Global Konet CEO Kim Yeon-gon will give a lecture on topics such as the development of low-orbit satellite (LEO) tracking antennas
The Korean Electromagnetic Society (KEMA) will hold a summer comprehensive academic conference at Alpensia Resort Pyeongchang from Aug. 22-23.
The competition will be held under the theme of "Beyond Generations and Beyond the World with Transmission," with general, excellent, English, and undergraduate thesis competitions and special sessions.
Kim Yeon-gon, CEO of Global Konet, plans to give a lecture under the theme of "LEO Satellite Tracking Antenna Development and Multi-orbit Antenna Development Plan."
CEO Kim explained, "As satellite frequencies become diversified and competition between LEO and GEO operators intensifies, the Spring and Autumn Warring States era in the space and communication sector is underway to grow the size of survival with economies of scale."
Konet plans to consider the progress of the Konet antenna business for KA band service of GEO representative companies and how to link them, and explain ESA antennas based on examples of effective field application of fast tracking of LEO satellites.
Reflecting global customer requirements, we will reveal plans for the development of Full duplex antennas that simultaneously transmit and receive KA and KU services through GEO/MEO (LEO) multi-obit services on one antenna panel.
"The development of low-orbit satellite (LEO) tracking antennas aims to develop a high-performance antenna system to track satellites operating in low-orbit Earth, and the key to this development is to accurately track the location of satellites and strengthen technical characteristics that can maintain stable data communication," CEO Kim said. "This requires an antenna system with high-speed data transmission capability, wide frequency bandwidth, and high directivity."
The multi-orbital antenna development plan is that it is important to design and implement a multi-functional antenna system that can support all satellites located in various orbits.
At the same time, CEO Kim emphasized that the integrated antenna system that can cover all low-orbit (LEO), medium-orbit (MEO), and geostationary (GEO) satellites is an important task in maximizing flexibility and efficiency in providing various satellite services.
In this regard, CEO Kim said, "The plan includes supporting multi-frequency bands, developing multi-directional antenna technology, and technology that maintains signal quality while minimizing interference between satellites located in different orbits is also considered an important factor. Therefore, the development of low-orbit satellite tracking antennas and multi-orbit antenna development plans are important components of next-generation satellite communication technology and will contribute to the expansion and stability of global communication networks."
Reporter Park Junsik parkjs@wowtv.co.kr
Global Konet CEO Kim Yeon-gon will give a lecture on topics such as the development of low-orbit satellite (LEO) tracking antennas
The Korean Electromagnetic Society (KEMA) will hold a summer comprehensive academic conference at Alpensia Resort Pyeongchang from Aug. 22-23.
The competition will be held under the theme of "Beyond Generations and Beyond the World with Transmission," with general, excellent, English, and undergraduate thesis competitions and special sessions.
Kim Yeon-gon, CEO of Global Konet, plans to give a lecture under the theme of "LEO Satellite Tracking Antenna Development and Multi-orbit Antenna Development Plan."
CEO Kim explained, "As satellite frequencies become diversified and competition between LEO and GEO operators intensifies, the Spring and Autumn Warring States era in the space and communication sector is underway to grow the size of survival with economies of scale."
Konet plans to consider the progress of the Konet antenna business for KA band service of GEO representative companies and how to link them, and explain ESA antennas based on examples of effective field application of fast tracking of LEO satellites.
Reflecting global customer requirements, we will reveal plans for the development of Full duplex antennas that simultaneously transmit and receive KA and KU services through GEO/MEO (LEO) multi-obit services on one antenna panel.
"The development of low-orbit satellite (LEO) tracking antennas aims to develop a high-performance antenna system to track satellites operating in low-orbit Earth, and the key to this development is to accurately track the location of satellites and strengthen technical characteristics that can maintain stable data communication," CEO Kim said. "This requires an antenna system with high-speed data transmission capability, wide frequency bandwidth, and high directivity."
The multi-orbital antenna development plan is that it is important to design and implement a multi-functional antenna system that can support all satellites located in various orbits.
At the same time, CEO Kim emphasized that the integrated antenna system that can cover all low-orbit (LEO), medium-orbit (MEO), and geostationary (GEO) satellites is an important task in maximizing flexibility and efficiency in providing various satellite services.
In this regard, CEO Kim said, "The plan includes supporting multi-frequency bands, developing multi-directional antenna technology, and technology that maintains signal quality while minimizing interference between satellites located in different orbits is also considered an important factor. Therefore, the development of low-orbit satellite tracking antennas and multi-orbit antenna development plans are important components of next-generation satellite communication technology and will contribute to the expansion and stability of global communication networks."
Reporter Park Junsik parkjs@wowtv.co.kr