SU00055
Keesun
SU00055
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Unlock unparalleled signal strength and connectivity versatility with our high-performance Magnetic Mobile Phone Signal Antenna. Engineered specifically for use with mobile signal amplifiers and boosting systems, this antenna provides a crucial external link, featuring dual-band functionality that covers both the specialized 433MHz frequency band and the essential 4G LTE (Long-Term Evolution) cellular spectrum. Its robust magnetic base allows for instant, flexible deployment on any ferromagnetic surface, making it the perfect solution for users who demand consistent, high-quality wireless communication while on the move or in temporary installations.
This antenna is a powerhouse of radio frequency (RF) technology, meticulously designed to harvest weak signals and efficiently transmit amplified power across two distinct and critical frequency ranges.
The core strength of this antenna lies in its ability to effectively operate across two disparate frequency bands:
433MHz (ISM Band): This lower frequency is commonly used globally for a variety of critical low-power, long-range applications, including Industrial, Scientific, and Medical (ISM) devices, remote controls, amateur radio, and most importantly for this product's synergistic applications, LoRaWAN and other IoT/M2M data transmission protocols. By including 433MHz support, this antenna ensures that devices operating on these bands benefit from enhanced signal integrity alongside standard mobile connectivity.
LTE (4G) Cellular Band: Crucially, the antenna is designed to cover the major frequency bands used by 4G LTE networks (typically within the 700MHz to 2700MHz range, depending on the specific model and region). This ensures optimal reception and transmission for your mobile amplifier, dramatically improving voice calls, SMS, and high-speed data transfer (internet browsing, streaming, and uploads/downloads) in areas with poor or fluctuating cellular service.
Featuring a finely tuned radiating element, the antenna provides significant signal gain (dBi). This high gain translates directly into a greater ability to capture faint signals from distant or obstructed cell towers and to transmit a stronger signal back to them. Its omnidirectional radiation pattern ensures it receives and transmits signals equally well in a full 360-degree radius, eliminating the need for manual aiming or orientation. This is a critical feature for mobile applications where the device's direction relative to the cell tower is constantly changing.
The integrated heavy-duty magnetic base offers unparalleled convenience and stability. The powerful magnet ensures the antenna remains firmly affixed to the roof of a vehicle (car, truck, RV) or any metal enclosure, even at highway speeds or under adverse weather conditions. This makes installation virtually instantaneous—a key advantage for temporary setups or users who frequently move the boosting system between locations. The magnetic base is typically coated or shielded to prevent scratching the mounting surface.
Built for longevity and outdoor use, the antenna boasts a rugged, weatherproof casing (often UV-resistant ABS or fiberglass). It is designed to withstand the elements, including rain, snow, wind, and extreme temperatures, maintaining peak performance whether deployed on a vehicle, a construction site cabin, or a remote monitoring station.
The unique dual-band capability and mobile design make this antenna indispensable in several key markets where reliable connectivity is challenging.
The most common application is enhancing mobile connectivity within vehicles. From long-haul trucks to recreational vehicles (RVs) and even standard commuter cars, this antenna, when paired with a compatible mobile amplifier, solves the problem of "dead zones" and weak in-car signals. It ensures clear voice calls and continuous high-speed data for navigation, entertainment streaming, and remote work, turning any road trip into a connected experience.
For industries like construction, emergency services, field research, or temporary event management, setting up reliable communication infrastructure quickly is essential. The magnetic base allows for rapid deployment on site trailers, equipment containers, or temporary command centers. The combined 433MHz support is perfect for simultaneously boosting low-power telemetry data from remote sensors (like temperature or security monitors) while maintaining 4G voice and data communication for personnel.
The 433MHz frequency is a common choice for industrial and commercial M2M applications. When used with a cellular gateway or mobile data logger, this antenna can simultaneously manage high-throughput LTE data for backhaul and improve the range and reliability of low-power 433MHz signals originating from local sensors, making it ideal for remote monitoring stations, smart agriculture deployments, and automated logistics tracking.
Anyone living or working in rural or fringe-of-service areas understands the struggle of a weak cell signal. Installing this antenna outside a home, cabin, or office building (on a metallic fixture) and connecting it to a building-based amplifier system can significantly extend the effective coverage area and boost indoor signal quality, transforming unusable service into a reliable connection.
