#russia has about 40 #rassvet satellites 🛰️ in space.
It plans to create a constellation of 292 low-orbit satellites regularly passing over Eastern Europe by 2027 and expand that to 924 satellites by 2035 https://www.politico.eu/article/ukraine-warns-russia-starlink-rival/
#spacecommunication
It plans to create a constellation of 292 low-orbit satellites regularly passing over Eastern Europe by 2027 and expand that to 924 satellites by 2035 https://www.politico.eu/article/ukraine-warns-russia-starlink-rival/
#spacecommunication
August 15, 2026 at 3:54 PM
#russia has about 40 #rassvet satellites 🛰️ in space.
It plans to create a constellation of 292 low-orbit satellites regularly passing over Eastern Europe by 2027 and expand that to 924 satellites by 2035 https://www.politico.eu/article/ukraine-warns-russia-starlink-rival/
#spacecommunication
It plans to create a constellation of 292 low-orbit satellites regularly passing over Eastern Europe by 2027 and expand that to 924 satellites by 2035 https://www.politico.eu/article/ukraine-warns-russia-starlink-rival/
#spacecommunication
It seems there may have been some #sabotage of #spacecommunication ground stations 📡 in #openstreetmap https://taginfo.openstreetmap.org/keys/communication:space#chronology
July 4, 2026 at 12:32 PM
It seems there may have been some #sabotage of #spacecommunication ground stations 📡 in #openstreetmap https://taginfo.openstreetmap.org/keys/communication:space#chronology
#spacex is planning to establish a satellite 🛰️ network around #mars 🔴, similar to its #starlink system on Earth. The company has presented this concept to #nasa https://me.mashable.com/tech/48988/spacexs-ambitious-marslink-network-to-deliver-internet-on-mars
#marslink #spacecommunication
#marslink #spacecommunication
SpaceX's ambitious 'Marslink' network to deliver internet on Mars
SpaceX is planning to establish a satellite network around Mars, similar to its Starlink system on Earth.
me.mashable.com
June 5, 2026 at 1:28 PM
#spacex is planning to establish a satellite 🛰️ network around #mars 🔴, similar to its #starlink system on Earth. The company has presented this concept to #nasa https://me.mashable.com/tech/48988/spacexs-ambitious-marslink-network-to-deliver-internet-on-mars
#marslink #spacecommunication
#marslink #spacecommunication
RE: https://social.heise.de/@heiseonlineenglish/116692172341814185
#nasa is still investigating the cause of the error. The final report is expected in a few months.
#maven #mars #spacecommunication
#nasa is still investigating the cause of the error. The final report is expected in a few months.
#maven #mars #spacecommunication
social.heise.de
June 5, 2026 at 12:16 AM
RE: https://social.heise.de/@heiseonlineenglish/116692172341814185
#nasa is still investigating the cause of the error. The final report is expected in a few months.
#maven #mars #spacecommunication
#nasa is still investigating the cause of the error. The final report is expected in a few months.
#maven #mars #spacecommunication
RE: https://mastodon.social/@arstechnica/116597312646834712
The #us Congress stepped up with $700 million in funding for a new #mars 🔴 Telecommunications 📶 Orbiter
#spacecommunication
The #us Congress stepped up with $700 million in funding for a new #mars 🔴 Telecommunications 📶 Orbiter
#spacecommunication
mastodon.social
May 19, 2026 at 2:26 PM
RE: https://mastodon.social/@arstechnica/116597312646834712
The #us Congress stepped up with $700 million in funding for a new #mars 🔴 Telecommunications 📶 Orbiter
#spacecommunication
The #us Congress stepped up with $700 million in funding for a new #mars 🔴 Telecommunications 📶 Orbiter
#spacecommunication
"Did you know that to communicate with a distant star, NASA's Voyager 1 has to send a signal that's so weak, it's 40,000 times weaker than a grain of sand falling on the surface of the Earth? That's like trying to shout over a whisper from a billion miles away #SpaceCommunication"
July 6, 2026 at 7:22 AM
"Did you know that to communicate with a distant star, NASA's Voyager 1 has to send a signal that's so weak, it's 40,000 times weaker than a grain of sand falling on the surface of the Earth? That's like trying to shout over a whisper from a billion miles away #SpaceCommunication"
اے آئی کی لسٹ میں ملالہ یوسفزئی کا نام بھی شامل
مزید پڑھیے : www.aaj.tv/news/30429316/
#AajNews #AI #extraterrestriallife #MalalaYousafzai #spacecommunication
مزید پڑھیے : www.aaj.tv/news/30429316/
#AajNews #AI #extraterrestriallife #MalalaYousafzai #spacecommunication
December 19, 2024 at 6:51 AM
اے آئی کی لسٹ میں ملالہ یوسفزئی کا نام بھی شامل
مزید پڑھیے : www.aaj.tv/news/30429316/
#AajNews #AI #extraterrestriallife #MalalaYousafzai #spacecommunication
