Nilesat 201 at 7.0°W Satellite data now

Nilesat 201 at 7.0°W Satellite General Data, Spot Beams of the satellite with EIRP Beams corresponding to Antenna diameters, and description of the satellite.

General data

Satellite Name: Nilesat 201
Status: Active
Position: 7° W (7° W)
NORAD: 36830
Cospar ID: 2010-037A
Official Website: Click on the Spot Beam images to visit the official website
Launch date: 4-Aug-2010
About: Scroll down to the bottom of the page for more satellite insights
Launch vehicle: Ariane 5 ECA
Launch mass (kg): 3200
Dry mass (kg): 1700
Manufacturer: Thales Group
Model of the satellite (bus): Spacebus-4000B2
Orbit: GEO
Expected lifetime: 15 yrs.

Spot Beams

Nilesat 201 at 7.0°W Satellite data now
Ku Band:
50 dBW on Cairo, maximum 51.7 dBW
47 dBW at End of Coverage (EOC)
Ka Band:
50 dBW on Cairo, maximum 53 dBW
50 dBW at EOC.
Receiving Dish Diameter Within the Coverage: 50 to 75 cm
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C Band
42 dBW41 dBW40 dBW39 dBW38 dBW37 dBW36 dBW35 dBW34 dBW33 dBW32 dBW31 dBW30 dBW
80-100 cm90-115 cm100-125 cm115-145 cm125-160 cm145-180 cm160-200 cm180-225 cm200-255 cm225-285 cm255-320 cm285-360 cm320-400 cm
Ku Band
50 dBW49 dBW48 dBW47 dBW46 dBW45 dBW44 dBW43 dBW42 dBW41 dBW40 dBW39 dBW38 dBW
50-60 cm55-65 cm60-75 cm65-85 cm75-95 cm85-105 cm95-120 cm105-135 cm120-150 cm135-170 cm150-190 cm170-215 cm190-240 cm


Nilesat 201 was launched on August 4, 2010. This satellite is operated by Nilesat, an Egyptian satellite company renowned for its contributions to the digital communications landscape. Meanwhile, positioned strategically at 7.0 degrees West, Nilesat 201 plays an important role in enhancing the communication infrastructure. Saying so, it covers the Middle East and North Africa (MENA) region. The orbital position at 7.0°W serves as a prime location for broadcasting television channels and radio stations. It caters catering to millions of viewers and listeners.

Besides, the primary purpose of Nilesat 201 is to provide reliable and high-quality broadcasting services. Moreover, this satellite supports a comprehensive range of applications, including direct-to-home (DTH) television, radio broadcasting, and data transmission. Furthermore, nilesat 201 has become an indispensable asset for media companies and telecommunications providers in the MENA region. The satellite’s capacity to deliver a broad spectrum of content, from entertainment and news to educational programs, underscores its importance in the daily lives of people within its coverage area.

Moreover, Nilesat 201’s contribution extends beyond mere broadcasting. It significantly bolsters the telecommunications infrastructure, enabling improved connectivity and data services. This enhancement has an important role in remote and underserved areas. By bridging the digital divide, Nilesat 201 aids in fostering socio-economic development and facilitates access to information and communication technologies.

In essence, Nilesat 201 is more than just a satellite; it is a cornerstone of modern communication in the MENA region. Its strategic position and multifaceted capabilities make it a key player in the advancement of broadcasting and telecommunications, thereby impacting millions of lives and driving progress in the region.

Technical Specifications and Capabilities

The Nilesat 201 satellite, launched to provide enhanced communication services, boasts a range of impressive technical specifications and capabilities. Weighing approximately 3,200 kilograms at launch, the satellite is built on the Eurostar E3000 platform, a highly respected satellite bus known for its reliability and versatility. Also, the satellite measures around 7.5 meters in length with its solar arrays fully deployed, ensuring optimal energy absorption.

In Addition, Nilesat 201 is equipped with a total of 24 transponders: 12 in the Ku-band and 12 in the C-band. The Ku-band transponders facilitate direct-to-home (DTH) television broadcasting, offering high-quality video and audio transmission. The C-band transponders, on the other hand, are primarily utilized for telecommunication services, including radio broadcasting and internet provision. These frequency bands enable Nilesat 201 to deliver a wide range of services to its diverse user base.

