Highfly professional 3113 LNB satellite TV High Gain 1080 Ku-Band universal ku band quad lnb

Product Specification

Brand Name ：HighFly
Product name ：Quad LNB
Feature ：High Gain
Warranty ：2 years

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Products details

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Highfly professional 3113 LNB satellite TV High Gain 1080 Ku-Band universal ku band quad lnb

The "Highfly professional 3113 LNB satellite TV High Gain 1080 Ku-Band universal ku band quad LNB" is a specific model of a Low Noise Block downconverter (LNB) used in satellite TV systems. Here are some characteristics and features associated with this particular quad LNB:
1. Ku-Band: This quad LNB is designed to operate within the Ku-Band frequency range, which typically covers frequencies from around 10.7 GHz to 12.75 GHz. The Ku-Band is commonly used for satellite TV transmissions.
2. Universal Compatibility: Universal LNBs are typically compatible with various satellite TV systems and providers, allowing you to receive signals from different satellites and services.
3. Quad LNB: This LNB has four output ports, allowing it to connect to and feed four satellite TV receivers or set-top boxes simultaneously. It's suitable for multi-TV installations or connecting multiple receivers.
4. High Gain: High gain indicates that the LNB is designed to receive satellite signals with high sensitivity, ensuring clear and stable reception, even from weaker signals.
5. 1080 Resolution: The reference to "1080" likely indicates that this LNB is suitable for receiving high-definition (HD) satellite TV channels with a resolution of 1080p.
6. Low Noise Figure: LNBs typically have a low noise figure (often referred to as LNB noise temperature) to minimize signal noise and improve signal quality.
7. Weatherproof: LNBs are usually designed to be mounted outdoors on the satellite dish's feed horn, where they are exposed to the elements. They are built to withstand various weather conditions.
8. Polarization Support: LNBs can support both linear polarizations (Horizontal and Vertical) to receive signals from satellites that use different polarization angles.
9. Easy Installation: Installation typically involves mounting the LNB on the satellite dish's feed horn and connecting it to the satellite receivers via coaxial cables.
10. Durable Construction: LNBs are usually built with durable and sturdy materials to ensure longevity and reliability.