Astra 19.2°E: Technical Specifications and Overview

The Astra 19.2°E satellite is a powerful broadcasting platform that offers a wide range of services to viewers across Europe and North Africa.

It's located at 19.2°E in the geostationary orbit, which means it remains stationary relative to a fixed point on the Earth's equator.

The satellite has a total of 60 transponders, each with a specific frequency and polarization to ensure efficient transmission and reception of signals.

Astra 19.2°E is equipped with a range of technical features, including a high-power amplifier and a precision pointing system, to ensure reliable and stable transmission of signals.

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Astra 19.2°E has a rich history that began in 1988 with the launch of SES's first satellite, ASTRA 1A, which revolutionized how viewers in Europe could access more TV channels across different countries at once.

The first satellite was launched to the 19.2 degrees East orbital position, paving the way for more than a dozen additional satellites to be launched over the years, all of which have provided digital TV, radio, and multimedia services in the region for over 30 years.

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SES has been at the forefront of providing digital services in the region for over three decades, with a consistent focus on innovation and expansion.

Astra 1H is one of the satellites that has been providing services at 19.2°E, with a European footprint that includes the Canary Islands and north Africa, and a guaranteed signal availability of less than 120 cm.

The satellite's spectral analysis reveals a range of frequencies, including 11 068 V: PAL HR Fernsehen and 12 247 V: Packet Astra.

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In 1988, SES launched its first satellite, ASTRA 1A, to the 19.2 degrees East orbital position, revolutionising how viewers in Europe could access more TV channels across different countries at once.

SES has launched more than a dozen additional satellites since then.

The first satellite, ASTRA 1A, marked the beginning of SES's long history of providing digital TV, radio, and multimedia services in the region.

Over 30 years have passed since the first satellite was launched, and SES has continued to be at the forefront of providing these services.

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The Astra 1KR satellite has been in operation since April 20, 2006, with a lifetime of 15 years.

The Astra 1L and 1H satellites are located at 19.2°E, providing a European footprint that covers Europe, the Canary Islands, and North Africa.

The elevation angle for the Astra 1L and 1H footprints at the geographical location of Lučenec in central Slovakia is 34.8°.

The availability of a guaranteed signal of less than 120 cm is available for both the Astra 1L and 1H footprints in Europe, the Canary Islands, and North Africa.

The Astra 1H satellite has a spectral analysis of 12,247 V: Packet Astra, and 11,068 V: PAL HR Fernsehen.

The Astra 1L satellite has a spectral analysis of 11,068 V: PAL HR Fernsehen, and 12,247 V: Packet Astra.

The Astra 1H satellite has a frequency of 12,051 H: Packet Pro 7, and 12,552 H: Packet Astra.

The Astra 1L satellite has a frequency of 11,303 H: Packet Astra HDTV, and 11,597 V: Packet Astra.

The Astra 1KR satellite has a frequency of 11,362 H: Packet Astra HDTV, and 11,686 V: Packet Digital +.

The Astra 1M satellite has a wide footprint with a frequency of 11,568 V: Packet Astra, and 11,973 V: Packet MTV Networks.

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The Astra 19.2°E satellite has a significant presence in the broadcasting world. It broadcasts on 147 transponders, with 2 of them in Ka-band and 145 in Ku-band.

As of 2019, the satellite reaches a massive 118.4 million households worldwide. This is a testament to its vast capacity and reach.

The satellite's signal is received by a variety of platforms, including cable, IPTV, and direct to home satellite dishes.

The Astra satellites at 19.2 degrees East serve a vast array of customers, including public and private broadcasters. These satellites deliver an impressive 850 channels across DTH pay TV and FTA platforms in Europe.

Their reach is truly remarkable, broadcasting on 147 transponders to a staggering 118.4 million households.

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HD+ in Germany is a high-definition satellite TV platform that delivers premium content to over 2 million subscribers.

It was launched in 2009 and has been evolving to meet changing consumer needs. HD+ offers almost 80 HD and UHD channels, giving viewers a wide range of options to choose from.

For those who want to watch live TV on-the-go, HD+ has a convenient solution called HD+ ToGo. This feature allows subscribers to access live TV from anywhere.

HD+ has also partnered with TV manufacturers like Sony and Samsung, integrating its TV package into various TV models. This makes it easier for people to access HD+ content on their TVs.

The Astra 19.2°E satellite is located at 19.2°East and is home to several channels and packages.

Astra Satellite 19.2°East has a channel list that includes free-to-air channels, as well as paid channels.

The LNB type for the Astra 19.2°E satellite is KU Band.

For dish antenna setting, the frequency for the Astra 19.2°E satellite is listed with full details.

The Astra 1KR, 1L, 1M, and 1N satellites are also located at 19.2°East.

Setting up your dish antenna for the Astra 19.2°E satellite requires a KU Band LNB type.

You can find the full details of the channel list and frequency for the Astra 19.2°E satellite with a simple search.

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Astra 19.2°E offers a range of channels to choose from, with a total of 47 channels available in the Astra 19.2°E frequency.

These channels include popular options like CNN International, CNBC Europe, and BBC World News, which are all broadcast in the DVB-S2 format.

The world of channels and frequency can be overwhelming, but let's break it down. The 1H/1KR/1L/1M designation refers to the type of channel used for transmission.

These designations are crucial in determining the type of signal used for communication. The 1H designation is used for the highest frequency, typically in the range of 30-300 MHz.

This range is often used for high-frequency radio services, such as amateur radio and two-way radio. The 1KR designation, on the other hand, is used for the next highest frequency range, typically in the range of 300-3000 MHz.

This range is often used for microwave radio services, such as satellite communications and wireless broadband. The 1L designation is used for the next highest frequency range, typically in the range of 3000-30,000 MHz.

This range is often used for millimeter wave radio services, such as wireless local area networks and radar systems. The 1M designation is used for the highest frequency range, typically in the range of 30,000-300,000 MHz.

This range is often used for extremely high-frequency radio services, such as satellite communications and scientific research.

Channels List Frequency is a crucial aspect of communication, and understanding it can make a big difference in how you approach your channels.

The most common frequencies for channels are AM (medium frequency) and FM (high frequency), with AM frequencies ranging from 535 to 1605 kHz and FM frequencies ranging from 88 to 108 MHz.

In the United States, the Federal Communications Commission (FCC) regulates channel frequencies, ensuring that each station operates within a specific range to avoid interference.

Channel frequencies can be affected by various factors, including geographical location and the type of equipment used.

For example, shortwave radio frequencies range from 2 to 30 MHz, making them ideal for long-distance communication.

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