profitable," said Sergey Masalov.
Posted: Mon Jan 20, 2025 3:24 am
Therefore, the first satellite that Gazprom SPKA will undertake to manufacture will be the Smot-V Earth remote sensing spacecraft (for optical imaging and searching for methane leaks in gas pipelines). In addition, Gazprom SPKA has developed a preliminary design for the Yamal-502 satellite on a new platform and has already offered these developments to RSCC.
High cost with relatively algeria whatsapp number databa se low throughput still remains a problem for Russian-made communication and broadcasting satellites. According to Oleg Ivanov, Acting Director General of the Federal State Budgetary Institution "Research Institute of Radio" (NIIR, since 2025 - Federal State Autonomous Institution "Research Center Telecom"), two American Intelsat Epic satellites have a throughput of about 70-110 Gbit/s, and their reduced cost is 80 billion rubles. At the same time, 10 RSCC spacecraft, which will replace the Express AM8, AM44, AM7, AM6, AMU3, AM5, AMU7, AMU1, as well as the Express-80 and Express-103 satellites, will cost 200 billion rubles, and the total capacity of the new satellites will be 70-80 Gbit/s.
According to Oleg Ivanov, the project to create a domestic range of equipment for "flexible" payloads for promising communications and broadcasting satellites called "Rubin", which NIIR initiated several years ago, can help reduce the number of spacecraft while maintaining throughput. However, no money has been found for it yet. Oleg Ivanov reported that the implementation of the "Rubin" project will require 36-48 months and about 7 billion rubles (literally a year ago NIIR cited figures of 36-40 months and 6 billion rubles).
The head of NIIR proposed to split the Rubin project into two stages, using multi-beam antennas in the Ku-band with a small number of beams (from eight to 12) in the first stage, as well as digital routing units with a switching capacity of up to 4 GHz. According to him, this will allow such technologies to be implemented on the Express satellites AMU5, AMU6, AMU7 and AMU8 by 2030, increasing the throughput "not several times, but tens of times." According to Oleg Ivanov, this will allow replacing eight Express satellites with only four new spacecraft.
In response to this, Alexey Volin noted that the "four satellites instead of eight" scheme does not take into account two spacecraft for direct TV broadcasting, on which a flexible payload cannot be implemented. "There will be no gain in throughput from a digital payload," Oleg Ivanov agreed. "But it will give television a new level of noise immunity."
High cost with relatively algeria whatsapp number databa se low throughput still remains a problem for Russian-made communication and broadcasting satellites. According to Oleg Ivanov, Acting Director General of the Federal State Budgetary Institution "Research Institute of Radio" (NIIR, since 2025 - Federal State Autonomous Institution "Research Center Telecom"), two American Intelsat Epic satellites have a throughput of about 70-110 Gbit/s, and their reduced cost is 80 billion rubles. At the same time, 10 RSCC spacecraft, which will replace the Express AM8, AM44, AM7, AM6, AMU3, AM5, AMU7, AMU1, as well as the Express-80 and Express-103 satellites, will cost 200 billion rubles, and the total capacity of the new satellites will be 70-80 Gbit/s.
According to Oleg Ivanov, the project to create a domestic range of equipment for "flexible" payloads for promising communications and broadcasting satellites called "Rubin", which NIIR initiated several years ago, can help reduce the number of spacecraft while maintaining throughput. However, no money has been found for it yet. Oleg Ivanov reported that the implementation of the "Rubin" project will require 36-48 months and about 7 billion rubles (literally a year ago NIIR cited figures of 36-40 months and 6 billion rubles).
The head of NIIR proposed to split the Rubin project into two stages, using multi-beam antennas in the Ku-band with a small number of beams (from eight to 12) in the first stage, as well as digital routing units with a switching capacity of up to 4 GHz. According to him, this will allow such technologies to be implemented on the Express satellites AMU5, AMU6, AMU7 and AMU8 by 2030, increasing the throughput "not several times, but tens of times." According to Oleg Ivanov, this will allow replacing eight Express satellites with only four new spacecraft.
In response to this, Alexey Volin noted that the "four satellites instead of eight" scheme does not take into account two spacecraft for direct TV broadcasting, on which a flexible payload cannot be implemented. "There will be no gain in throughput from a digital payload," Oleg Ivanov agreed. "But it will give television a new level of noise immunity."