Interconnect Solutions Market Share Analysis for June 2026

i-flex cavity power splitters are used in a wide verity of applications and can cater to any solution where RF signal needs to be equally distributed to multiple RF paths. i-flex’s compact, cavity power splitters are known to provide low insertion loss, low distribution loss, low VSWR and low PIM rating, while delivering high isolation between output ports with excellent phase and amplitude balance. i-flex cavity power splitters are high power wide band and cater to frequency range of 698-2700MHz and are available with DIN 7-16 connector type and N connector type. All i-flex cavity power splitters come in 2-way, 3-way and 4-way port design and are tested and approved by third party testing. Features DIN 7-16 connector type and N connector type for all models. Following power distributions are available in i-flex power splitters: 2-way splitter 3.00dB 3-way splitter 4.80dB 4-way splitter 6.00dB Low VSWR. Low PIM rating ≤ -160dBc. Fast and easy installation. Water resistant. Adaptable to harsh environments which ensures long life & consistent performance. Applications Used for equal distributions of high power RF signals in in-building DAS solutions. Used by the RF designer in order to achieve equal distribution of RF signal within a certain network deployment. *All Cavity power splitters are available with Female gender combination in 4.3-10 connector type Order Code Technical Specifications 2-Way 3-Way 4-Way Frequency Power Connector PIM 504-100 504-101 504-102 698-2700MHz 200W N-Female -160dBc 504-078 504-079 504-080 698-2700MHz 300W N-Female -160dBc 504-054 504-055 504-056 698-2700MHz 200W N-Female -155dBc 504-094 504-095 504-096 698-2700MHz 300W N-Female -155dBc 504-051 504-052 504-053 698-2700MHz 200W N-Female -150dBc 504-088 504-089 504-090 698-2700MHz 300W N-Female -150dBc 504-103 504-104 504-105 698-2700MHz 200W DIN 7-16 Female -160dBc 504-081 504-082 504-083 698-2700MHz 300W DIN 7-16 Female -160dBc 504-075 504-076 504-077 698-2700MHz 200W DIN 7-16 Fe