Intelsat 35e at 34.5°W was launched on July 5, 2017, and covers the zones of Africa, the USA, and the Caribbean in C-band and Ku-Band.
General Data
Satellite Name: Intelsat 35e
Status: Active
Position: 34° W (34.5° W)
NORAD: 42818
Cospar ID: 2017-041A
Official Website: Intelsat
Launch date: 5 Jul 2017
About: Scroll to the bottom of the page for more satellite details
Launch vehicle: Falcon 9 v1.2
Launch mass (kg): 6761
Dry mass (kg):
Manufacturer: Boeing
Model (bus): BSS-702MP
Orbit: GEO
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Below are the antenna’s diameter in cm for each dBW value:
| C Band | ||||||||||||
| 42 dBW | 41 dBW | 40 dBW | 39 dBW | 38 dBW | 37 dBW | 36 dBW | 35 dBW | 34 dBW | 33 dBW | 32 dBW | 31 dBW | 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
Intelsat 35e, a high-performance geostationary satellite, started its mission on July 5, 2017, by SpaceX using the Falcon 9 rocket. Manufactured by Boeing, this satellite is part of the Intelsat EpicNG series, and delivers enhanced performance and increased throughput. The mission objectives of Intelsat 35e are to provide broadband, media, and mobility services. These services are provided to a broad swath of the globe, ensuring reliable and fast communication solutions.
The satellite occupies an orbital slot at 34.5° West longitude, a prime position that enables it to offer extensive coverage over the Americas, Europe, and Africa. This strategic location is significant because it maximizes the satellite’s ability to serve densely populated and high-demand regions. Being geostationary, Intelsat 35e maintains a constant position relative to the Earth, ensuring consistent and uninterrupted service to its target areas.
Intelsat 35e boasts advanced capabilities and state-of-the-art technologies. It is equipped with C-band, Ku-band, and Ka-band transponders, which provide flexible and high-capacity connectivity options. The payload includes high-power beams designed to support high data rate applications, making it ideal for varied uses, from broadcasting to broadband access. The satellite’s high throughput capabilities enable efficient data transmission, which is crucial for modern communication needs.
The incorporation of advanced digital payload technology allows Intelsat 35e to offer customized bandwidth solutions, enhancing the quality and reliability of services provided to customers. With its robust design and cutting-edge features, Intelsat 35e significantly contributes to the global satellite communication infrastructure, meeting the growing demand for high-speed data and reliable connectivity.
Coverage and Applications of Intelsat 35e
Intelsat 35e, positioned at 34.5°W, provides expansive coverage across several key regions. This high-throughput satellite (HTS) extends its services to North America, South America, Europe, and parts of Africa and the Caribbean. These wide-reaching capabilities ensure that a diverse range of markets can benefit from its powerful and reliable connectivity solutions.
One of the primary applications of Intelsat 35e is in delivering broadband internet. The satellite plays a major role in bridging the digital divide, particularly in remote and underserved communities. For instance, in regions of sub-Saharan Africa where terrestrial infrastructure is limited, Intelsat 35e facilitates high-speed internet access, empowering educational institutions and healthcare facilities to operate more efficiently.
Television Broadcasting
Television broadcasting is another significant application of Intelsat 35e. The satellite supports the distribution of high-definition and ultra-high-definition content to millions of viewers. This capability is especially beneficial for broadcasters in Latin America and the Caribbean, where it ensures seamless transmission of live events, news, and entertainment programs. The robust signal strength and reliability of Intelsat 35e make it a preferred choice for content providers aiming to reach vast audiences with minimal interruption.
In addition to consumer-based services, Intelsat 35e also caters to the needs of enterprises and governmental bodies. For example, multinational corporations with operations spread across different continents rely on the satellite for secure and consistent data connectivity. This enables real-time communication and collaboration, enhancing productivity and operational efficiency. Government agencies utilize Intelsat 35e for critical applications such as disaster response and border security, where dependable communication channels are vital.
