Variety Channels
The frequency of 360 Tune Box channel on all satellites
Accessing satellite television channels smoothly requires accurate information and proper receiver configuration. Because channel parameters can change over time, viewers may occasionally need to search for updated settings to restore existing channels or add newly available ones.
Good reception is equally dependent on the technical setup of the satellite system. Correct dish alignment, stable signal levels, and appropriate receiver settings can help prevent weak reception and reduce problems that may affect the viewing experience.
Through this article, we will look at the most important points related to satellite channels and reception, including tuning, signal quality, and receiver configuration, with practical guidance suitable for different levels of experience.
360 Tune Box is an American music tv channel that delivers a diverse mix of music genres, music videos, and entertainment content to audiences across Europe, the Middle East, and North Africa. The channel is widely distributed via satellite platforms to ensure broad range. This article provides a detailed overview of the specialized parameters required to receive 360 Tune Box on various satellites.
Overview of 360 Tune Box
360 Tune Box is a popular music channel originating from the United States, offering viewers a vibrant selection of music programming. The channel is part of a larger portfolio of thematic channels and is available in both standard and high-definition formats. It is widely accessible across multiple satellite positions, making it a favorite among music enthusiasts and satellite viewers.
Satellite Frequencies for 360 Tune Box
Eutelsat 16A (16.0° East)
Eutelsat 16A serves as one of the primary satellites for 360 Tune Box, covering a significant portion of Europe.
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Satellite: Eutelsat 16A
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Position: 16.0° East
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Frequency: 11283.00 MHz
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Polarization: Vertical (V)
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Symbol Rate: 30000
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FEC: 2/3
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Standard: DVB-S2
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Modulation: 8PSK
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Coverage Area: Europe B
Badr 8 (26.0° East)
Badr 8 at 26.0° East is another key satellite carrying 360 Tune Box, extending range to Europe, the Middle East, and North Africa.
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Satellite: Badr 8
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Position: 26.0° East
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Frequency: 12380.00 MHz
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Polarization: Horizontal (H)
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Symbol Rate: 27500
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FEC: 3/4
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Standard: DVB-S2
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Modulation: 8PSK
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Coverage Area: EMENA (Europe, Middle East, North Africa)
Astra 5B (31.5° East)
Astra 5B at 31.5° East also broadcasts 360 Tune Box, primarily serving European audiences.
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Satellite: Astra 5B
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Position: 31.5° East
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Frequency: 12207.00 MHz
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Polarization: Vertical (V)
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Symbol Rate: 27500
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FEC: 3/4
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Standard: DVB-S
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Modulation: QPSK
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Coverage Area: Europe
Reception Requirements
To receive 360 Tune Box, viewers will need:
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A compatible satellite dish, typically 60–90 cm for Ku-band reception in Europe and the Middle East
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An LNB (Low Noise Block) aligned to the correct satellite position
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A DVB-S2 compatible receiver for the high-definition feeds on Eutelsat 16A and Badr 8
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A standard DVB-S receiver for the feed on Astra 5B
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A valid membership or decryption module if the channel is secured on certain platforms
Important Considerations
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Satellite frequencies are subject to change due to system updates, relay leasing changes, or specialized optimizations. Always verify the latest parameters from reliable satellite databases before attempting to tune.
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The high-definition feed on Eutelsat 16A and Badr 8 uses DVB-S2 with 8PSK modulation, which requires a modern satellite receiver capable of handling these standards.
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The feed on Astra 5B uses the older DVB-S standard with QPSK modulation, which is compatible with a wider range of receivers.
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While 360 Tune Box is targeted at music lovers, its availability across multiple satellites ensures that viewers in different regions can access the channel with relative ease.
How Atmospheric Pressure and Weather Affect Satellite Broadcasting
- Heavy rain can temporarily reduce the quality of satellite reception.
- Strong winds may shift the dish away from its optimal position.
- Atmospheric conditions can cause short-term variations in signal performance.
- Accurate alignment provides greater protection against weather-related losses.
