Arabsat 6a Lyngsat Page

Arabsat 6A Lyngsat: The Ultimate Guide to Channels, Frequencies, and Coverage

In the world of satellite television, few resources are as trusted and frequently updated as Lyngsat (LyngSat Satellite). For enthusiasts, installers, and home viewers, Lyngsat is the definitive online database for live transponder updates. When searching for information on one of the most powerful commercial satellites ever built—Arabsat 6A—the term “Arabsat 6A Lyngsat” becomes an essential search query.

This article serves as a comprehensive guide to Arabsat 6A, explaining how to use Lyngsat to find its frequencies, what channels you can expect, its coverage area, and technical specifications. Whether you are trying to realign your dish or simply curious about the satellite’s capabilities, read on to master the details of Arabsat 6A via Lyngsat.

Abstract

This paper summarizes Arabsat-6A’s technical and operational profile as presented on LyngSat-style satellite listings: orbital position, payload configuration, frequency plans, transponder mappings, coverage footprints, encryption and multiplexing details, and usage for free-to-air (FTA) and encrypted services. It includes practical guidance for terrestrial satellite reception (dish size, LNB, and A/B settings) and recommendations for monitoring LyngSat updates.

5. Coverage and Footprints

• Arabsat-6A footprints typically cover: MENA (Middle East & North Africa), large parts of sub-Saharan Africa, and parts of southern Europe and Central Asia.
• For reception: LyngSat often provides beam information (e.g., West Africa beam, Middle East beam) which dictates required dish size:
  • High-power areas: 45–60 cm dish
  • Medium-power areas: 60–90 cm dish
  • Fringe areas: 90–120+ cm dish
  • LNB: universal Ku-band LNB (low-noise block converter) recommended.

Conclusion & Final Checklist for "Arabsat 6A Lyngsat"

Searching for Arabsat 6A Lyngsat is the smartest first step for any satellite hobbyist or professional in the MENA region. Rather than guesswork, Lyngsat provides crowdsourced, up-to-the-week accuracy.

To summarize your action plan:

1. Bookmark the Lyngsat page for 30.5°E.
2. Identify your beam: MENA (90cm dish) vs. CEE (120cm+).
3. Input the correct parameters: Frequency, SR, Pol, DVB-S2.
4. Do not ignore encryption – if it says Irdeto, it is pay-TV.

With the power of Arabsat 6A and the data integrity of Lyngsat, you are never more than a five-minute satellite scan away from perfect reception of hundreds of Arabic, English, and French channels.

Disclaimer: Lyngsat is an independent database. Transponders change frequently. Always check the live page for "Arabsat 6A / 5A at 30.5°E" before performing a blind scan.

Arabsat 6A is a high-capacity geostationary communications satellite currently positioned at the 30.5° East orbital slot

. It is a critical hub for television, internet, and secure communications across the Middle East, Africa, and Europe. Technical Overview and Specifications Manufactured by Lockheed Martin , Arabsat 6A is based on the modernized

satellite bus. This advanced platform incorporates innovations in solar arrays, propulsion, and electronics to deliver higher power and flexibility. Launch Date: April 11, 2019. Launch Vehicle: SpaceX Falcon Heavy (the first commercial mission for this rocket). Operational Lifespan: arabsat 6a lyngsat

Designed for 15 years, though high-precision delivery by Falcon Heavy may extend this to 18–20 years Approximately 6,465 kg at launch. Frequency Bands:

Equipped with Ku-band (FSS, BSS) and Ka-band transponders, including advanced Ka-spot beams for high-throughput data services. Arabsat 6A at 30.5°E - LyngSat 9 Apr 2026 —

Arabsat 6A is a high-capacity telecommunications satellite currently positioned at 30.5° East. It provides a wide range of services including television broadcasting, internet, and secure communications across the Middle East, Africa, and Europe. Satellite Overview

Orbital Position: 30.5° East (joined and will eventually replace Arabsat 5A). Launch Date: April 11, 2019, via a SpaceX Falcon Heavy.

Manufacturer: Lockheed Martin, using the modernized A2100 bus.

Operational Life: Designed for a 15-year lifespan, though the high-precision Falcon Heavy launch may extend this to 18–20 years.

Frequency Bands: Equipped with Ku-band (FSS, BSS, Appendix 30B) and Ka-band transponders. Channel and Technical Data (LyngSat Reference)

According to updated listings on LyngSat, the satellite hosts various regional television feeds and data services. Arabsat 6A at 30.5°E - LyngSat

The following overview of the Arabsat 6A satellite is based on technical data from Arabsat 6A Lyngsat: The Ultimate Guide to Channels,

(last updated April 11, 2026) and official mission profiles. 1. Satellite Overview Arabsat 6A

is a high-capacity telecommunications satellite operated by the Arab Satellite Communications Organization (Arabsat)

. Launched on April 11, 2019, via a SpaceX Falcon Heavy rocket, it is part of the "6th Generation" of the Arabsat fleet. Orbital Position: 30.5 raised to the composed with power East (Geostationary). Manufacturer: Lockheed Martin (based on the modernized LM 2100 platform).

