4G Grey Circular Type Power Splitter 698-2700MHz RF 2 Way Power Splitter with N Female Connector

This RF splitter is a precision-engineered solution designed to deliver exceptional signal distribution across a wide frequency range of 698-2700MHz, making it ideal for modern communication systems. Whether you need a 2 way splitter for cable networks or a multi-port configuration, this device ensures low insertion loss and high power handling, maintaining signal integrity across all connected paths.

Constructed with durability in mind, the RF splitter features a robust circular type housing that provides both mechanical protection and efficient heat dissipation. Its design is optimized for minimal VSWR (≤1.25:1), ensuring reliable performance in demanding environments. The 100ohm splitter cable compatibility further enhances its versatility, allowing seamless integration into existing setups without signal degradation. Key advantages of this RF splitter include its ultra-wideband support (698-2700MHz), which covers critical frequency bands for cellular, public safety, and IoT applications. The circular type enclosure not only improves durability but also simplifies installation in tight spaces. With guaranteed low PIM performance and high power handling, this 2 way splitter for cable systems is a trusted choice for telecom operators and system integrators.

Engineered for efficiency, the RF splitter minimizes insertion loss (≤3.3dB for 2-way, ≤5.2dB for 3-way, and ≤6.4dB for 4-way), ensuring optimal signal strength across all outputs. Its 100ohm splitter cable readiness makes it compatible with a wide range of infrastructure, while the circular type design ensures long-term reliability even in harsh conditions. Whether deployed in 698-2700MHz DAS networks, broadcast systems, or wireless backhaul, this RF splitter delivers consistent performance. Its combination of wide frequency coverage, low loss, and rugged circular type construction makes it an indispensable component for professionals seeking reliable signal distribution solutions.