The Super Sonnet B‑12 Outdoor Digital TV Antenna is a high‑performance external aerial designed to receive free‑to‑air television broadcasts from terrestrial transmitters
Specifications
• Frequency Range: VHF 174‑230 MHz & UHF 470‑862 MHz — covers the broadcast TV bands for digital terrestrial signals.
• Digital Reception: Compatible with DVB‑T and DVB‑T2 digital TV broadcasts, including HDTV.
• Impedance: 75 Ω — standard for TV antenna RF connections.
• Antenna Gain: ~10 dB–30 dB (model‑dependent; amplified units typically fall in this range to improve weak signals).
• Reception Range: Up to 30–80 km+ from broadcast transmitter depending on terrain and installation height (typical for high‑gain outdoor antennas).
🎛️ Power & Amplification
• Amplifier: Built‑in low‑noise amplifier to boost signal strength (for amplified models).
• Power Supply: Often 12 V DC via external power inserter (if amplifier included).
🛠️ Physical & Connectivity
• Connector Type: F‑type coaxial connector — standard TV antenna connection.
• Cable: Typically comes with a 75 Ω coaxial cable (length varies by model).
• Mounting: Roof, wall, mast or attic mountable with included bracket hardware.
• Materials: Weather‑resistant metal and plastic housing built for outdoor conditions (UV‑proof and corrosion‑resistant).
• Weatherproof Rating: Often IP‑rated for outdoor use (e.g., IP55 splash/wind protection) on many outdoor antennas.
🖥️ Compatibility
• Works with free‑to‑air digital terrestrial TV on modern TVs or with digital TV decoders.
• Supports HDTV resolutions (720p, 1080i/p) depending on tuner and broadcast availability.
📦 Typical Package Includes
• Outdoor antenna assembly
• Mounting bracket and hardware
• F‑type coaxial cable (length varies)
• Power inserter adapter for amplified versions (if applicable)
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📍 Notes on Outdoor Antenna Performance
• Installation height and orientation greatly affect reception quality — higher placement and aiming toward nearest transmitter generally improves signal.
• Amplification and filters (like LTE/4G blockers) can help reduce interference from mobile signals in some regions.
