Goobay 67272 Universal Quad LNB

Goobay 67272 Universal Quad LNB

The Goobay 67272 Universal Quad LNB is a high‑performance, low‑noise satellite receiver front‑end designed to serve up to four independent satellite receivers or set‑top boxes from a single dish. Its compact 40 mm diameter and robust construction make it an ideal choice for both residential and professional installations.

Key Technical Specifications

• Noise Figure (Rauschmaß): 0.1 dB – ensuring minimal signal degradation and maximum clarity for all connected receivers.
• Frequency Range: 950 MHz to 2150 MHz, covering the entire Ku‑band spectrum used by modern satellite services.
• Output Connections: Four gold‑plated F‑type connectors, each capable of handling high‑frequency signals with low loss.
• Input Connector: Single 4‑inch (10 mm) coaxial input, compatible with standard satellite dish cables.
• Power Supply: 12 V DC, 1.5 A – a common requirement for satellite equipment.
• Operating Temperature: −40 °C to +85 °C, suitable for outdoor installations in varied climates.
• Dimensions: 40 mm diameter, 30 mm height (approx.), lightweight and easy to mount.
• Weight: ≈150 g, facilitating quick deployment on existing dish mounts.

Design Features

The LNB’s design incorporates a low‑noise amplifier (LNA) that delivers exceptional signal quality while consuming minimal power. The gold‑plated F‑type connectors provide reliable, low‑loss connections and resist corrosion, ensuring long‑term performance even in harsh outdoor environments.

A protective housing surrounds the internal circuitry, shielding it from dust, moisture, and mechanical shock. The housing is engineered to be weather‑proof, allowing the LNB to operate continuously without maintenance for extended periods.

Compatibility

• DVB-S2 – fully compatible with the digital satellite standard used worldwide.
• HDTV and 4K/UHD Reception: The low noise figure guarantees clear reception of high‑definition video streams, including 1080p, 2160p (4K), and even 8K signals where available.
• 3D Content: Supports the transmission of stereoscopic 3D broadcasts without signal loss.
• Multi‑Receiver Setups: Ideal for households or businesses that require simultaneous access to multiple satellite channels on separate receivers.

Installation and Setup

1. Mount the LNB onto the satellite dish using the standard mounting bracket. Ensure it is securely fastened to avoid vibration damage.
2. Connect the coaxial cable from the dish’s feedhorn to the 4‑inch input on the LNB.
3. Attach the four F‑type outputs to each satellite receiver or set‑top box. The gold plating ensures a tight, low‑loss connection.
4. Power the unit with a 12 V DC source. Verify that all connections are secure before powering on.
5. Configure each receiver to use the appropriate satellite frequency and polarization settings as required by your service provider.

Performance Highlights

• Minimal Signal Loss: The 0.1 dB noise figure translates into a clear, high‑quality signal for all connected receivers.
• Reliable Multi‑Channel Distribution: Each of the four outputs delivers an independent copy of the satellite feed, eliminating interference between devices.
• Future‑Proof Design: Supports current and upcoming satellite standards, ensuring compatibility with future upgrades without needing additional hardware.

Applications

• Residential Homes: Provide multiple family members with separate satellite TV access from a single dish.
• Small Businesses: Enable several employees to receive distinct satellite channels for training or entertainment purposes.
• Educational Institutions: Distribute educational satellite broadcasts to different classrooms simultaneously.
• Professional Installations: Ideal for hotels, apartments, and other multi‑unit dwellings where a single dish must serve multiple receivers.

Summary

The Goobay 67272 Universal Quad LNB combines low noise performance, robust construction, and versatile connectivity to deliver reliable satellite reception for up to four independent receivers. Its compatibility with DVB‑S2, HDTV, 4K/UHD, and 3D content makes it a future‑ready solution for any environment that demands high‑quality satellite signal distribution.