مزید پڑھیے : www.aaj.tv/news/30429316/
#AajNews #AI #extraterrestriallife #MalalaYousafzai #spacecommunication
"Think a 10-second delay in sending a text message is a long time? The distance between Earth & nearest galaxy, Andromeda, is over 2.5 MILLION light-years. That means if you sent a message, it'd take over 2.5 MILLION YEARS for it to reach them, & 2.5 MILLION YEARS for a response #spacecommunication"
June 27, 2026 at 7:36 AM
"Think a 10-second delay in sending a text message is a long time? The distance between Earth & nearest galaxy, Andromeda, is over 2.5 MILLION light-years. That means if you sent a message, it'd take over 2.5 MILLION YEARS for it to reach them, & 2.5 MILLION YEARS for a response #spacecommunication"
April 7, 2026 at 11:54 PM
...#TelemetrySystems #DataTransmission #SpaceCommunication
August 23, 2025 at 8:00 PM
...#TelemetrySystems #DataTransmission #SpaceCommunication
Many spacecraft use "high-gain antennas" to transmit data back to Earth, focusing the signal for efficient, long-distance communication. These antennas are often deployable, meaning they unfold once in space. #HighGainAntenna #SpaceCommunication #DeepSpaceCommunication
August 16, 2025 at 7:00 PM
Many spacecraft use "high-gain antennas" to transmit data back to Earth, focusing the signal for efficient, long-distance communication. These antennas are often deployable, meaning they unfold once in space. #HighGainAntenna #SpaceCommunication #DeepSpaceCommunication
Many spacecraft use "high-bandwidth communication links" to transmit large amounts of scientific data back to Earth, often employing advanced modulation and coding techniques to maximize data transfer rates. #HighBandwidth #SpaceCommunication #DataTransmission
August 12, 2025 at 11:00 PM
Many spacecraft use "high-bandwidth communication links" to transmit large amounts of scientific data back to Earth, often employing advanced modulation and coding techniques to maximize data transfer rates. #HighBandwidth #SpaceCommunication #DataTransmission
The communication systems on a rocket are often designed with multiple redundant pathways to ensure reliable communication with ground control throughout the mission. This redundancy is critical for maintaining contact even if one system fails. #RedundantCommunication #SpaceCommunication #Missio...
August 4, 2025 at 1:00 PM
The communication systems on a rocket are often designed with multiple redundant pathways to ensure reliable communication with ground control throughout the mission. This redundancy is critical for maintaining contact even if one system fails. #RedundantCommunication #SpaceCommunication #Missio...
Spacecraft often use "deep-space tracking stations" on Earth to communicate with spacecraft millions of miles away. These stations utilize powerful antennas and sophisticated signal processing techniques to maintain contact over vast distances. #DeepSpaceTracking #SpaceCommunication #LongRangeCom...
July 31, 2025 at 9:00 PM
Spacecraft often use "deep-space tracking stations" on Earth to communicate with spacecraft millions of miles away. These stations utilize powerful antennas and sophisticated signal processing techniques to maintain contact over vast distances. #DeepSpaceTracking #SpaceCommunication #LongRangeCom...
Many spacecraft use "high-gain antennas" to transmit large amounts of data back to Earth, concentrating the signal for efficient, long-distance communication. These antennas are often deployable, opening up after launch. #HighGainAntenna #SpaceCommunication #DeepSpaceCommunication
July 26, 2025 at 7:00 PM
Many spacecraft use "high-gain antennas" to transmit large amounts of data back to Earth, concentrating the signal for efficient, long-distance communication. These antennas are often deployable, opening up after launch. #HighGainAntenna #SpaceCommunication #DeepSpaceCommunication
Some satellites use a technique called "inter-satellite links" to communicate directly with each other in space, creating a network that can relay data or improve coverage, reducing reliance on ground stations. #Inter-SatelliteLinks #SatelliteNetworks #SpaceCommunication
July 26, 2025 at 5:00 AM
Some satellites use a technique called "inter-satellite links" to communicate directly with each other in space, creating a network that can relay data or improve coverage, reducing reliance on ground stations. #Inter-SatelliteLinks #SatelliteNetworks #SpaceCommunication
Some satellites use a technique called "inter-satellite links" to communicate directly with other satellites in orbit, bypassing the need for ground stations for certain data transfers or relay operations. This can increase speed and efficiency. #InterSatelliteLinks #SpaceCommunication #Satellit...
