Coaxial Splitter

This weatherproof 2-way coaxial antenna splitter, featuring a 50-ohm impedance, is perfectly suited for the frequency range of 800 to 2500 MHz. It comes equipped with an N-type connector as the signal input and two N-type connectors as the signal outputs. Its robust construction makes it ideal for outdoor use. With this 2-way coaxial antenna splitter, you can effectively divide your antenna signals, thereby achieving improved connectivity and performance for your wireless communication systems. Whether you're a professional installer, a company, or an individual user, this splitter provides a reliable solution for your signal distribution requirements in the frequency range of 800 to 2500 MHz

This high-quality 3-way coaxial antenna splitter, designed with a 50-ohm impedance, is specifically tailored for the frequency range of 800 to 2500 MHz. With its wide frequency range, it provides reliable and efficient signal distribution for various applications such as mobile communication, Wi-Fi, broadband communication, and more. The splitter features an N-type connector as the signal input, allowing for easy and stable connection to your main antenna. Additionally, it offers three N-type connectors as signal outputs, enabling the distribution of the signal to up to four devices or antennas. This allows you to connect multiple end devices or receivers to a single antenna, saving costs and optimizing signal quality.

This high-quality 4-way coaxial antenna splitter, designed with a 50-ohm impedance, is specifically tailored for the frequency range of 800 to 2500 MHz. With its wide frequency range, it provides reliable and efficient signal distribution for various applications such as mobile communication, Wi-Fi, broadband communication, and more. The splitter features an N-type connector as the signal input, allowing for easy and stable connection to your main antenna. Additionally, it offers four N-type connectors as signal outputs, enabling the distribution of the signal to up to four devices or antennas. This allows you to connect multiple end devices or receivers to a single antenna, saving costs and optimizing signal quality.

This weatherproof 2-way coaxial antenna splitter, featuring a 50-ohm impedance, is perfectly suited for the frequency range of 5000 to 6000 MHz. It comes equipped with an N-type connector as the signal input and two N-type connectors as the signal outputs. Its robust construction makes it ideal for outdoor use. With this 2-way coaxial antenna splitter, you can effectively divide your antenna signals, thereby achieving improved connectivity and performance for your wireless communication systems. Whether you're a professional installer, a company, or an individual user, this splitter provides a reliable solution for your signal distribution requirements in the frequency range of 5000 to 6000 MHz

This high-quality 3-way coaxial antenna splitter, designed with a 50-ohm impedance, is specifically tailored for the frequency range of 5000 to 6000 MHz. With its wide frequency range, it provides reliable and efficient signal distribution for various applications. The splitter features an N-type connector as the signal input, allowing for easy and stable connection to your main antenna. Additionally, it offers three N-type connectors as signal outputs, enabling the distribution of the signal to up to four devices or antennas. This allows you to connect multiple end devices or receivers to a single antenna, saving costs and optimizing signal quality.

This high-quality 4-way coaxial antenna splitter, designed with a 50-ohm impedance, is specifically tailored for the frequency range of 5000 to 6000 MHz. With its wide frequency range, it provides reliable and efficient signal distribution for various application. The splitter features an N-type connector as the signal input, allowing for easy and stable connection to your main antenna. Additionally, it offers four N-type connectors as signal outputs, enabling the distribution of the signal to up to four devices or antennas. This allows you to connect multiple end devices or receivers to a single antenna, saving costs and optimizing signal quality.