You are entitled to cancel your order for the Goods without penalty within seven days of the Goods having been delivered to you. In such an event, you will receive a full refund of the purchase price within thirty days of the date of cancelling this agreement.
Goods may be returned only when defective, damaged or if the product supplied is not the same product as what was ordered. If the Goods are defective in any way this must be reported within twenty four hours after the product having been delivered to you and must be returned to us within a period of one month after delivery.
High-performance 4-output (Quad) Universal Ku-band Low Noise Block (LNB) converter designed for multi-receiver satellite television distribution systems.
Equipped with four independent, full-band F-female outputs, allowing direct connection for up to four single-tuner satellite receivers or two dual-tuner PVR/DVR set-top boxes.
Features low noise figure technology (0.2 dB typical) and optimized phase noise performance to maximize signal reception stability across DVB-S and DVB-S2 (HD/4K Ultra HD) broadcasts.
Manufactured with a standard 40mm collar neck for universal mounting compatibility with standard offset parabolic satellite dish feed horns.
Built with a weather-resistant, UV-protected housing and integrated sliding protective cover to guard output F-connectors against moisture and environmental degradation.
Key Features
Four Independent Quad Outputs: Distributes full Ku-band satellite signals independently to four separate satellite set-top boxes without signal interference.
Ultra-Low Phase Noise & High Stability: Fully compliant with DVB-S2 (HDTV and 4K Ultra HD) transmission standards for reliable digital signal lock.
High Cross-Polarization Isolation: Ensures clean separation between vertical and horizontal polarization planes, reducing cross-talk distortion.
Superior 4G/LTE Protection: Advanced internal shielding layout mitigates interference from adjacent 4G/LTE mobile networks and cellular towers.
Energy-Efficient Circuitry: Low power consumption design reduces operating temperatures and extends operational lifespan.
