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ENTV Algerian TV Frequencies on All Satellites with Setup Guide

Photo of ahmed ahmed2 weeks ago
31 1,068 7 minutes read

The Algerian First Channel, known as ENTV (Établissement National de Télévision) or TV1, is a cornerstone of Algerian media, broadcasting since 1956.

As the flagship channel of the Public Establishment of Television (EPTV), ENTV delivers a rich mix of news, sports, entertainment, and cultural programs, reflecting Algeria’s vibrant identity.

This free-to-air channel is renowned for its coverage of national events, Algerian football matches, and diverse shows, from political debates to family-friendly series.

Headquartered in Algiers, ENTV connects Algerians at home and abroad. This guide outlines the latest ENTV frequencies on satellites as of June 2026, offers a simple receiver setup process, shares reception tips, and highlights its programming, ensuring you can tune in seamlessly.

Why Watch ENTV?

ENTV is a vital link for Algerians, offering comprehensive content that spans politics, sports, religion, and culture. As a government-backed channel, it provides official updates on national policies, presidential activities, and parliamentary sessions, alongside entertainment like Algerian dramas, comedies, and Ramadan specials. Sports fans rely on ENTV for live broadcasts of Algerian national team matches, including African Cup of Nations and World Cup qualifiers. Free-to-air and accessible 24/7, ENTV also streams live on www.entv.dz and engages viewers via social media on Facebook and YouTube, making it a trusted source for news and entertainment across the Arab world.

ENTV Frequencies on Satellites

To tune into ENTV, you need the correct frequency, polarization, symbol rate, and FEC (Forward Error Correction) settings for your satellite receiver.

Below are the latest frequencies for ENTV on key satellites as of June 2026, based on sources like www.entv.dz, www.lyngsat.com, and www.algsat.com.

As a free-to-air channel, no subscription is required. Verify frequencies with these sources, as transponder settings may change.

Nilesat 201/Eutelsat 7 West A (7.0° West)

  • Channel: ENTV (Algerian Terrestrial Channel)

  • Frequency: 11680 MHz

  • Polarization: Horizontal (H)

  • Symbol Rate: 27500 kS/s

  • FEC: 5/6

  • Coverage: Middle East and North Africa

  • Details: Broadcasts in SD/HD with DVB-S modulation, offering strong reception in Algeria, Morocco, and Egypt.

AlcomSat-1 (24.8° West)

  • Channel: ENTV HD (Programme National)

  • Frequency: 12240 MHz

  • Polarization: Horizontal (H)

  • Symbol Rate: 30000 kS/s

  • FEC: 2/3

  • Coverage: North Africa, parts of Europe

  • Details: Algeria’s national satellite provides HD broadcasts, ideal for viewers in Algiers and Oran.

Additional Notes

  • Limited Satellite Presence: ENTV is primarily available on Nilesat and AlcomSat-1. No confirmed frequencies exist for Arabsat Badr (26.0° East), Hotbird (13.0° East), Yahsat (52.5° East), or Eutelsat 5 West A (5.0° West) as of June 2026. Older sources mention Eutelsat 5W (11059 MHz, Horizontal), but this is outdated.

  • Frequency Accuracy: Avoid obsolete Nilesat frequencies like 11660 MHz (Vertical) or NSS 7 (22.0° West, 12674 MHz, Horizontal), which are no longer active for ENTV. Stick to 11680 MHz on Nilesat or 12240 MHz on AlcomSat-1.

  • Global Access: Outside MENA, Nilesat and AlcomSat-1 signals may weaken in Europe or Asia. Stream ENTV live on www.entv.dz or its YouTube channel for global access.

  • Free-to-Air Status: ENTV is unencrypted, requiring no smartcard, making it accessible within satellite footprints.

Reception Tips for Optimal Viewing

To enjoy ENTV’s content with clear audio and visuals, follow these practical tips for satellite reception:

  1. Dish Size: Use a 60-80 cm dish for Nilesat in MENA regions like Algiers, Tunis, or Cairo. For AlcomSat-1, a 70-90 cm dish is recommended. In fringe areas (e.g., southern Europe), a 90-120 cm dish enhances signal strength.

  2. Dish Alignment: Align your dish to Nilesat (7.0° West) or AlcomSat-1 (24.8° West) using a satellite finder or app (e.g., SatFinder, DishPointer). Ensure no obstructions block the signal path.

