NSS-6 Satellite Channel List and Reception Details

The NSS-6 satellite is a popular choice for satellite TV users in India, offering a wide range of channels in various languages. It's a high-power satellite that beams signals across the Indian subcontinent.

To receive channels from the NSS-6 satellite, you'll need a satellite dish with a minimum diameter of 1.2 meters and a Ku-band LNB. This will ensure you can pick up the signals coming from the satellite.

The NSS-6 satellite is located at 95 degrees East in geostationary orbit, which is why you'll need an antenna pointed in that direction to receive its signals. The satellite's orbit is stable and fixed, making it ideal for broadcasting.

With the right equipment and antenna alignment, you can enjoy a wide range of channels from the NSS-6 satellite, including news, entertainment, and educational programs.

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The NSS-6 satellite is a communications satellite owned by SES WORLD SKIES.

It was launched on December 17, 2002, on an Ariane 4 booster rocket.

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NSS-6 covers the whole of Asia with six high-performance Ku band beams.

Each Ku-band beam is formed by an independent high-gain antenna system.

The satellite delivers Direct-To-Home power and performance, as well as significant inter-regional connectivity.

NSS-6 has a total of 50 physical Ku band transponders.

Here are the specifications of the Ku band transponders:

NSS-6 is equipped with extra on-board redundancy for critical units, minimizing risk of single-point failure.

The satellite is designed to operate fully interactive, high-speed networks that incorporate small terminals capable of carrying Internet and other bandwidth-intensive services.

NSS-6 has a unique configuration that satisfies the changing demands of its customers, including Internet Service Providers (ISP’s), broadcasters, and private corporations.

The satellite has more than 60 high-power 36 MHz-equivalent Ku-band transponders that can be flexibly allocated to any of six broad beams covering various regions.

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NSS-6 at 95.0°E is a location where Dish TV DTH receives signals.

The active transponders at this location are identified by the receiver.

The receiver needs sufficient signal quality to lock on, and SPOT measurements are used to determine this.

Dish TV DTH uses these measurements to identify the active transponders.

One location where these measurements are taken is Lučenec-Slovakia.

The Channel Search feature on the Dish TV DTH receiver has identified over 147 TV channels to eight active transponders.

The receiver has been configured to access channels from various satellites, including OPTUS C1/D3, OPTUS D2, OPTUS D1, INTELSAT 19, ASIASAT 9, NSS 6, and INTELSAT 18.

Here's a list of the identified channels:

After making some adjustments to the waveguide, the permanent oscillation of all transponders in India and the Middle East footprint was reduced by 75%, resulting in improved video quality.

If you're looking to access free channels, there are several options available.

OPTUS C1/D3, OPTUS D2, and OPTUS D1 are all free to receive.

OPTUS D2 is one of the many options for free channel access.

OPTUS C1/D3 and OPTUS D1 are also free to receive, just like OPTUS D2.

You can also access free channels through INTELSAT 19, ASIASAT 9, NSS 6, and INTELSAT 18.

Here is a list of some of the free channels you can access:

The Dish TV DTH receiver has identified over 147 TV channels to eight active transponders. This is a significant number of channels, and it's impressive that the receiver can pick up so many signals.

The NSS 6 satellite at 95.0°E has a total of 15 transponders, and 17 network services. This is a complex system, but the right adjustments can make a big difference in the quality of the signal.

After making some changes to the waveguide, the permanent oscillation of all transponders in the Indian and Middle East footprint was reduced by 75%. This is a remarkable improvement, and it's clear that the changes had a positive impact.

The quality of video records of reception for different transponders from the Indian footprint showed a significant improvement, with periods of stable detection of the carrier lasting much longer. In one case, a stretch of 45 minutes was recorded without pixelation or downtime.

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The Dish TV DTH receiver is capable of immediate changes in quality within a span of 60 seconds, as seen in the transponders at 12 647 H, 12 688 V, and 12 595 H + 11 038 H. This shows just how quickly the system can adapt to changing conditions.

The receiver can also identify the active TP with sufficient signal quality to lock on SPOT measurements, as seen in the case of the Lučenec-Slovakia location. This is an important feature for getting the best possible signal.