4G LTE 35dBi Antenna Booster - 2M Cable - SMA Male Plug - Signal Amplifier
Enhance your cellular network reception with this 4G LTE 35dBi antenna booster. Designed to amplify your signal, it ensures a more stable and reliable connection for your devices. The included 2-meter cable provides ample length for optimal placement, while the SMA male plug ensures broad compatibility.
This wired antenna booster boasts a high 35dBi gain, significantly improving signal strength in areas with weak 4G or LTE coverage. It functions as a signal amplifier, helping to overcome network dead zones. The standard SMA male connector makes it easy to integrate with compatible modems, routers, or other network devices.
The antenna operates as a wired device, focusing on signal amplification rather than modem functionality. It adheres to Wi-Fi 802.11g standards for compatibility with network protocols. This model is designed for signal enhancement and does not include firewall features or modem capabilities.
This 4G LTE antenna features a 35dBi gain, which is a measure of its signal amplification capability. A higher dBi rating generally indicates a stronger signal boost.
The antenna is equipped with a standard SMA male plug, a common connector type for cellular and Wi-Fi antennas, ensuring compatibility with a wide range of devices.
No, this antenna is designed solely for signal boosting and amplification. It does not have built-in modem functionality or firewall features.
This antenna boasts a 35dBi gain, providing a significant boost to your 4G LTE signal strength. This helps improve connectivity in areas with weak cellular reception.
The antenna features a standard SMA male plug. This is a common connector type used for cellular and Wi-Fi antennas, ensuring broad compatibility with various devices.
No, this device is purely an antenna booster designed to amplify signal strength. It does not include modem functionality or firewall features.
The antenna comes with a 2-meter cable, offering flexibility in positioning the antenna for optimal signal reception.