RF Hybrid Combiners

Types of Hybrid Combiners

Low PIM Hybrid Combiner 2:1 (2-Input and 1-Output), 694-960MHz, 7/16 DIN Female

Low PIM Hybrid Combiner with Dummy Load 2:1 (2-Input and 1-Output), 1710-2170MHz, 7/16 DIN Female

Low PIM 2 in 1 out Hybrid Combiner Integrated Termination, 694-960MHz, 7-16 DIN Female

Low PIM Same Band Combiner 2:1 (2-Input and 1-Output), 1710-2170MHz, 4.3-10 Female

Low PIM GSM/UMTS Combiner 2:1 (2-Input and 1-Output), 694-3800MHz, N Female

Low PIM LTE/GSM Combiner 2:1 (2-Input and 1-Output), 694-4200MHz, N Female

Low PIM Twin 900mhz Hybrid Combiner 4:2 (4-Input and 2-Output), 694-960MHz, N Female

Low PIM Twin 1800mhz Hybrid Combiner 4:2 (4-Input and 2-Output), 1710-2170MHz, N Female

Low PIM L18/G18 Hybrid Combiner 2:1 (2-Input and 1-Output), 694-3800MHz, 4.3-10 Female

Low PIM U9/G9 Hybrid Combiner 2:1 (2-Input and 1-Output), 694-4200MHz, N Female

Wide Band Hybrid Combiner 2:1 (2-Input and 1-Output), 694-3800MHz, 4.3-10 Female

Outdoor Same Band Combiner 2:1 (2-Input and 1-Output), 694-4200MHz, 7/16 DIN Female

Hybrid Combiner 2:1 (2-Input and 1-Output), 694-3800MHz, N Female

Wide Band Same Band Combiner 2:1 (2-Input and 1-Output), 694-4200MHz, 7-16 DIN Female

5G Hybrid Combiner 2:1 (2-Input and 1-Output), 694-3800MHz, N Female

Indoor Same Band Combiner 2:1 (2-Input and 1-Output), 694-4200MHz, N Female

Products

What Is SYMAIR Hybrid Combiner Used For?

A hybrid combiner is a device used in various fields, particularly in telecommunications and signal processing. Its primary function is to combine multiple signals or sources into a single output with high efficiency. In cellular networks, hybrid combiners are used to merge signals from different antennas or frequency bands to enhance signal strength and coverage.

How to Choose Between Hybrid, Same-Band and Multi-Band Combiners

The appropriate RF combiner depends on the frequency relationship between the input signals and the required system configuration.

Hybrid combiners are commonly used to combine signals from multiple base stations, operators or sectors while maintaining good isolation between input ports. They are particularly useful when the signals operate within the same or overlapping frequency ranges.

For applications that require multiple signals within the same frequency range to share one output path, explore our same band combiners. If the system needs to combine several separate frequency bands while maintaining frequency-selective isolation, a multi band combiner may be more suitable.

Depending on the network architecture, hybrid combiners can also be integrated into a broader DAS combiner configuration for indoor cellular coverage, multi-operator signal integration and shared RF distribution.