The antenna adopts industry leading technologies such as GNSS/INS fusion attitude measurement system, conical scan peak tracking, and carrier attitude calculating and compensation algorithm, etc. All the technologies guarantee the accurate tracking under various conditions.
The antenna adopts panel waveguide horn array antenna, having the characteristic of high gain, low height, and high mobility.
In the complex marine environment, weather, sea conditions, temperature, humidity, salt spray, the relative position for antenna and the satellite will make the VSAT communication more difficult. The marine on the move antenna is designed for such harsh environment.
The antenna takes a series of brand new technology and solutions such as innovate four axis tracking structures, conical scan peak tracking technology, narrow bandwidth satellite beacon identify technology, high accuracy GNSS/INS fusion attitude course measurement technology, flexible antenna remote monitoring technology, cross sea seamless auto satellite bandwidth switch technology, 100Hz ship attitude, navigator data real time output, and high transparent wave radome.
The antenna adopts industry leading technologies such as GNSS/INS fusion attitude measurement system, conical scan peak tracking, and carrier attitude calculating and compensation algorithm, etc. All the technologies guarantee the accurate tracking under various conditions.
The antenna adopts parabolic antenna, having the characteristic of high gain, low height, and high mobility.
The antenna adopts industry leading technologies such as GNSS/INS fusion attitude measurement system, conical scan peak tracking, and carrier attitude calculating and compensation algorithm, etc. All the technologies guarantee the accurate tracking under various conditions.
The antenna adopts panel waveguide horn array antenna, having the characteristic of high gain, low height, and high mobility.
VIPA600 is a new launched VIPA virtual image phased array VSAT Antenna which is equivalent to 0.6m with separate receive and transmit structure, , electromagenetism reflector that integrated that integrates shift phase and radiation phase. Phased controll is realised by electromagnetic wave to ensure high gain and wide-angle beam sacnning as well as carrier stable tracking the target satellite in motion.
PA450 is one-dimensional phase scanning phased array antenna. It is eqivalent to 0.45m. It works with 3-40W BUC.
the design of the satpro M80 Maritime Ku-band VSATs adopt all-in-One concept that integrates AUC, , BUC and Modem in the random. The antenna is 3-aixs structure with high reliable aluminum reflector,which guarantee the mechanical performance while reduce the weight of the antenna.the antenna will reduce the communication cost for the small and medium ships.with this all in one system,the management of the ships will improve the work efficiency and the seafacers will access to the high speed internet,email and voip phones at any time in the sea.
the design of the satpro M100 Maritime Ku-band VSATs adopt all-in-One concept that integrates AUC, BUC and Modem in the random. The antenna is 3-aixs structure with high reliable aluminum reflector,which guarantee the mechanical performance while reduce the weight of the antenna.the antenna will reduce the communication cost for the small and medium ships.with this all in one system,the management of the ships will improve the work efficiency and the seafacers will access to the high speed internet,email and voip phones at any time in the sea.
New T-series land low profile horn array panl vsat.lighter structure design with stable locking satellite creates a whole new generation T-series land mobile vsat.
The antenna adopts panel waveguide horn array antenna, having the characteristic of high gain, low height, and high mobility.
The antenna adopts industry leading technologies such as GNSS/INS fusion attitude measurement system, conical scan peak tracking, and carrier attitude calculating and compensation algorithm, etc. All the technologies guarantee the accurate tracking under various conditions.
UT300 uses two axial stabilized tracking mode, built in GNSS/INS altitude measurement fusion system, therefore to make sure the antenna is always pointing at the satellite in the movement.
Flight safety, weather, and communications are critical for small aircraft to keep them safe and operational. SATPRO service meets the need for secure, reliable, and affordable data and voice connectivity during all phases of flight.
SATPRO has successfully passed the AS 9100D Aeronautics and Astronautics quality system certification.SOTM successfully completed the first flight of the AG600 flying with the reported communication tasks.
AT450 uses two axial stabilized tracking mode, built in GNSS/INS altitude measurement fusion system, therefore to make sure the antenna is always pointing at the satellite in the movement.
In the complex marine environment, weather, sea conditions, temperature, humidity, salt spray, the relative position for antenna and the satellite will make the VSAT communication more difficult. The marine on the move antenna is designed for such harsh environment.
The antenna takes a series of brand new technology and solutions such as innovate four axis tracking structures, conical scan peak tracking technology, narrow bandwidth satellite beacon identify technology, high accuracy GNSS/INS fusion attitude course measurement technology, flexible antenna remote monitoring technology, cross sea seamless auto satellite bandwidth switch technology, 100Hz ship attitude, navigator data real time output, and high transparent wave radome.