July 18, 2025 at 6:00 AM
Some satellites use a technique called "inter-satellite links" to communicate directly with other satellites in orbit, bypassing the need for ground stations for certain data transfers or relay operations. This can increase speed and efficiency. #InterSatelliteLinks #SpaceCommunication #Satellit...
Spacecraft frequently employ "data compression" techniques to reduce the volume of data transmitted back to Earth, conserving valuable bandwidth and transmission time. #DataCompression #SpaceCommunication #BandwidthConservation
July 17, 2025 at 3:03 PM
Spacecraft frequently employ "data compression" techniques to reduce the volume of data transmitted back to Earth, conserving valuable bandwidth and transmission time. #DataCompression #SpaceCommunication #BandwidthConservation
Spacecraft often employ "deep space network" (DSN) antennas on Earth for long-range communication. These massive antennas are strategically located around the globe to maintain continuous contact with spacecraft exploring far beyond Earth's orbit. #DeepSpaceNetwork #DSN #SpaceCommunication
July 16, 2025 at 1:00 PM
Spacecraft often employ "deep space network" (DSN) antennas on Earth for long-range communication. These massive antennas are strategically located around the globe to maintain continuous contact with spacecraft exploring far beyond Earth's orbit. #DeepSpaceNetwork #DSN #SpaceCommunication
Spacecraft often use "software defined radios" (SDRs) which allow them to adapt their communication frequencies, improving flexibility and resilience during a mission. #SoftwareDefinedRadio #SpaceCommunication #SDR
July 12, 2025 at 6:00 AM
Spacecraft often use "software defined radios" (SDRs) which allow them to adapt their communication frequencies, improving flexibility and resilience during a mission. #SoftwareDefinedRadio #SpaceCommunication #SDR
Spacecraft often use "low-Earth orbit" (LEO) for missions requiring frequent communication with ground stations, as the closer proximity reduces signal delay and increases data transmission opportunities. #LowEarthOrbit #LEO #SpaceCommunication
July 9, 2025 at 4:00 PM
Spacecraft often use "low-Earth orbit" (LEO) for missions requiring frequent communication with ground stations, as the closer proximity reduces signal delay and increases data transmission opportunities. #LowEarthOrbit #LEO #SpaceCommunication
Spacecraft often use "ground stations" located around the world to maintain continuous communication during their orbits. These stations receive and transmit data, allowing for ongoing monitoring and control. #GroundStations #SpaceCommunication #DeepSpaceNetwork
June 26, 2025 at 8:00 PM
Spacecraft often use "ground stations" located around the world to maintain continuous communication during their orbits. These stations receive and transmit data, allowing for ongoing monitoring and control. #GroundStations #SpaceCommunication #DeepSpaceNetwork
Some satellites use optical communication systems, transmitting data via laser beams instead of radio waves. This can offer significantly higher data rates and greater security. #OpticalCommunication #LaserComms #SpaceCommunication
June 26, 2025 at 4:00 AM
Some satellites use optical communication systems, transmitting data via laser beams instead of radio waves. This can offer significantly higher data rates and greater security. #OpticalCommunication #LaserComms #SpaceCommunication
Spacecraft often use "telemetry downlinks" to transmit data back to Earth, usually via a high-gain antenna. These downlinks are crucial for monitoring the spacecraft's health and receiving scientific data. #Telemetry #Downlink #SpaceCommunication
June 24, 2025 at 12:00 AM
Spacecraft often use "telemetry downlinks" to transmit data back to Earth, usually via a high-gain antenna. These downlinks are crucial for monitoring the spacecraft's health and receiving scientific data. #Telemetry #Downlink #SpaceCommunication
Spacecraft often use "data compression" techniques to reduce the size of the scientific data they collect, allowing for more efficient transmission back to Earth via limited bandwidth. #DataCompression #SpaceCommunication #BandwidthOptimization
June 18, 2025 at 12:00 AM
Spacecraft often use "data compression" techniques to reduce the size of the scientific data they collect, allowing for more efficient transmission back to Earth via limited bandwidth. #DataCompression #SpaceCommunication #BandwidthOptimization