2 Way Wilkinson RF Splitter 5G 698-3800MHz 4.3/10 Female Low PIM

The Wilkinson Power Divider is a specialized RF splitter designed to evenly distribute high-frequency signals with minimal loss and exceptional isolation between output ports. Unlike conventional frequency dividers, this 2 way splitter employs a unique resistive network to maintain impedance matching (50Ω) while reducing reflected power, making it ideal for demanding 5G, LTE, and IoT systems. Its Wilkinson power divider architecture ensures balanced amplitude and phase characteristics across outputs, critical for applications like MIMO antennas, distributed antenna systems (DAS), and base stations. By minimizing insertion loss and intermodulation distortion, this divider by 2 guarantees reliable signal integrity even in high-power environments.

Our 2-way splitter delivers industry-leading performance across an ultra-wide frequency range of 698-3800MHz, covering key 5G sub-6GHz bands. Engineered for low distribution loss (3.0 dB) and ultra-low insertion loss (≤0.9 dB), this RF splitter maximizes signal efficiency while maintaining a superior VSWR of ≤1.3 to minimize reflections. The Wilkinson power divider design ensures high isolation (≥20 dB) between ports, preventing cross-talk in multi-antenna setups. With robust average power handling of 50W and exceptional intermodulation suppression (≤-153 dBc), it excels in high-density RF environments. The 4.3-10-Female connectors with IP65 waterproofing provide durability for outdoor deployments, while the low-PIM (Passive Intermodulation) construction ensures compliance with stringent cellular infrastructure standards.

This 2-way splitter is a cornerstone solution for telecom operators and integrators seeking a frequency divider that combines precision with ruggedness. Whether splitting signals for dual-polarized antennas, small cells, or in-building DAS, its Wilkinson power divider technology guarantees consistent performance across temperatures (-20°C to +70°C). The RF splitter’s compact design, paired with high-isolation outputs, makes it equally suitable for UAV communications, public safety networks, and military RF systems. By choosing this divider by 2, users benefit from a future-proofed component that meets the evolving demands of 5G NR and legacy networks alike, all while maintaining unmatched signal fidelity and reliability.