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#lcrd — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #lcrd, aggregated by home.social.

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  1. 卡拉今天看了什麼 @[email protected] ·

    NASA fired its space lasers to communicate with the ISS - The Verge

    Link
    📌 Summary:

    NASA已經測試過使用激光傳輸的4K視頻串流，這項技術可以提供月球登陸的實時覆蓋。這次成功的測試表明，該機構有可能在阿提米斯任務中提供實時覆蓋，並有助於發展能夠連接人類前往火星和更遠星球的光學通信系統。NASA通常使用無線電波在地面和太空之間傳輸數據，但表示激光通信使用紅外線光可以比無線電波傳輸數據快10到100倍。

    🎯 Key Points:
    - NASA已成功在太空中測試激光通信，通過將來自飛機的4K視頻串流到國際太空站（ISS）和回來。
    - 這一成就表明，NASA可能能夠在阿提米斯任務中提供月球登陸的實時覆蓋，並為發展能夠連接前往火星和更遠星球的人類的光學通信系統鋪平了道路。
    - NASA通常使用無線電波在地面和太空之間傳輸數據，但激光通信使用紅外線光可以比無線電波傳輸數據快10到100倍。

    🔖 Keywords:
    #NASA
    #ISS
    #激光通信
    #阿提米斯任務
    #月球登陸
    #實時覆蓋
    #光學通信
    #人類前往火星
    #無線電波
    #紅外線光
    #LCRD
    #8K電視

    #nasa #iss #激光通信 #阿提米斯任務 #月球登陸 #實時覆蓋
  2. 卡拉今天看了什麼 @[email protected] ·

    NASA fired its space lasers to communicate with the ISS - The Verge

    Link
    📌 Summary:

    NASA已經測試過使用激光傳輸的4K視頻串流，這項技術可以提供月球登陸的實時覆蓋。這次成功的測試表明，該機構有可能在阿提米斯任務中提供實時覆蓋，並有助於發展能夠連接人類前往火星和更遠星球的光學通信系統。NASA通常使用無線電波在地面和太空之間傳輸數據，但表示激光通信使用紅外線光可以比無線電波傳輸數據快10到100倍。

    🎯 Key Points:
    - NASA已成功在太空中測試激光通信，通過將來自飛機的4K視頻串流到國際太空站（ISS）和回來。
    - 這一成就表明，NASA可能能夠在阿提米斯任務中提供月球登陸的實時覆蓋，並為發展能夠連接前往火星和更遠星球的人類的光學通信系統鋪平了道路。
    - NASA通常使用無線電波在地面和太空之間傳輸數據，但激光通信使用紅外線光可以比無線電波傳輸數據快10到100倍。

    🔖 Keywords:
    #NASA
    #ISS
    #激光通信
    #阿提米斯任務
    #月球登陸
    #實時覆蓋
    #光學通信
    #人類前往火星
    #無線電波
    #紅外線光
    #LCRD
    #8K電視

    #nasa #iss #激光通信 #阿提米斯任務 #月球登陸 #實時覆蓋
  3. 卡拉今天看了什麼 @[email protected] ·

    NASA fired its space lasers to communicate with the ISS - The Verge

    Link
    📌 Summary:

    NASA已經測試過使用激光傳輸的4K視頻串流，這項技術可以提供月球登陸的實時覆蓋。這次成功的測試表明，該機構有可能在阿提米斯任務中提供實時覆蓋，並有助於發展能夠連接人類前往火星和更遠星球的光學通信系統。NASA通常使用無線電波在地面和太空之間傳輸數據，但表示激光通信使用紅外線光可以比無線電波傳輸數據快10到100倍。

    🎯 Key Points:
    - NASA已成功在太空中測試激光通信，通過將來自飛機的4K視頻串流到國際太空站（ISS）和回來。
    - 這一成就表明，NASA可能能夠在阿提米斯任務中提供月球登陸的實時覆蓋，並為發展能夠連接前往火星和更遠星球的人類的光學通信系統鋪平了道路。
    - NASA通常使用無線電波在地面和太空之間傳輸數據，但激光通信使用紅外線光可以比無線電波傳輸數據快10到100倍。

    🔖 Keywords:
    #NASA
    #ISS
    #激光通信
    #阿提米斯任務
    #月球登陸
    #實時覆蓋
    #光學通信
    #人類前往火星
    #無線電波
    #紅外線光
    #LCRD
    #8K電視

    #nasa #iss #激光通信 #阿提米斯任務 #月球登陸 #實時覆蓋
  4. 卡拉今天看了什麼 @[email protected] ·

    NASA fired its space lasers to communicate with the ISS - The Verge

    Link
    📌 Summary:

