Frequently Asked Questions (FAQs)
1. Which antenna is used in 4G?
SMD antennas, which are directly mounted onto the surface of a PCB, are commonly used in 4G networks. These compact antennas, such as our Pharaoh model, are ideal for IoT applications and have the smallest ground planes.
2. Do 4G antennas make a difference?
4G antennas can improve the performance of your router by helping it find and connect to a mobile network more easily. While they may not directly enhance the broadband signal from your router, they can provide a faster and more reliable connection, especially when you are outside of WiFi range.
3. Are 4G antennas worth it?
Using an antenna with your 4G router can significantly increase signal strength and improve internet speeds. This is particularly true if you install a directional antenna, which can provide a stronger signal regardless of your location in relation to the router. Therefore, investing in a 4G antenna can be beneficial for improving connectivity.
4. Does 4G need 2 antennas?
4G networks often utilize a technology called MIMO (Multiple Input Multiple Output), which relies on two separate antennas to deliver faster speeds. Having two antennas allows for improved signal quality and more efficient data transmission, resulting in enhanced performance.
5. How can I make my 4G signal stronger?
To improve the strength of your 4G signal, you can use a directional outdoor antenna either connected to a signal booster or directly to your 4G hotspot. This can help increase the SINR (Signal-to-Interference plus Noise Ratio) and ultimately improve your connection speeds.
6. Where is the best place to put a 4G antenna?
For optimal performance, it is recommended to mount your 4G antenna outside and route the cable to your modem indoors. However, if mounting outside is not possible, placing the antenna on the inside of a window on the top floor of your house can provide the best results.
7. How far does a 4G antenna reach?
The range of a 4G LTE cell tower can reach up to 2 to 4 miles (3 to 6.5 kilometers) when transmitting low- and mid-band spectrum. The actual distance may vary depending on factors such as terrain, obstructions, and the specific frequency bands used.