  3. LNB Selection: Install a Universal Ku-band LNB with local oscillator frequencies of 9.75 GHz (low band) and 10.6 GHz (high band). For HD on AlcomSat-1, ensure DVB-S2 compatibility.

  4. Signal Quality: Aim for 70% or higher signal quality (ideally 98%) on your receiver’s signal meter to avoid pixelation. Adjust LNB skew for optimal performance.

  5. Weather Protection: Ku-band signals may weaken during heavy rain. Secure your dish and check LNB caps for water damage to maintain signal integrity.

  6. Coverage Check: Verify your location is within Nilesat or AlcomSat-1’s beam using coverage maps on www.dishpointer.com or www.satbeams.com.

How to Add ENTV to Your Receiver

Follow these steps to manually add ENTV to your satellite receiver, compatible with most models (e.g., Strong, Humax, Technisat), though menu names may vary.

  1. Enter the Setup Menu:

    • Press “Menu” or “Settings” on your receiver’s remote.

    • Navigate to “Installation,” “Channel Search,” or “Antenna Setup.”

  2. Select Manual Search:

    • Choose “Manual Scan,” “Manual Installation,” or “Add Transponder.”

    • Select “Add TP” or “Edit Transponder” if prompted.

  3. Choose the Satellite:

    • Select Nilesat 201/Eutelsat 7 West A (7.0° West) or AlcomSat-1 (24.8° West) from the satellite list.

    • If not listed, manually enter the orbital position (7.0° W or 24.8° W).

  4. Input Transponder Details:

    • For Nilesat (11680 MHz):

      • Frequency: 11680 MHz

      • Polarization: Horizontal (H)

      • Symbol Rate: 27500 kS/s

      • FEC: 5/6

    • For AlcomSat-1 (12240 MHz):

      • Frequency: 12240 MHz

      • Polarization: Horizontal (H)

      • Symbol Rate: 30000 kS/s

      • FEC: 2/3

    • Ensure all values are accurate.

  5. Start the Scan:

    • Press “Scan,” “Search,” or “OK” to initiate the scan.

    • Select “FTA Only” or “All Channels” to include free-to-air channels.

    • Wait 1-3 minutes for the scan to complete.

  6. Save the Channels:

    • Press “Save” or “OK” to store the scanned channels.

    • ENTV will appear in your channel list as “ENTV,” “TV1,” or “Programme National.”

  7. Adjust Dish if Necessary:

    • If the channel is missing or the signal is weak, fine-tune the dish’s azimuth and elevation while monitoring the signal meter.

    • Check LNB skew and cables for 70-98% signal strength.

  8. Test the Channel:

    • Locate ENTV in your channel list and select it to confirm clear broadcasting.

    • If issues persist, recheck settings or consult a professional installer.

Receiver Tips:

  • For Strong receivers (e.g., SRT 4920), enable “LNB Power” in the “Transponder” menu.

  • For Humax or Technisat, set LNB to “Universal” (9750/10600 MHz).

  • Use default PINs (e.g., 0000, 1234) if prompted; check your manual for details.

ENTV Highlighted broadcasts

ENTV offers a diverse lineup catering to all interests, from news to sports and entertainment. Key programs include:

Top Shows

  • Sports Coverage: Live broadcasts of Algerian national team matches, including African Cup of Nations and World Cup qualifiers, with expert commentary.

  • News Bulletins: Daily updates on national and international events, covering government decisions and presidential activities.

  • Saat Iqtisad (Economic Hour): Analysis of economic policies and development projects in Algeria.

  • Ramadan Specials: Family-friendly series, comedies, and religious programs during the holy month.

  • Cultural Shows: Programs celebrating Algerian heritage, music, and traditions, such as Fi Biladna with artistic and folk segments.

Content divisions

  • News: In-depth coverage of Algerian politics, economy, and global affairs.

  • Sports: Live football matches and sports analysis, focusing on the Algerian national team.

  • Entertainment: Algerian dramas, comedies, and variety shows for all ages.

  • Cultural: Documentaries and shows promoting Algerian history and traditions.

  • Religious: Islamic lectures and Quran-focused content.

How to Read a Satellite Coverage Map

Satellite maps show areas of strong and weak signals. Understanding them helps in dish placement and size selection.

1. Identify the Beam Type

  • Spot beams target specific regions; wide beams cover large areas.

