Intelsat 17 at 66.0°E Satellite data now

Intelsat 17 at 66.0°E was launched on November 26, 2010, and covers the areas of Russia, Africa, and Global Beams in Ku and C-bands.

General Data

Satellite Name: Intelsat 17 (IS-17)
Status: Active
Position: 66° E (66° E)
NORAD: 37238
Cospar ID: 2010-065B
Official Website: Click on the Spot Beams below to go to the official page of the satellite.
Launch date: 26-Nov-2010
About: Scroll to the bottom of the page for more satellite details
Launch vehicle: Ariane 5 ECA
Launch mass (kg): 5540
Dry mass (kg): 2393
Manufacturer: Maxar Technologies (SSL/MDA)
Model (bus): SSL 1300
Orbit: GEO

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Spot Beams

C Band

42 dBW

41 dBW

40 dBW

39 dBW

38 dBW

37 dBW

36 dBW

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30 dBW

80-100 cm

90-115 cm

100-125 cm

115-145 cm

125-160 cm

145-180 cm

160-200 cm

180-225 cm

200-255 cm

225-285 cm

255-320 cm

285-360 cm

320-400 cm

Ku Band

50 dBW

49 dBW

48 dBW

47 dBW

46 dBW

45 dBW

44 dBW

43 dBW

42 dBW

41 dBW

40 dBW

39 dBW

38 dBW

50-60 cm

55-65 cm

60-75 cm

65-85 cm

75-95 cm

85-105 cm

95-120 cm

105-135 cm

120-150 cm

135-170 cm

150-190 cm

170-215 cm

190-240 cm

About

The Intelsat 17 satellite, an integral part of the global communications infrastructure, was launched on November 26, 2010. Developed and deployed by Intelsat, this satellite plays a major role in delivering a variety of communication services. This includes broadcast, broadband, and mobile connectivity, to diverse regions across the globe. Positioned at 66.0 degrees East longitude, Intelsat 17 occupies a geostationary orbit. This allows the satellite to provide consistent coverage over a substantial portion of the Earth’s surface.

One of the primary mission objectives of Intelsat 17 is to enhance the capacity and performance of telecommunications networks. Particularly the networks in regions such as Europe, the Middle East, Africa, and Asia. This satellite supports a wide range of applications, from television broadcasting to internet services. The satellite strengthens the reach and reliability of communication networks. Additionally, Intelsat 17 contributes to the development of mobile backhaul solutions.

The satellite’s strategic position at 66.0°E offers significant advantages in terms of coverage and service quality. This geostationary slot allows Intelsat 17 to maintain a fixed position relative to the Earth. Also the geostationary ensures that it can continuously serve its designated regions without interruption. The satellite’s orbital characteristics are optimized to provide high performance. The satellite also provides reliable communication links, which are vital for both commercial and government users.

In the broader context of global communications, Intelsat 17 represents a critical asset in the effort to bridge the digital divide. By extending the reach of modern communication technologies to underserved regions, it helps facilitate economic development. Through its advanced capabilities and strategic positioning, Intelsat 17 continues to play a pivotal role in the advancement of global connectivity.

Technical Specifications and Capabilities

Intelsat 17, positioned at 66.0°E, represents a significant advancement in satellite technology, featuring a robust design tailored to meet diverse communication needs. The satellite is equipped with an extensive array of transponders, including both C-band and Ku-band frequencies, which enhance its versatility and operational scope. Specifically, Intelsat 17 boasts 24 C-band and 25 Ku-band transponders, ensuring broad and reliable coverage across various geographical regions.

The C-band transponders facilitate wide-area coverage, making them ideal for broadcasting services and data transmissions over extensive regions, including parts of Europe, Africa, the Middle East, and Asia. Conversely, the Ku-band transponders offer more focused and high-capacity data transmission, catering to specific applications such as Direct-to-Home (DTH) services, VSAT networks, and enterprise connectivity across densely populated areas.

Intelsat 17’s power generation capabilities are equally impressive, with the satellite harnessing energy through its advanced solar arrays. These arrays provide a robust power supply, supporting the satellite’s extensive transponder configuration and ensuring consistent performance throughout its operational life. The satellite’s onboard technology, including state-of-the-art command and control systems, enhances its reliability and functionality.