    NASA已經測試過使用激光傳輸的4K視頻串流，這項技術可以提供月球登陸的實時覆蓋。這次成功的測試表明，該機構有可能在阿提米斯任務中提供實時覆蓋，並有助於發展能夠連接人類前往火星和更遠星球的光學通信系統。NASA通常使用無線電波在地面和太空之間傳輸數據，但表示激光通信使用紅外線光可以比無線電波傳輸數據快10到100倍。

    🎯 Key Points:
    - NASA已成功在太空中測試激光通信，通過將來自飛機的4K視頻串流到國際太空站（ISS）和回來。
    - 這一成就表明，NASA可能能夠在阿提米斯任務中提供月球登陸的實時覆蓋，並為發展能夠連接前往火星和更遠星球的人類的光學通信系統鋪平了道路。
    - NASA通常使用無線電波在地面和太空之間傳輸數據，但激光通信使用紅外線光可以比無線電波傳輸數據快10到100倍。

    🔖 Keywords:
    #NASA
    #ISS
    #激光通信
    #阿提米斯任務
    #月球登陸
    #實時覆蓋
    #光學通信
    #人類前往火星
    #無線電波
    #紅外線光
    #LCRD
    #8K電視

    #8k電視 #lcrd #紅外線光 #無線電波 #人類前往火星 #光學通信
  5. Nick has moved to Mathstodon @[email protected] ·

    2023 was a big year for laser communications at #NASA! It saw the first bi-directional laser communications relay with the #ISS performed by the #LCRD mission (at over 1 Gbps), a 267 Mbps downlink from deep space (19 million miles away) by the #DSOC mission, and 200 Gbps throughput on a laser link with a LEO orbiting spacecraft by the #TBIRD mission.

    #space #aerospace
    QT: mastodon.social/@arstechnica/1

    #lcrd #dsoc #tbird #space #aerospace #nasa
  6. Nick has moved to Mathstodon @[email protected] ·

    2023 was a big year for laser communications at #NASA! It saw the first bi-directional laser communications relay with the #ISS performed by the #LCRD mission (at over 1 Gbps), a 267 Mbps downlink from deep space (19 million miles away) by the #DSOC mission, and 200 Gbps throughput on a laser link with a LEO orbiting spacecraft by the #TBIRD mission.

    #space #aerospace
    QT: mastodon.social/@arstechnica/1

    #lcrd #dsoc #tbird #space #aerospace #nasa
  7. Nick has moved to Mathstodon @[email protected] ·

    2023 was a big year for laser communications at #NASA! It saw the first bi-directional laser communications relay with the #ISS performed by the #LCRD mission (at over 1 Gbps), a 267 Mbps downlink from deep space (19 million miles away) by the #DSOC mission, and 200 Gbps throughput on a laser link with a LEO orbiting spacecraft by the #TBIRD mission.

    #space #aerospace
    QT: mastodon.social/@arstechnica/1

    #iss #nasa #aerospace #space #tbird #dsoc
  8. Nick has moved to Mathstodon @[email protected] ·

    The 29th commercial resupply services mission (CRS-29) to the International Space Station launches tonight. Among other things, it will deliver ILLUMA-T, a #laserCommunications terminal that will be used to experiment with communications to the ground via the #LCRD laser communications relay satellite. More information about ILLUMA-T can be found here:
    nasa.gov/mission/illumat/

    Launch currently looks like it's scheduled for 8:28 pm. It will be live streamed, and there are several ways to watch it (1/2).

    #NASA #IllumaT #SpaceCommunications #spacecomms #ISS #lasercom #lasercomm #lasercomms

    #lasercommunications #nasa #lcrd #lasercom #illumat #spacecommunications
  9. Nick has moved to Mathstodon @[email protected] ·

    The 29th commercial resupply services mission (CRS-29) to the International Space Station launches tonight. Among other things, it will deliver ILLUMA-T, a #laserCommunications terminal that will be used to experiment with communications to the ground via the #LCRD laser communications relay satellite. More information about ILLUMA-T can be found here:
    nasa.gov/mission/illumat/

    Launch currently looks like it's scheduled for 8:28 pm. It will be live streamed, and there are several ways to watch it (1/2).

    #NASA #IllumaT #SpaceCommunications #spacecomms #ISS #lasercom #lasercomm #lasercomms

    #lasercomms #lasercomm #iss #spacecomms #spacecommunications #illumat
  10. Spaceflight 🚀 @[email protected] ·

    📆 Aug 30, 2023 #NASA will test #SpaceInternet with #lasers on #ISS which will connect with a laser relay #satellite 🛰️ called #LCRD. #LaserCommunications transmit information at higher data rates than #RadioFrequency interestingengineering.com/inn

    #SpaceCommunication #LaserCommunication

    #nasa #spaceinternet #lasers #iss #satellite #lcrd
  11. Spaceflight 🚀 @[email protected] ·

    📆 Aug 30, 2023 #NASA will test #SpaceInternet with #lasers on #ISS which will connect with a laser relay #satellite 🛰️ called #LCRD. #LaserCommunications transmit information at higher data rates than #RadioFrequency interestingengineering.com/inn