2. Check Signal Strength Zones

  • Maps often use colors or contours to indicate signal intensity.

3. Plan Dish Size Accordingly

  • Stronger areas allow smaller dishes; weaker zones may need larger dishes.

How to Prevent Water Ingress in Coaxial Cables

Water entering the coaxial cable causes signal loss, corrosion, and long-term damage. Proper protection is essential.

1. Use Weatherproof Connectors

  • Seal F-connectors with rubber boots or self-amalgamating tape.

2. Ensure Proper Cable Routing

  • Route cables downward or with drip loops to prevent water pooling near connectors.

3. Inspect Regularly

  • Check outdoor connections periodically for cracks, corrosion, or water ingress.

Steps to Test an LNB Using Another Receiver

Testing your LNB with a second receiver helps determine whether signal issues come from the LNB or the main receiver.

1. Disconnect the Current Receiver

  • Safely disconnect the coaxial cable from your main receiver.

2. Connect to a Known Working Receiver

  • Attach the cable to another receiver that is confirmed to be functioning properly.

3. Check Signal Quality

  • If the signal improves, the original receiver may be faulty.
  • If the signal remains weak, the LNB or dish alignment may need attention.

Standards for Selecting Professional Reception Equipment for Homes

High-quality equipment ensures stable, reliable reception and long-term performance.

1. Receiver Quality

  • Choose receivers with low-noise support, HD/4K decoding, and frequent firmware updates.

2. Dish Material and Size

  • Select durable materials and appropriate size for your satellite band (C-Band or Ku-Band).

3. LNB Selection

  • Use low-noise, high-gain LNBs suitable for your dish and satellite frequencies.

4. Accessories

  • Include lightning protection, weatherproof connectors, and proper grounding for safety and longevity.

Effect of Frequency Differences on Required Dish Size

Higher frequencies require precise alignment and may need smaller dishes, while lower frequencies often need larger dishes for stable reception.

1. Ku-Band Frequencies

  • Higher frequencies allow smaller dishes but are more sensitive to rain fade.

2. C-Band Frequencies

  • Lower frequencies require larger dishes to capture weaker signals effectively.

3. Choosing the Right Dish Size

  • Consider frequency, local signal strength, and weather conditions.

Understanding Beamwidth’s Effect on Broadcast Quality

Satellite beamwidth affects signal intensity and coverage. Narrow beams offer stronger signals for targeted areas, while wide beams cover larger regions.

1. Spot Beams

  • Focused narrow beams provide high-quality reception for a specific region.

2. Wide Beams

  • Cover broad areas but signal strength may be lower at the edges.

3. Implication for Dish Alignment

  • Precise alignment is critical for narrow beams to maximize signal quality.
  • Wide beams are more forgiving but may still require fine tuning for weak channels.

Impact of Receiver Power Supply Quality

A stable power supply ensures consistent operation of the receiver and proper decoding of satellite signals.

1. Avoiding Signal Fluctuations

  • Low-quality or unstable power supplies can cause the receiver to reset or lose signal intermittently.

2. Prolonging Receiver Lifespan

  • Stable voltage reduces wear on internal components and prevents overheating.

3. Choosing the Right Power Supply

  • Always use the manufacturer-recommended adapter or a high-quality equivalent with correct voltage and amperage.

Impact of Weather on Satellite Reception and How to Overcome It

Weather conditions like rain, snow, and storms can reduce signal quality. Preparing your system helps minimize disruptions.

1. Rain Fade

  • Heavy rain can weaken Ku-Band signals; consider larger dishes or low-noise LNBs.

2. Snow and Ice

  • Clear snow from dish surface to maintain reception.

3. Wind Effects

  • Ensure the dish is mounted on a strong, stable bracket to prevent movement.

Impact of Atmospheric Pressure on Broadcast Signals

Atmospheric conditions, including pressure, humidity, and temperature, affect satellite signal propagation and reception quality.

1. Signal Attenuation

  • Low pressure and high humidity can slightly weaken signals, especially at higher frequencies.

2. Temporary Interference

  • Rapid changes in atmospheric pressure may cause minor disruptions in signal stability.

3. Mitigation

  • Use a high-gain LNB and properly sized dish to minimize atmospheric effects.
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Photo of ahmed ahmed2 weeks ago
31 1,068 7 minutes read
Photo of ahmed

ahmed

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