Eteily Technologies India Pvt Ltd

Vidya Nagar, Bhopal, Madhya Pradesh

The GPS Active Patch Antenna is a part of RF antenna equipped with an integrated amplifier designed to improve the strength and precision of GPS signals. It is particularly suitable for telecommunications applications, boasting dimensions of 25x25 mm, a 1.13 mm coaxial cable, and a UFL connector, which makes it an excellent choice for GPS devices and navigation systems in environments where space is limited.


GPS Active Patch Antenna

1. Antenna Type:

• Active Patch Antenna: This is a type of GPS antenna that includes an integrated amplifier to boost signal strength, enhancing reception and accuracy for GPS devices.

2. Size and Shape:

• Dimensions: 25x25 mm. The compact, square shape makes it easy to fit into small or constrained spaces, such as within electronic devices or mounted on a surface.

3. Cable:

• Type: 1.13 mm coaxial cable, known for its low loss and flexibility.
• Length: 10 cm. Provides a short length of cable to connect the antenna to the GPS receiver, minimizing signal loss and allowing for neat installation.
• Diameter: The 1.13 mm diameter indicates a very thin cable, suitable for applications where space is limited.

4. Connector:

• UFL Connector: Also known as a UF.L or IPX connector, this is a small, lightweight connector used for high-frequency applications. It provides a reliable connection between the antenna and the GPS module or receiver.

5. Features:

• Active Amplification: The built-in amplifier helps to enhance the GPS signal, making it more reliable and improving the performance of GPS-based systems.
• Frequency Range: Typically tuned for the GPS frequency range, which is around 1.57542 GHz (L1 band). This ensures optimal reception of GPS signals.
• Gain: The active patch antenna usually has a higher gain compared to passive antennas, resulting in better signal acquisition and sensitivity.

6. Applications:

• GPS Devices: Ideal for use in GPS receivers, navigation systems, and other devices that require accurate GPS signal reception.
• Embedded Systems: Suitable for integration into embedded systems where space is limited but GPS functionality is required.
• Aerospace and Automotive: Commonly used in applications such as aviation, automotive navigation, and other outdoor activities where GPS accuracy is crucial.

7. Mounting and Installation:

• Mounting: Can be mounted on a flat surface or integrated into a device enclosure. The compact size allows for easy installation in various setups.
• Connector Compatibility: Ensure compatibility with devices that have a UFL connector or use an appropriate adapter if necessary.

8. Performance:

• Signal Quality: The active design and amplification help to ensure strong and clear signal reception, which is crucial for accurate GPS positioning and navigation.
• Durability: Designed to withstand various environmental conditions, although specific durability will depend on the quality of materials used and the design of the overall system.

A GPS/GLONASS magnetic antenna is designed to receive signals from both the Global Positioning System (GPS) and the Russian GLONASS satellite navigation systems. These antennas are often used in vehicles, boats, or other mobile applications due to their compact size and ability to provide reliable positioning information.

Key Features:

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   Dual Frequency: Many of these antennas can receive signals on multiple frequencies, improving accuracy and reliability.

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   Magnetic Base: The magnetic base allows for easy installation on metal surfaces, making it suitable for temporary or mobile setups.

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   Durability: Typically built to withstand various environmental conditions, including rain, snow, and temperature extremes.

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   Low Profile: The compact design minimizes drag and interference, especially important for vehicles.

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   Multi-Constellation Support: In addition to GPS and GLONASS, some antennas may also support other systems like Galileo or BeiDou for enhanced positioning capabilities.

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Applications:

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• Automotive Navigation: Used in cars for GPS navigation systems.
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• Marine Applications: Essential for boats and ships for navigation.
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• Aviation: Used in aircraft for positioning and navigation.
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• Surveying and Mapping: Employed in geospatial applications for accurate data collection.
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The GPS antenna combined with the 4G Cup Shape Screw Mount Antenna represents a compact solution that integrates both GPS and 4G technologies within a single unit. Engineered for external installation, it utilizes a screw-in mechanism and boasts a cup-shaped design. This RF antenna is essential in telecommunication systems, ensuring dependable GPS tracking and 4G connectivity across various applications.

Key Components:

• GPS: This part of the antenna receives signals from GPS satellites to determine location, speed, and time.
• 4G: This component enables the antenna to connect to a 4G cellular network for data transmission.
• Cup Shape: The physical design often improves signal reception and durability.
• Screw Mount: Allows for secure attachment to various surfaces.
  1. 4G/LTE and GPS, Screw mount, 2in1 - Mobitron

Typical Applications:

• Vehicle tracking systems: Provides accurate location data and real-time communication.
• IoT devices: Enables remote monitoring and control.
• Outdoor surveillance systems: Offers reliable data transmission for live video feeds.
• Other applications requiring GPS and 4G connectivity.