The full name of GNSS is Global Navigation Satellite System, which refers to all satellite navigation systems, including regional and enhanced ones.
For example, GPS of the United States, Glonass of Russia, Galileo of the European Union, Beidou satellite navigation system of China, and related enhancement systems, such as WAAS of the United States, EGNOS of Europe and MSAS of Japan, also cover other satellite navigation systems under construction and to be built in the future.
GNSS high-precision satellite navigation system is the key to automatic driving system, mainly composed of GNSS high-precision antennas and positioning & orientation terminals. It can obtain high-precision position information in real time. According to the parameters such as the position and attitude, automatic driving system sends instructions to the steering system in real time based on the calculation of the controller. In this way, agricultural machinery can work according to the planned route of the navigation displayer.
GNSS antennas are widely used in military, aviation, surveying and mapping measurement and control, deformation monitoring, smart precision agriculture, marine fishery, unmanned aerial vehicles, autonomous driving, smart cities, high-precision personal positioning and other fields.
MIDE GNSS antenna adds precision, reliability, and value to our leading Eclipse GPS technology. Our multi-GNSS precision antenna is ideal for various applications including construction survey, RTK positioning and navigation, precise guidance, and machine control. Use our GNSS antenna in challenging environments (such as near buildings and foliage) for superior multipath mitigation, stable phase center, and strong SNR’s even at low elevations.
MH4N13A is a high-precision GNSS spiral antenna, which is widely used in unmanned driving, handheld terminal equipment and small RTK equipment.
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MH4N12A is a four-star full frequency spiral antenna, which has the characteristics of small size, high positioning accuracy and light weight.
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MT4401A can be used with a variety of satellite timing receivers, can provide accurate satellite clock for base stations, power equipment, agriculture, navigation equipment, etc., especially for mobile communication to provide high-precision clock synchronization signal.
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MT3301A has the characteristics of high gain, miniaturization, high sensitivity, multi-system compatibility and high reliability, which can effectively meet the needs of users.
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MA3703A supports RECEIVING of GPS+ GLONASS+ Beidou signal and is compatible with multiple systems, which can effectively meet the user's requirements.
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MG3850A has the characteristics of high gain, low profile, high sensitivity, multi-system compatibility and high reliability, which can effectively meet the needs of users.
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MG4N57A has the characteristics of high gain, miniaturization, high sensitivity, multi-system compatibility and high reliability, which can effectively meet the needs of users.
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MG4N54A adopts multi-feed point design scheme to achieve phase center and geometric center coincidence, full frequency coverage, multi-system compatibility.
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MG4N52A adopts multi-feed point design to ensure the coincidence of antenna phase center and geometric center. It is compact in size and light in weight, effectively reducing the weight of equipment.
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MG4N01A has the characteristics of high gain, miniaturization, high sensitivity, multi-system compatibility and high reliability, which can effectively meet the needs of users.
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MC4N04A Adopt choke structure design,Multipath suppression effect is excellent,Millimeter accuracy,High stability of phase center,Cover all frequency.
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MH3701C is a small size and light weight high-precision GNSS helix antenna, which is widely used in unmanned driving, drones, handheld terminal equipment and small RTK equipment.
View MoreGeodetic antenna has the ability of multi-satellite system navigation and positioning, and can receive various types of navigation system full-band signals. Using unique geodetic techniques, the phase center is stable, which provides excellent anti-multipath interference ability and ensures the sensitivity of receiving satellite signals.
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Helix antenna is a sophisticated helix-shaped design of antenna, can send and receive polarized electromagnetic signals rotating in space. Use unbalanced feeder, such as coaxial cable to connect the antenna, the center of the cable is connected to the helix part of the antenna, and the sheath of the cable is connected to the reflector. Sophisticated gps helical antenna design for high precision positioning services and excellent tracking of satellite signals including GPS, GLONASS, GALILEO and BeiDou.
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Choke ring antenna is a high performance GNSS antenna for base station that can track GPS, GLONASS, BeiDou, BeiDou Global and Galileo. The choke ring antenna design can meet the requirements of high precision and multi-system compatibility of measurement equipment. The choke ring GPS antenna phase center of this product has high stability and high positioning accuracy. And GNSS choke ring antennas have specially designed filters that reduce multi-path signals in the L1 and L2 bands of the same antenna configuration.
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The aviation antenna is the base station of the aviation space base station radio wave signal transmitted to the circuit through the base station antenna; the AC current signal in the circuit is finally transmitted to the space through the antenna. Therefore, the antenna is a conversion device for the space based radio wave signal and the AC current signal in the circuit.
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This GPS smart timing antenna is the perfect solution for precise timing and network synchronization needs, including broadband wireless applications. The GPS timing reference antenna uses the high-precision atomic clock of the satellite to transmit the satellite time in real time through the carrier signal transmitted outward from the satellite. That is to say, the gps timing antenna is mainly the equipment that receives the satellite carrier signal, amplifies the carrier signal, and then processes the acquired signal to derive the accurate reference time.
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