In terms of coverage, Nilesat 201 provides extensive reach across the Middle East, North Africa, and parts of Europe. This broad coverage ensures that millions of viewers have access to a plethora of television channels and radio stations. The satellite’s operational capabilities are further enhanced by its sophisticated power supply system, which includes dual solar arrays capable of generating over 12 kW of power. This energy is stored in high-capacity batteries, ensuring continuous operation even during eclipses.

Furthermore, Nilesat 201 has a life expectancy of over 15 years, thanks to its robust construction and advanced technologies. Among these technologies are state-of-the-art signal transmission and reception systems, which enhance the satellite’s performance and reliability. Furthermore, the satellite includes several backup systems and redundancy features. These measures are crucial for maintaining uninterrupted service, even in the event of component failures. For instance, Nilesat 201 has redundant transponders and power systems, which automatically activate if primary systems encounter issues, thus ensuring consistent and reliable service delivery.

Broadcasting and Telecommunications Services

Moreover, this satellite is instrumental in delivering a wide array of television and radio channels, making it a cornerstone of media distribution in this part of the world. Among the prominent TV channels utilizing Nilesat 201 are Al Jazeera, MBC, and Dubai TV, which provide a diverse range of content from news and entertainment to sports and cultural programming. Similarly, notable radio stations such as Radio Sawa and Nogoum FM rely on this satellite to reach their audiences efficiently.

In addition to broadcasting, Nilesat 201 supports a variety of telecommunications services. This includes the provision of internet services, facilitating data transmission, and enabling corporate communications. The satellite’s robust infrastructure ensures reliable connectivity, which is essential for businesses and personal communications alike. The ability to connect remote and underserved areas with high-speed internet is particularly significant in enhancing digital inclusivity within the MENA region.

UHD and 4K Quality Service

One of the standout features of Nilesat 201 is its capability to broadcast in High Definition (HD), Ultra High Definition (UHD) and 4K. These advanced broadcasting technologies offer viewers a superior viewing experience with enhanced picture quality and clarity. This is particularly beneficial for channels focusing on sports, movies, and nature documentaries, where visual fidelity is paramount. These capabilities make Nilesat 201 a preferred choice for broadcasters aiming to deliver high-quality content to their audiences.

Moreover, Nilesat 201 is equipped with state-of-the-art technology to ensure reliable service delivery and minimal downtime. Its coverage and strength allow for a wide reach, making it an indispensable asset for broadcasters and telecommunication providers in the MENA region. With its comprehensive suite of services, Nilesat 201 continues to be a critical enabler of media and communication services. Besides the satellite drives connectivity and information dissemination across the region.

Impact and Future Prospects

The launch of Nilesat 201 at 7.0°W has significantly transformed the broadcasting and telecommunications landscape in the MENA region. This satellite has been instrumental in facilitating the widespread dissemination of information, fostering cultural exchange, and driving economic growth. By providing a robust platform for television and radio broadcasts, Nilesat 201 has enabled media outlets to reach a broader audience, thereby enriching the cultural tapestry of the region. The satellite’s advanced technology ensures high-quality transmission, making it a reliable conduit for entertainment, news, and educational content.

Nilesat 201 has also played a pivotal role in the realm of telecommunications. Its extensive coverage and reliable service have boosted connectivity across the MENA region, bridging the digital divide and enhancing communication services for both urban and remote areas. This has had a positive impact on various sectors, including education, healthcare, and commerce, by enabling better access to information and services. Furthermore, the satellite’s capabilities have been crucial in supporting emergency communications and disaster management efforts. In times of crisis, Nilesat 201 provides a dependable communication channel for coordinating relief operations and disseminating critical information to affected populations.

Satellite advancements

Looking ahead, the future prospects for Nilesat and its services are promising. With rapid advancements in satellite technology, there are opportunities for upgrading existing systems and launching new satellites to further enhance communication services in the region. Potential developments may include increased bandwidth, higher data transmission rates, and improved coverage, which would cater to the growing demand for high-speed internet and advanced telecommunication services. Additionally, Nilesat’s continued investment in research and development could lead to innovative solutions that address the evolving needs of the MENA region.

In conclusion, Nilesat 201 has not only had a profound impact on broadcasting and telecommunications in the MENA region but also holds great potential for future advancements. As technology continues to evolve, Nilesat’s commitment to enhancing communication services will undoubtedly contribute to the region’s socio-economic development and connectivity in the years to come.