Antcom products are fit-for-purpose to match the perfect antenna for your needs — whether airborne or on land, manned or unmanned, or even underwater. Our GPS and GNSS patch antennas fit in various enclosures with several mounting options, allowing our customers to select the antenna best suited for their application.

An internal GPS active patch antenna with cable is used in most mobile devices today that require high signal strength in a small form factor. It is the highest performing solution of all antenna types.

white paper provides insight into making the best choice when selecting a patch antenna and gives the example of SAM-M8Q, an integrated antenna module with consistent strong performance in an ultra-compact form

A GPS ceramic patch antenna is preferred over other antenna typologies because it can be made into small format compact applications while maintaining its advantages of high gain towards zenith, a key requirement

The MIA-GPS-10-C is a high gain antenna customized for GPS frequencies. This advanced ceramic patch antenna includes an LNA and front-end SAW filter to reduce out of band noise with IPEX MHFI® (U.FL compatible) connector and 100 mm cable length.

2020年3月28日 · A beam peak and null steering multiple radiating mode based microstrip patch antenna is presented for satellite receive applications operating at L1 Global Positioning System (GPS) band.

In this paper a microstrip patch GPS antenna thinner and cheaper than the thick ceramic patch antenna usually employed for automotive applications was proposed and analyzed. This configuration allows to easily integrate a low noise amplifier on …

The APAE Series is a selection of low profile PATCH ANTENNAS covering a wide range of frequency bands including GPS, GLONASS, SDARS, and RFID. These patch antennas offer small, low-profile, easy to mount PCB solutions; for systems requiring a flat & compact antenna.

2024年4月7日 · Design and Analysis of Dual-band Patch Antenna for GPS and WiMAX Abstract: The work proposes a microstrip antenna for usage from 840 to 1500 MHz. The antenna is about 80 × 40 × 1.6 mm3, which is quite small.

GPS Patch antennas should be tuned to their ground-plane that they are mounted on and taking into account the frequency shifts due to the specific device environment the antenna finds itself in. This is done with real-life trial and error testing, which is much faster and more accurate than trying to use simulation tools. 1. Impedance matching