To provide television, internet, telephone, and secure communications to customers across the Middle East, Africa, and Europe. 2. Frequency and Band Details The satellite operates primarily in the . According to frequency plans

, its Ku-band payload includes FSS (Fixed-Satellite Service), BSS (Broadcast-Satellite Service), and APX (Advanced Payload) configurations. Active Transponders (Sample Data): Frequency (MHz) System/Modulation Symbol Rate (SR) DVB-S2 / 8PSK Horizontal DVB-S2 / 8PSK Horizontal DVB-S2 / 8PSK Data source: LyngSat (April 2026) 3. Technical Specifications Spacecraft Bus: Launch Date: April 11, 2019. Operational Altitude: Approximately Replacement Strategy: It was designed to join and eventually replace the aging Arabsat 5A at the same 30.5 raised to the composed with power East position. 4. Coverage and Footprints

The satellite features multiple beams designed for specific regional coverage: Ku-band FSS Beam:

Targets the Middle East, North Africa (MENA), and parts of Europe. Ka-band Payload:

Primarily utilized for high-throughput data and secure government communications. specific TV channels currently broadcasting on these frequencies? Arabsat 5A/6A at 30.5°E - LyngSat

Arabsat-6A is a high-capacity commercial communications satellite operated by the Arab Satellite Communications Organization (Arabsat) and stationed at the 30.5° East orbital position. It provides advanced television, internet, telephone, and secure communications services across the Middle East, Africa, and Europe. Satellite Specifications & Technology Arabsat-6A footprints typically cover: MENA (Middle East &

Manufactured by Lockheed Martin and completed in 2018, Arabsat-6A was built on the modernized LM 2100 bus platform. Key technical features include: Arabsat 6A at 30.5°E - LyngSat

What is Arabsat 6A? Arabsat 6A is a commercial communications satellite operated by the Arab Satellite Communications Organization (ARABSAT). It was launched on April 11, 2019, and is positioned at 30.5°E longitude in the geosynchronous orbit.

LyngSat and Arabsat 6A LyngSat is a popular online database that provides detailed information on satellite TV channels, transponders, and satellites. For Arabsat 6A on LyngSat, you can find the following information:

1. Satellite Details:
   • Satellite Name: Arabsat 6A
   • Position: 30.5°E
   • Launch Date: April 11, 2019
   • Orbit: Geosynchronous
   • Type: Commercial Communications Satellite
2. Transponders:
   • Frequency Range: C-Band and Ku-Band
   • Number of Transponders: 26 (18 C-Band, 8 Ku-Band)
   • Transponder Bandwidth: 36 MHz (C-Band), 72 MHz (Ku-Band)
3. Channels and Programming:
   • Arabsat 6A carries a variety of TV channels, including Arabic, international, and regional channels.
   • Some channels broadcast in free-to-air (FTA), while others are encrypted (BISS or DVB-CSA).

How to find Arabsat 6A on LyngSat:

1. Visit the LyngSat website (www.lyngsat.com).
2. Click on "Satellites" and select "Arabsat 6A" from the list or enter "30.5°E" in the search bar.
3. You'll be taken to the Arabsat 6A satellite page, which provides detailed information on the satellite, including:
   • Transponder list with frequency, polarization, and symbol rate information.
   • Channel list with details on channel name, frequency, and encryption.

What can I do with this information? With this information, you can:

1. Scan for channels: Use a satellite receiver or a software tool to scan for channels on Arabsat 6A using the transponder information.
2. Configure your satellite dish: Adjust your satellite dish to point to 30.5°E and configure your LNB (Low-Noise Blocker) for C-Band or Ku-Band reception.
3. Log in to channels: If you're interested in watching channels on Arabsat 6A, you may need to obtain the necessary receiver and subscription information.

I understand you're looking for information about Arabsat 6A on LyngSat. While I can't browse live websites, I can certainly guide you on what a useful article or LyngSat entry for Arabsat 6A typically contains, and how to find the most reliable information.

Here’s what a "useful article" or the LyngSat reference page for Arabsat 6A would include:

LyngSat Breakdown: Active Frequencies & Channels

Below is a representative summary of what you would find on LyngSat’s arabsat 6a (30.5°e) page. (Always check LyngSat live for real-time updates, as channels change frequently.)

4. LyngSat-Style Transponder Listings (Example Format)

A LyngSat-style table entry for each transponder usually includes:

• Frequency (MHz) — e.g., 11958 H
• Polarization — Horizontal (H) or Vertical (V)
• Symbol Rate (ksps) — e.g., 27500
• FEC — e.g., 3/4
• SID/Network — channel or bouquet name
• Encryption/CAS — e.g., FTA or Viaccess/Conax/BISS
• Provider/remarks — channel origin or notes (temporary test, HD/SD)

Example (hypothetical entries for illustration):

• 11958 H 27500 3/4 — FTA — Al Jazeera Arabic (SD)
• 12015 V 30000 5/6 — Encrypted (Conax) — Regional sports package (HD) (NOTE: Frequencies above are illustrative; always verify with live LyngSat data.)