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There are seven major components of satellite antennas that affect signal quality: 1) reflector (gain up to 25-35dB); 2) feed source (matching impedance 30-70Ω); 3) LNB noise factor <1dB; 4) power amplifier output 1-10W; 5) polarization angle error needs to be <1°; 6) bracket stability; 7) external shielding. Regular inspections can ensure optimal performance. LNB […]

Satellite WiFi antenna maintenance: 1) Check once a quarter and remove any snow or dust; 2) Use a soft-bristled brush to gently sweep the surface; 3) Avoid using corrosive cleaning agents; 4) Ensure that the antenna reflective surface is not blocked; 5) Apply a UV protective layer regularly (annually). These steps will help prevent signal

The difference between VSAT and Satcom antennas: 1) VSAT operates in the Ku or Ka band and has a high signal strength; 2) Satcom often covers the C band and has a wide range; 3) VSAT diameter is usually 0.6-2.4 meters, which is conducive to rapid deployment; 4) Satcom antennas are larger and can provide

There are three frequency bands to consider when selecting a satellite antenna LNB: C-band (3.7-4.2 GHz), Ku-band (10.7-12.75 GHz), and Ka-band (18.3-31 GHz). Choose the appropriate LNB based on the frequency range of the signal you need to receive to ensure clear reception. For example, Ku-band is often used to receive high-definition programs. Application Scenarios

Three steps to install a satellite antenna: 1. Choose an open location and make sure there are no obstructions in front of the antenna. The ideal viewing angle should be greater than 90 degrees. 2. Use a compass and incline meter to accurately locate the azimuth and elevation. 3. Firmly fix the antenna base to

When choosing a VSAT antenna, consider: 1. Diameter, usually between 0.9 and 2.4 meters; 2. Gain level, high gain improves signal quality; 3. Frequency band support, such as Ku or Ka band; 4. Ease of installation; 5. Durability, ensuring it can withstand severe weather. The right choice can achieve a stable connection reliability of more

To align the satellite antenna, you need to use: 1. A satellite signal strength meter to ensure that the error is within 3 degrees; 2. A compass to determine the azimuth; 3. An incline meter to adjust the elevation; 4. A wrench to fix the antenna. Correct settings can increase the signal strength to more

Satellite antenna pole mounts include fixed brackets (suitable for winds <50 mph), adjustable tilt brackets (support up to 70 mph), and heavy-duty U-bolt brackets (withstand winds over 100 mph). Choose based on local weather conditions and install with reinforced poles for maximum stability and long-term performance. Concrete Pier Fixation The security alarm suddenly went off

Indoor satellite antennas suffer from signal loss (up to 50% due to walls), limited range, and interference. Boost signals using a window-mounted antenna (improves reception by 30%), metal reflectors, or low-loss coaxial cables. Avoid thick walls and ensure clear sky visibility for optimal performance. Glass Attenuation Measurement Last year, while debugging the Ku-band signal of

The lens horn antenna solves three major beam problems through its unique design: 1) increasing gain by 10dB; 2) reducing sidelobe level to below -20dB; 3) improving beam width and achieving more precise directivity. It is suitable for various application scenarios that require high-performance antennas. How to Treat Beam Divergence Last year, during the orbit