One of the distinguishing features of Intelsat 17 is its ability to offer flexible and dynamic service configurations. This adaptability is facilitated by advanced switching capabilities, allowing operators to reallocate transponder resources to meet changing demand patterns and optimize service delivery. Additionally, the satellite’s coverage areas are meticulously designed to maximize connectivity and service quality, making Intelsat 17 a vital asset in the Intelsat fleet.

In essence, Intelsat 17 combines robust technical specifications with innovative capabilities, positioning it as a critical component in global satellite communications. Its comprehensive coverage, coupled with advanced technology and flexible service options, underscores its role in supporting a wide array of communication services worldwide.

Applications and Services

Intelsat 17, positioned at 66.0°E, plays a pivotal role in delivering a wide array of applications and services. One of its primary functions is to support telecommunications, making it an indispensable asset for global connectivity. By bridging the gap between remote regions and urban centers, Intelsat 17 ensures that even the most isolated areas have access to reliable communication networks. This is particularly crucial for emergency response teams and disaster recovery operations, where timely and accurate information can save lives.

Another significant application of Intelsat 17 is in the realm of broadcast services. The satellite facilitates direct-to-home (DTH) broadcasting, allowing television networks to deliver high-quality content to millions of households. This capability not only enhances the viewing experience but also ensures that broadcast companies can reach a broader audience, irrespective of geographical barriers. Additionally, Intelsat 17 supports the transmission of high-definition and ultra-high-definition content, meeting the growing demand for superior visual quality.

The maritime and aviation sectors also benefit substantially from the services provided by Intelsat 17. For maritime communications, the satellite offers seamless connectivity for ships traversing international waters, enabling real-time communication and data exchange. This is essential for navigation, safety, and operational efficiency. Similarly, in aviation, Intelsat 17 ensures that aircraft can maintain constant communication with ground control and provide in-flight connectivity for passengers, enhancing both safety and customer satisfaction.

Data Transmission

In the business domain, Intelsat 17’s data transmission capabilities are invaluable. Companies across various industries rely on the satellite for robust and secure data links, enabling efficient operations and facilitating global business transactions. The satellite’s ability to deliver high-speed internet and private network services supports remote work, video conferencing, and cloud-based applications, which are increasingly vital in today’s digital economy.

Overall, Intelsat 17 significantly impacts everyday life by ensuring that people and businesses remain connected, informed, and entertained. Its multifaceted applications underscore the importance of advanced satellite technology in fostering global communication and connectivity.

Future Prospects and Developments

Intelsat 17, strategically positioned at 66.0°E, remains a vital asset in the satellite communications landscape. As we look to the future, several exciting prospects and developments are on the horizon. Foremost among these is the potential for planned upgrades. Intelsat continually evaluates its satellites to ensure they remain at the forefront of technological capabilities. Such upgrades may include advancements in transponder technology, increased bandwidth capacity, and enhanced signal strength, ensuring that Intelsat 17 continues to meet the growing demands of global communications.

Anticipated technological advancements are another critical aspect of Intelsat 17’s future. With the rapid evolution of satellite technology, Intelsat 17 is poised to benefit from innovations such as high-throughput satellites (HTS) and the integration of artificial intelligence (AI) for more efficient data management and transmission. These advancements can significantly augment the satellite’s performance, making it more versatile and capable of supporting a broader array of applications, from broadcasting to internet services.

Regarding its projected lifespan, Intelsat 17 is designed to operate effectively for approximately 15 years. However, with ongoing maintenance and potential upgrades, its operational life could be extended, ensuring sustained service continuity. This longevity is crucial in aligning with Intelsat’s long-term strategy, which emphasizes reliability, extensive coverage, and superior service quality. The satellite’s robust design and strategic positioning underscore Intelsat’s commitment to delivering uninterrupted connectivity to its diverse customer base.

The future

Furthermore, Intelsat 17’s future is intricately linked to emerging trends in the satellite communications industry. The increasing demand for high-speed internet, particularly in remote and underserved regions, positions Intelsat 17 as a key player in bridging the digital divide. Additionally, trends such as the proliferation of Internet of Things (IoT) devices and the expansion of 5G networks highlight the satellite’s potential to support next-generation communication technologies.

In essence, Intelsat 17 is not just a satellite but a pivotal component of a dynamic and rapidly evolving industry. Its future prospects and developments promise to enhance its capabilities, ensuring it remains integral to global satellite communications for years to come.