    #SpaceCommunication #LaserCommunication

    #nasa #spaceinternet #lasers #iss #satellite #lcrd
  12. Spaceflight 🚀 @[email protected] ·

    📆 Aug 30, 2023 #NASA will test #SpaceInternet with #lasers on #ISS which will connect with a laser relay #satellite 🛰️ called #LCRD. #LaserCommunications transmit information at higher data rates than #RadioFrequency interestingengineering.com/inn

    #SpaceCommunication #LaserCommunication

    #nasa #spaceinternet #lasers #iss #satellite #lcrd
  13. Spaceflight 🚀 @[email protected] ·

    📆 Aug 30, 2023 #NASA will test #SpaceInternet with #lasers on #ISS which will connect with a laser relay #satellite 🛰️ called #LCRD. #LaserCommunications transmit information at higher data rates than #RadioFrequency interestingengineering.com/inn

    #SpaceCommunication #LaserCommunication

    #lasercommunication #spacecommunication #radiofrequency #lasercommunications #lcrd #satellite
  14. Spaceflight 🚀 @spaceflight ·

    📆 Aug 30, 2023 will test with on which will connect with a laser relay 🛰️ called . transmit information at higher data rates than interestingengineering.com/inn

    #nasa #spaceinternet #lasers #iss #satellite #lcrd
  15. Spaceflight 🚀 @[email protected] ·

    🔦 #Laser #Communications Relay Demonstration (#LCRD) youtu.be/OAFkd5DdLZU

    The Deep #Space Optical Communications (#DSOC) package aboard #NASA's #Psyche mission utilizes #photons to transmit more data in a given amount of time. The goal is to increase #spacecraft #communications performance and #efficiency by 10 to 100 times jpl.nasa.gov/news/deep-space-c

    #Spacecraft communication ground stations 📡 in #OpenStreetMap 🗺️ : wiki.openstreetmap.org/wiki/Ke

    #SpaceCommunication #DeepSpaceNetwork

    #laser #communications #lcrd #space #dsoc #nasa
  16. Spaceflight 🚀 @[email protected] ·

    🔦 #Laser #Communications Relay Demonstration (#LCRD) youtu.be/OAFkd5DdLZU

    The Deep #Space Optical Communications (#DSOC) package aboard #NASA's #Psyche mission utilizes #photons to transmit more data in a given amount of time. The goal is to increase #spacecraft #communications performance and #efficiency by 10 to 100 times jpl.nasa.gov/news/deep-space-c

    #Spacecraft communication ground stations 📡 in #OpenStreetMap 🗺️ : wiki.openstreetmap.org/wiki/Ke

    #SpaceCommunication #DeepSpaceNetwork

    #laser #communications #lcrd #space #dsoc #nasa
  17. Spaceflight 🚀 @[email protected] ·

    🔦 #Laser #Communications Relay Demonstration (#LCRD) youtu.be/OAFkd5DdLZU

    The Deep #Space Optical Communications (#DSOC) package aboard #NASA's #Psyche mission utilizes #photons to transmit more data in a given amount of time. The goal is to increase #spacecraft #communications performance and #efficiency by 10 to 100 times jpl.nasa.gov/news/deep-space-c

    #Spacecraft communication ground stations 📡 in #OpenStreetMap 🗺️ : wiki.openstreetmap.org/wiki/Ke

    #SpaceCommunication #DeepSpaceNetwork

    #laser #communications #lcrd #space #dsoc #nasa
  18. Spaceflight 🚀 @[email protected] ·

    🔦 #Laser #Communications Relay Demonstration (#LCRD) youtu.be/OAFkd5DdLZU

    The Deep #Space Optical Communications (#DSOC) package aboard #NASA's #Psyche mission utilizes #photons to transmit more data in a given amount of time. The goal is to increase #spacecraft #communications performance and #efficiency by 10 to 100 times jpl.nasa.gov/news/deep-space-c

    #Spacecraft communication ground stations 📡 in #OpenStreetMap 🗺️ : wiki.openstreetmap.org/wiki/Ke

    #SpaceCommunication #DeepSpaceNetwork

    #deepspacenetwork #spacecommunication #openstreetmap #efficiency #spacecraft #photons
  19. Spaceflight 🚀 @spaceflight ·

    🔦 Relay Demonstration (#LCRD) youtu.be/OAFkd5DdLZU

    The Deep Optical Communications (#DSOC) package aboard 's mission utilizes to transmit more data in a given amount of time. The goal is to increase performance and by 10 to 100 times jpl.nasa.gov/news/deep-space-c

    communication ground stations 📡 in 🗺️ : wiki.openstreetmap.org/wiki/Ke

    #deepspacenetwork #laser #communications #lcrd #space #dsoc