How To Track Any Tv Satellite With Android Smart Phone Easily

How To Track Any Tv Satellite With Android Smart Phone Easily

There are several apps designed to help you locate and track TV satellites in the sky. These apps can help you find the correct azimuth, elevation, and tilt for pointing your satellite dish to connect to a TV satellite.

Some popular apps for tracking TV satellites include:

• Satellite Finder (Dishpointer) (Android & iOS)
• SatFinder (Android)
• DishPointer Pro (Android)
• Satellite Director (iOS)

These apps show you the direction to point your satellite dish to receive a signal from a specific satellite.

2. Steps to Track TV Satellites:

Here’s how to use these apps to track and align your satellite dish:

a) Install the App:

Download and install one of the satellite finder apps on your mobile device.

b) Enter Your Location:

Most apps will ask you to input your location (latitude and longitude) or will automatically use your phone’s GPS to determine it. This is important for the app to calculate which satellites will be visible to you based on your location.

c) Select the Satellite:

Choose the TV satellite you wish to track (e.g., DirectTV, Dish Network, or other satellites depending on your provider). Some apps have a large list of satellites, and you can search by name or by satellite provider.

d) Align Your Dish:

The app will display the azimuth, elevation, and LNB skew (for satellite dish alignment) in real-time, showing you the exact direction where to point your dish. These readings will help you correctly aim the dish towards the satellite.

e) Fine-Tune the Dish:

As you adjust your satellite dish, the app will often show you a signal strength indicator. Adjust the dish until you get the best signal.

3. Use the Compass Feature:

Most satellite finder apps also have a compass feature, so you can point your phone in the right direction and match the compass reading to align your satellite dish. Make sure your phone’s location services and compass are calibrated.

C & KU BAND SATELLITES

The C-band and Ku-band are two different frequency ranges used by satellites for communication, including satellite TV broadcasting. The primary difference between them lies in their frequency range, coverage, signal strength, and the type of applications they are used for. Here's a breakdown of the differences:

1. Frequency Range:

• C-band:
• Frequency Range: 3.7 to 4.2 GHz (Downlink) and 5.9 to 6.4 GHz (Uplink)
• C-band operates at a lower frequency compared to the Ku-band.
• Ku-band:
• Frequency Range: 12.0 to 18.0 GHz (Downlink) and 14.0 to 14.5 GHz (Uplink)
• Ku-band operates at a higher frequency than C-band.

2. Signal Size and Coverage:

• C-band:
• Larger Antennas Required: C-band satellites tend to use larger antennas (often 6 to 12 feet) for optimal reception.
• Better Coverage in Bad Weather: Due to its lower frequency, C-band signals can penetrate rain, clouds, and other atmospheric conditions better than Ku-band signals. This makes it more reliable in areas with frequent rain or storms.
• Wider Coverage Area: C-band satellites usually provide broader coverage, making them ideal for wide-area services like global broadcasting and military applications.
• Ku-band:
• Smaller Antennas: Ku-band satellites can use smaller dishes, typically around 18 inches to 3 feet in diameter, as they operate at a higher frequency.
• More Affected by Weather: Ku-band signals are more susceptible to signal degradation during heavy rain or storms, a phenomenon known as rain fade. This can lead to service interruptions, particularly in tropical and wet regions.
• Finer Beam Focus: Ku-band satellites tend to have a more focused beam, which makes them suitable for providing targeted services, such as satellite TV, broadband internet, and other high-speed data communications.

3. Applications:

• C-band:
• Used primarily for large-scale TV broadcasting, telecommunications, and satellite services, especially in regions where weather conditions might cause interruptions in the higher frequency bands.
• C-band is also commonly used for satellite-based internet services, especially in rural and remote areas.
• Ku-band:
• Often used for direct-to-home (DTH) satellite TV, as the smaller dish sizes make it more practical for residential use.
• It's also widely used for satellite internet, particularly in commercial and consumer broadband applications, and for mobile communications (e.g., in airplanes, ships, and vehicles).

4. Bandwidth and Data Transmission:

• C-band:
• Due to its lower frequency, C-band has lower bandwidth compared to Ku-band. This means it can carry fewer data streams simultaneously.
• Ku-band:
• The higher frequency of Ku-band allows for greater bandwidth and higher data transfer rates, making it more suitable for high-demand applications like high-definition satellite TV, internet browsing, and video conferencing.

5. Cost and Availability:

• C-band:
• Typically requires larger dishes, so the hardware (like antennas) can be more expensive. However, it is still a reliable choice in areas where atmospheric conditions could disrupt higher-frequency signals.
• Ku-band:
• Less expensive hardware, with smaller antennas that are easier to install and maintain. Because of the popularity of Ku-band for DTH TV and internet, there is widespread availability of Ku-band satellites.

6. Interference:

• C-band:
• C-band has less interference from terrestrial sources (like microwave towers) due to its lower frequency range. However, it can still be affected by interference from other satellites and storms.
• Ku-band:
• More prone to interference from terrestrial microwave transmissions and weather conditions. Rain fade can significantly reduce signal quality during heavy rain or thunderstorms.

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