that ensure rapid installation in demanding operational environments.

Tactical teams deploying mobile command vehicles, fixed-site operations centers, or remote outpost installations benefit most from extended cable runs that avoid routing through structural obstacles. Installation is straightforward: connect the extension between the antenna and receiver using compatible connectors—no tools or modifications required. This product is not designed for cellular frequencies, so it complements dedicated satellite radio systems without interference concerns. Stock the Digital 195-25FM extension for mission-critical deployments where antenna placement flexibility and extended reach directly impact communication reliability.