In the complex marine environment, weather, sea conditions, temperature, humidity, salt spray, the relative position for antenna and the satellite will make the VSAT communication more difficult. The marine on the move antenna is designed for such harsh environment.
The antenna takes a series of brand new technology and solutions such as innovate four axis tracking structures, conical scan peak tracking technology, narrow bandwidth satellite beacon identify technology, high accuracy GNSS/INS fusion attitude course measurement technology, flexible antenna remote monitoring technology, cross sea seamless auto satellite bandwidth switch technology, 100Hz ship attitude, navigator data real time output, and high transparent wave radome.
In the complex marine environment, weather, sea conditions, temperature, humidity, salt spray, the relative position for antenna and the satellite will make the VSAT communication more difficult. The marine on the move antenna is designed for such harsh environment.
The antenna takes a series of brand new technology and solutions such as innovate four axis tracking structures, conical scan peak tracking technology, narrow bandwidth satellite beacon identify technology, high accuracy GNSS/INS fusion attitude course measurement technology, flexible antenna remote monitoring technology, cross sea seamless auto satellite bandwidth switch technology, 100Hz ship attitude, navigator data real time output, and high transparent wave radome.
In the complex marine environment, weather, sea conditions, temperature, humidity, salt spray, the relative position for antenna and the satellite will make the VSAT communication more difficult. The marine on the move antenna is designed for such harsh environment.
The antenna takes a series of brand new technology and solutions such as innovate four axis tracking structures, conical scan peak tracking technology, narrow bandwidth satellite beacon identify technology, high accuracy GNSS/INS fusion attitude course measurement technology, flexible antenna remote monitoring technology, cross sea seamless auto satellite bandwidth switch technology, 100Hz ship attitude, navigator data real time output, and high transparent wave radome.
In the complex marine environment, weather, sea conditions, temperature, humidity, salt spray, the relative position for antenna and the satellite will make the VSAT communication more difficult. The marine on the move antenna is designed for such harsh environment.
The antenna takes a series of brand new technology and solutions such as innovate four axis tracking structures, conical scan peak tracking technology, narrow bandwidth satellite beacon identify technology, high accuracy GNSS/INS fusion attitude course measurement technology, flexible antenna remote monitoring technology, cross sea seamless auto satellite bandwidth switch technology, 100Hz ship attitude, navigator data real time output, and high transparent wave radome.
In the complex marine environment, weather, sea conditions, temperature, humidity, salt spray, the relative position for antenna and the satellite will make the VSAT communication more difficult. The marine on the move antenna is designed for such harsh environment.
The antenna takes a series of brand new technology and solutions such as innovate four axis tracking structures, conical scan peak tracking technology, narrow bandwidth satellite beacon identify technology, high accuracy GNSS/INS fusion attitude course measurement technology, flexible antenna remote monitoring technology, cross sea seamless auto satellite bandwidth switch technology, 100Hz ship attitude, navigator data real time output, and high transparent wave radome.
The antenna adopts industry leading technologies such as GNSS/INS fusion attitude measurement system, conical scan peak tracking, and carrier attitude calculating and compensation algorithm, etc. All the technologies guarantee the accurate tracking under various conditions.
The antenna adopts panel waveguide horn array antenna, having the characteristic of high gain, low height, and high mobility.
We adopt 4-axis DC servo motor to drive panel antenna in servo system. The DC brushless servo motor is featured with large torque, high speed rotation, quick response, light quality, small volume and long life.
The Rx frequency range is 10.70~12.75GHz and the TX frequency range is 13.75~14.5GHz, the gain efficiency can reach to 80%~85% in the simulation.
We optimized the design of horn array to eliminate the grating lobe which may occur in the far side lobe in general panel antenna. The material of reflector is aluminum alloy with multilayer design and process. Every layer is taken weight conduction to guarantee the light of the whole antenna. The metal provides high reliability and great conductivity
ChinaSat 16 was launched successfully on April 12th,Website:http://www.satprovsat.com, 2017, located in 110.5 East Longitude IGSo, it provides 26 user beams that covered China and offshore area. The satellite adopts our independent research and development new satellite platform that could provide Ka broard band multi-media communication business services, for application of remote education, medical treatment, Internet access, Airborne and maritime communication, emergency communication, etc.
T450-Ka is a Ka band Land mobile VSAT Antenna which is designed for ChinaSat 16 to ensure communication agents accurate and stable tracking during motion. Therefore the communication agents keep providing safe, reliable, high efficient and quality communication experiences to customers. Accurate stable satellite tracking technology guarantees communication demands such as voice,data and video trasmit betmeen carrier and main station.
