GTL

  GTL is the best of LEO satellite antenna system industry in Korea. It enables real-time and online monitoring of antenna status in a low-cost maintenance environment. The low costs of developing and launching LEO satellite s are driving the industry's rapid growth in LEO launches. Additionally,  ground infrastructure is required for the next generation of LEO satellite constellations. Consequently GTL offers cutting-edge infrastructure to support the growing space industry. LEO Satellite System Low Earth Orbit (LEO) satellite system with remote sensing generally refers to a satellite system composed of multiple satellites that can perform real-time information processing. The low-orbiting satellite (1000~5000 km from the ground) takes a short time around the earth, usually 2~4 hours. With the characteristics of being easy to obtain high-resolution images of targets, low-orbit satellites are generally small satellites used to track and transmit real-time information, mainl

GTL is the best LEO satellite antenna manufacturers in Korea, with unique technology that allows an antenna to automatically track satellite signals.   The industry’s accelerating rate of LEO launches is based on the low costs of developing and launching LEO satellite s. And ground infrastructure is essential for the new generation of LEO satellite constellations. As such, GTL provides a cutting-edge infrastructure to support the expanding space industry.  GTL LEO satellite   A LEO satellite is an object, generally a piece of electronic equipment, that circles around the earth at lower altitudes than geosynchronous  satellites . LEO satellites orbit between 2,000 and 200 kilometers above the earth. LEO satellites are commonly used for communications, military reconnaissance, spying and other imaging applications.  Most of the man-made objects orbiting earth are in LEO. Satellites made for communications benefit from the lower signal propagation delay to LEO. This lower propa

GTL is a 3-axis antenna positioner and satellite antenna positioner manufacturer to enable the real-time and online checking of antenna status in a low-cost maintenance in Korea   The low costs of developing and launching LEO satellites underpin the industry’s accelerating rate of LEO launches. Ground infrastructure is essential for the new generation of LEO satellite constellations. As such, GTL provides a cutting-edge infrastructure to support the expanding space industry.  GTL Technology   MFPM (Mechanical Failure Preventive Module): The antenna system with GTL's MFPM enables real-time and online checking of antenna status. It solves the problem of high maintenance costs for antennas, which enables their installation in various areas.  3-axis drive control: The tilt axis of 7° slope, added to the traditional 2-axis structure, prevents data loss when the satellite passes the antenna's straight-up angle.  Detachable design: The detachable design allows consumers t

GTL is the best of LEO satellite antenna system industry in Korea. It enables the real-time and online checking of antenna status in a low-cost maintenance.   The industry’s accelerating rate of LEO launches is based on the low costs of developing and launching LEO satellites. And ground infrastructure is essential for the new generation of LEO satellite constellations. As such, GTL provides a cutting-edge infrastructure to support the expanding space industry.  LEO Satellite System   Low Earth Orbit (LEO) satellite system with remote sensing generally refers to a satellite system composed of multiple satellites that can perform real-time information processing. The low-orbiting satellite (1000~5000 km from the ground) takes a short time around the earth, usually 2~4 hours. With the characteristics of being easy to obtain high-resolution images of targets, low-orbit satellites are generally small satellites used to track and transmit real-time information which is mainly used fo

GTL is the best LEO satellite antenna system manufacturer in Korea, with unique technology that allows an antenna to automatically track satellite signals.   The low costs of developing and launching LEO satellites are driving the industry's rapid increase in LEO launches. The new generation of LEO satellite constellations will require extensive ground infrastructure. As a result, GTL offers cutting-edge infrastructure to support the growing space industry.  GTL Satellite Antenna   Satellite antenna s are used to concentrate the satellite’s transmitting power towards a designated geographical region on earth and avoid interference from undesired signals that will deteriorate the overall quality of the signal.  Antennas that are used onboard satellites are selected in the base on the requirements of their physical configurations, expected to have low volume, low cost, and high antenna gain. The antenna gain is defined as the intensity at which an antenna propagates its sign

GTL provides LEO satellite antenna to enable the real-time and online checking of antenna status in a low-cost maintenance in Korea.   The industry’s accelerating rate of LEO launches is based on the low costs of developing and launching LEO satellite s. And ground infrastructure is essential for the new generation of LEO satellite constellations. As such, GTL provides a cutting-edge infrastructure to support the expanding space industry.  GTL LEO satellite Satellites need to be adequately placed in the corresponding orbit once it leaves for space. This way, it will revolve in a particular direction and serve its commercial, military, or scientific purposes. The orbits assigned to such machines that are closest to the Earth are known as Earth Orbits. The technological devices that are deployed to these orbits are known as LEO satellites.  LEO satellites are much smaller, and their orbits are much closer to the earth, so the rockets needed to launch them are also smaller and chea