Unlock unparalleled signal strength and connectivity versatility with our high-performance Magnetic Mobile Phone Signal Antenna. Engineered specifically for use with mobile signal amplifiers and boosting systems, this antenna provides a crucial external link, featuring dual-band functionality that covers both the specialized 433MHz frequency band and the essential 4G LTE (Long-Term Evolution) cellular spectrum. Its robust magnetic base allows for instant, flexible deployment on any ferromagnetic surface, making it the perfect solution for users who demand consistent, high-quality wireless communication while on the move or in temporary installations.
This antenna is a powerhouse of radio frequency (RF) technology, meticulously designed to harvest weak signals and efficiently transmit amplified power across two distinct and critical frequency ranges.
The core strength of this antenna lies in its ability to effectively operate across two disparate frequency bands:
433MHz (ISM Band): This lower frequency is commonly used globally for a variety of critical low-power, long-range applications, including Industrial, Scientific, and Medical (ISM) devices, remote controls, amateur radio, and most importantly for this product's synergistic applications, LoRaWAN and other IoT/M2M data transmission protocols. By including 433MHz support, this antenna ensures that devices operating on these bands benefit from enhanced signal integrity alongside standard mobile connectivity.
LTE (4G) Cellular Band: Crucially, the antenna is designed to cover the major frequency bands used by 4G LTE networks (typically within the 700MHz to 2700MHz range, depending on the specific model and region). This ensures optimal reception and transmission for your mobile amplifier, dramatically improving voice calls, SMS, and high-speed data transfer (internet browsing, streaming, and uploads/downloads) in areas with poor or fluctuating cellular service.
Featuring a finely tuned radiating element, the antenna provides significant signal gain (dBi). This high gain translates directly into a greater ability to capture faint signals from distant or obstructed cell towers and to transmit a stronger signal back to them. Its omnidirectional radiation pattern ensures it receives and transmits signals equally well in a full 360-degree radius, eliminating the need for manual aiming or orientation. This is a critical feature for mobile applications where the device's direction relative to the cell tower is constantly changing.
The integrated heavy-duty magnetic base offers unparalleled convenience and stability. The powerful magnet ensures the antenna remains firmly affixed to the roof of a vehicle (car, truck, RV) or any metal enclosure, even at highway speeds or under adverse weather conditions. This makes installation virtually instantaneous—a key advantage for temporary setups or users who frequently move the boosting system between locations. The magnetic base is typically coated or shielded to prevent scratching the mounting surface.
Built for longevity and outdoor use, the antenna boasts a rugged, weatherproof casing (often UV-resistant ABS or fiberglass). It is designed to withstand the elements, including rain, snow, wind, and extreme temperatures, maintaining peak performance whether deployed on a vehicle, a construction site cabin, or a remote monitoring station.
The unique dual-band capability and mobile design make this antenna indispensable in several key markets where reliable connectivity is challenging.
The most common application is enhancing mobile connectivity within vehicles. From long-haul trucks to recreational vehicles (RVs) and even standard commuter cars, this antenna, when paired with a compatible mobile amplifier, solves the problem of "dead zones" and weak in-car signals. It ensures clear voice calls and continuous high-speed data for navigation, entertainment streaming, and remote work, turning any road trip into a connected experience.
For industries like construction, emergency services, field research, or temporary event management, setting up reliable communication infrastructure quickly is essential. The magnetic base allows for rapid deployment on site trailers, equipment containers, or temporary command centers. The combined 433MHz support is perfect for simultaneously boosting low-power telemetry data from remote sensors (like temperature or security monitors) while maintaining 4G voice and data communication for personnel.
The 433MHz frequency is a common choice for industrial and commercial M2M applications. When used with a cellular gateway or mobile data logger, this antenna can simultaneously manage high-throughput LTE data for backhaul and improve the range and reliability of low-power 433MHz signals originating from local sensors, making it ideal for remote monitoring stations, smart agriculture deployments, and automated logistics tracking.
Anyone living or working in rural or fringe-of-service areas understands the struggle of a weak cell signal. Installing this antenna outside a home, cabin, or office building (on a metallic fixture) and connecting it to a building-based amplifier system can significantly extend the effective coverage area and boost indoor signal quality, transforming unusable service into a reliable connection.