Real-world applications of Intelsat 35e underscore its versatility and impact. In the maritime industry, for instance, the satellite provides essential connectivity for vessels traversing the Atlantic Ocean, ensuring that crew members remain connected with shore-based operations and their families. Similarly, in the aviation sector, Intelsat 35e supports in-flight connectivity, allowing passengers to enjoy uninterrupted internet access during their journeys.
Overall, the comprehensive coverage and diverse applications of Intelsat 35e highlight its indispensable role in modern communication infrastructure. Its ability to deliver broadband internet, television broadcasting, and data connectivity across various sectors continues to drive technological advancement and global connectivity.
Technical Specifications and Performance Metrics
Intelsat 35e, positioned at 34.5°W, is a high-capacity satellite equipped with advanced technology to ensure robust performance and reliability. This satellite operates across multiple frequency bands, including C-band and Ku-band, which allows it to support a wide range of telecommunications and broadcasting services. The C-band is particularly known for its resilience to weather-related disruptions, while the Ku-band offers higher throughput, making it ideal for high-definition broadcasting and broadband services.
One of the key technical specifications of Intelsat 35e is its impressive power output. The satellite boasts a power capacity of 12.7 kW, which is essential for maintaining strong, consistent signal strength across its coverage areas. This high power output is complemented by state-of-the-art transponders that facilitate efficient signal processing and transmission. The design life of Intelsat 35e is another notable feature, with a projected operational lifespan of over 15 years, ensuring long-term service continuity for its users.
In terms of performance metrics, Intelsat 35e excels in several areas. Its data throughput capabilities are significant, enabling high-speed data transfer that is crucial for modern communication needs. The satellite’s advanced payload technology ensures optimal data handling, thereby enhancing overall network efficiency. Signal strength is another critical performance metric, and Intelsat 35e delivers robust and reliable signals, minimizing the likelihood of service interruptions.
Reliability is a core aspect of any satellite’s performance, and Intelsat 35e sets a high standard in this regard. The satellite’s design includes multiple redundancy systems to ensure continuous operation even in the event of component failures. When compared to other satellites in the Intelsat fleet, such as Intelsat 29e and Intelsat 33e, Intelsat 35e holds its own with competitive performance metrics and technological advancements. Additionally, it stands out against competitor satellites by offering a balanced mix of high power output, extensive coverage, and exceptional reliability.
Future Prospects and Innovations
The Intelsat 35e, positioned at 34.5°W, is set to play a pivotal role in the evolving landscape of satellite technology. As part of the Intelsat EpicNG high-throughput satellite (HTS) fleet, it is designed to deliver enhanced performance and efficiency. Looking ahead, Intelsat has outlined several key upgrades and enhancements for the Intelsat 35e to ensure it remains at the forefront of satellite communication.
One of the most significant upgrades involves the continual improvement of its payload capabilities. This includes augmenting the satellite’s bandwidth and throughput to accommodate the increasing demand for high-speed data transmission. Additionally, advancements in beamforming technology are expected to enhance the satellite’s ability to provide targeted, high-capacity coverage to specific regions, thus increasing its utility for diverse applications ranging from broadband internet to broadcasting services.
Satellite and AI
In the broader context of the satellite industry, trends such as the miniaturization of satellite components and the integration of artificial intelligence (AI) are likely to impact the operations of Intelsat 35e. These innovations promise to improve the satellite’s efficiency and reduce operational costs. For instance, AI-driven analytics can optimize the satellite’s operational parameters in real-time, leading to more efficient use of its resources.
Intelsat 35e’s role is also crucial in Intelsat’s long-term strategy for global connectivity. By leveraging the satellite’s advanced capabilities, Intelsat aims to bridge the digital divide and provide reliable internet access to underserved regions worldwide. This aligns with their vision of a connected globe where seamless communication is accessible to all, irrespective of geographical barriers.
In conclusion, the future prospects for Intelsat 35e are promising, marked by continuous technological advancements and strategic enhancements. As part of Intelsat’s broader vision, Intelsat 35e stands as a testament to the company’s commitment to innovation and global connectivity. The integration of cutting-edge technologies and strategic upgrades will ensure that Intelsat 35e continues to meet the growing demands of the satellite communication industry.