About GPS +GSM/3G/4G/LTE+Wifi Combo Antenna Inc 700Mhz Patch Shape Adhesive SMA Male 1M
Description:Combo GSM & GPS Antenna,Omnidirectional Antenna,Indoor Antenna,External Antenna,Rubber Duck Antenna,VerticalAntenna,Magnetic Antenna,28dBi ,50Ohm, VHF174-230/UHF470-860MHZ, WiFi/WLAN,Bluetooth, Mobile phone (2G/3G/GSM), 4G/LTE network, Car positioning,Navigation, Satellite communication etc. Threaded,Direct mount,Plug,Straight
- Combo GSM & GPS Antenna,Omnidirectional Antenna,Indoor Antenna,External Antenna,Rubber Duck Antenna,Vertical Antenna,Magnetic Antenna, 28dBi ,50Ohm,VHF174-230/UHF470-860MHZ,WiFi/WLAN, Bluetooth, Mobile phone (2G/3G/GSM), 4G/LTE network, Car positioning, Navigation, Satellite communication etc.Threaded, Direct mount, Plug,Straight
- From the OEM Original Factory, same quality with much betterprice.
Multi-Band Wireless PerformanceThis antenna combines GPS, GSM/3G/4G/LTE, and WiFi connectivity within a single compact unit. Its quad-band capability ensures extensive compatibility with modern communication protocols. The high gain levels boost signal reception for dependable operation, making it ideal for vehicle tracking, M2M communication, and remote monitoring devices.
Rugged and Versatile MountingThe adhesive patch stick-on design simplifies installation on various surfaces without needing special hardware. Rated IP67, it withstands outdoor conditionsensuring reliable service in vehicles, smart equipment, and exposed environments. The sturdy ABS housing and copper conductor guarantee longevity and optimal performance.
Efficient Connectivity and IntegrationEquipped with SMA Male connectors on three separate RG174 cables (for GPS, cellular, and WiFi), integration with wireless modules, routers, or receivers is straightforward. Its compact design (48 x 38 x 11 mm) and standard cable length (1 meter) optimize flexibility for different installation scenarios, supporting easy extension and modular use.
FAQs of GPS +GSM/3G/4G/LTE+Wifi Combo Antenna Inc 700Mhz Patch Shape Adhesive SMA Male 1M:
Q: How do I install the GPS + GSM/3G/4G/LTE + WiFi combo antenna using the adhesive patch?
A: To install, clean the mounting surface, peel off the protective backing from the adhesive patch, and firmly press the antenna onto the desired location. Ensure all three SMA Male connector cables are routed to your devices respective ports.
Q: What devices are compatible with this combination antenna?
A: This antenna is compatible with most receivers and wireless modules that use SMA Male connectors and operate within the GPS, cellular (GSM/3G/4G/LTE), and WiFi frequency ranges. It fits applications such as telematics units, IoT devices, security systems, and routers.
Q: When is this antenna most beneficial for wireless communication setups?
A: The antenna is particularly advantageous in environments requiring multi-band connectivity and reliable performance, such as vehicle location tracking, M2M communications, and wireless remote monitoring. Its IP67 rating allows for both indoor and outdoor installations.
Q: Where should the antenna be placed for optimal performance?
A: For best results, mount the antenna on a flat, unobstructed surface, away from metal and electronic interference that could affect signal quality. Position it to provide clear line-of-sight for GPS signals and maximize exposure for cellular and WiFi bands.
Q: What is the process for connecting the antenna to a wireless module?
A: Simply connect each of the three RG174 coaxial cables (each with an SMA Male connector) to the corresponding GPS, cellular, and WiFi SMA ports on your device. No external power is required as it is a passive antenna.
Q: Can this antenna withstand harsh outdoor conditions?
A: Yes, with its IP67 waterproof rating, operating temperature range from -40C to +85C, and rugged ABS housing, the antenna is designed to endure extreme environmentsincluding vehicle exteriors and industrial sites.
Q: What benefits does the high-gain feature provide for GPS and wireless connectivity?
A: High gain enhances signal strength and reliability, improving overall data transmission, location accuracy, and minimizing dropouts for GPS, cellular, and WiFi applications.