Custom GPS Ceramic Patch Antenna with Cable Assembly for GNSS Receivers, Tracking Devices and Navigation Systems

Reliable positioning starts with a suitable antenna. The 20×26mm GPS Ceramic Patch Antenna with RG1.37 Cable and MHF1 Connector is designed for compact electronic devices that require satellite positioning functionality in a space-efficient form. With its compact rectangular structure, integrated coaxial cable, and miniature RF connector, this GPS antenna is suitable for integration into compatible GPS receivers, navigation devices, tracking equipment, and embedded positioning systems.

Measuring 20×26mm, the antenna offers a practical size for electronic products with limited internal installation space. The RG1.37 coaxial cable provides a connection between the antenna element and the host device, while the MHF1 connector supports connection to compatible RF interfaces. With a cable length of 60mm, this antenna can accommodate a range of internal layouts where the antenna and wireless module are positioned close to each other.

Designed for embedded integration, this GPS ceramic patch antenna helps product developers incorporate positioning functionality without requiring a large external antenna assembly.

Key Features of the GPS Ceramic Patch Antenna

1. Compact 20×26mm Antenna Design

The compact 20×26mm form factor makes this GPS ceramic patch antenna suitable for products where internal space is limited. Its rectangular structure can be incorporated into compatible device housings, allowing engineers to plan antenna placement alongside circuit boards, batteries, and other electronic components.

Compact antenna dimensions are especially important in portable electronics and tracking devices, where the available installation area may be restricted. During product development, the antenna's mounting position and surrounding materials should be evaluated to ensure suitable RF performance.

2. Ceramic Patch Antenna Structure

Ceramic patch antennas are widely used in positioning applications because they can provide a compact radiating structure for satellite navigation systems. This antenna format is commonly considered for GPS receivers, navigation equipment, and tracking terminals that require an integrated positioning antenna.

The final performance of a ceramic patch antenna depends on its operating frequency, ground plane, orientation, surrounding components, and installation environment. Engineers should therefore validate antenna performance within the intended device rather than relying on dimensions alone.

3. RG1.37 Coaxial Cable for Internal Connection

This antenna is equipped with an RG1.37 coaxial cable, which connects the antenna element to the RF interface of the host device. Its compact cable construction is suitable for many embedded electronics applications where space-efficient routing is required.

The cable allows the antenna element to be positioned separately from the main circuit board, providing greater flexibility when arranging internal components. For reliable installation, avoid sharp bends, excessive pulling, and unnecessary mechanical stress on the cable.

The specified cable length is 60mm. If a different cable length is required for a particular enclosure or circuit layout, the available customization options should be confirmed with the supplier before ordering.

4. MHF1 Connector for Compatible RF Modules

The antenna uses an MHF1 RF connector, a miniature connection option used in compact wireless and RF assemblies. Its small size can help reduce the space required for antenna connections inside electronic products.

Before purchasing, customers should verify that the host device uses a compatible mating connector. Connector appearance alone may not be sufficient to confirm compatibility, so checking the module specifications and connector series is recommended.

Correct connector alignment and careful installation are also important to prevent damage during assembly and maintenance.

5. Convenient Integration for Embedded Devices

The combination of a compact ceramic patch element, RG1.37 coaxial cable, and MHF1 connector provides a practical configuration for embedded positioning products. The cable connection can simplify antenna placement within a device, while the small antenna footprint supports space-conscious mechanical design.

For the best results, the antenna should be installed according to the product's RF requirements. Nearby metal parts, batteries, displays, and other electronic components may influence reception, so testing in the final enclosure is recommended.

Typical Applications

GPS Tracking Devices

This antenna can be considered for compatible GPS trackers used in asset monitoring, vehicle tracking, and portable tracking equipment. Its compact dimensions support integration into tracking products with limited internal space.

Navigation and Positioning Equipment

GPS navigation devices and embedded positioning terminals may use ceramic patch antennas to receive satellite navigation signals. The antenna should be selected according to the receiver's supported frequency band and performance requirements.

IoT and Remote Monitoring Systems

Certain IoT products combine positioning with wireless data communication. This GPS antenna can be evaluated for compatible monitoring terminals, portable devices, and remote asset management equipment that require satellite positioning functionality.

Automotive and Transportation Electronics

The antenna may be suitable for selected automotive tracking units, transportation monitoring terminals, and navigation-related electronics, provided that its specifications and installation conditions meet the requirements of the application.

Embedded Electronic Products

Industrial electronics, portable terminals, and customized positioning devices may benefit from a compact antenna assembly with an integrated cable and miniature connector. Suitability should be confirmed through RF testing and mechanical evaluation.

Installation and Selection Considerations

When selecting a GPS ceramic patch antenna, customers should confirm the operating frequency, antenna dimensions, cable length, connector compatibility, and installation requirements. The antenna should be positioned with appropriate clearance from metal components and other sources of potential detuning.

It is also important to verify the required ground plane and mounting orientation, as these factors can affect satellite signal reception. For production projects, testing the antenna inside the final housing helps ensure that the complete device meets its intended positioning performance requirements.

Custom GPS Antenna Solutions from Keesun

The 20×26mm GPS Ceramic Patch Antenna with RG1.37 Cable and MHF1 Connector offers a compact antenna configuration for compatible positioning and navigation products. Its small footprint, 60mm coaxial cable, and miniature RF connector make it a practical option for embedded electronic designs.

Keesun supports antenna solutions for a range of wireless communication and positioning applications. Contact our team to discuss antenna specifications, cable requirements, connector compatibility, and potential customization options for your project.