Multi-Network Combiners for In-Building Applications: Integrated 800-2500MHz Module with 4 Identical RF Output Ports

2023-05-06 05:45:44 By : admin
, Distributed Antenna Systems, Multi-Network Combiners, In-Building Applications, Trunking Efficiency, Frequency Planning, Low IM, Female N Connectors, Hot System Testing.

In the world of telecommunication technology, it is absolutely essential to have reliable tools that can help establish efficient and seamless connectivity. One such tool that plays a critical role in ensuring reliable connectivity is the RF power combiner.
Combiners (Network Combiners) | Rojone Pty Ltd  Australia


An RF power combiner is a device that facilitates the combination of multiple radio frequency signals into a single output stream. This device is widely used in various applications, including in-building Distributed Antenna Systems (DAS), where the power budget is a limiting factor.

One of the most promising offerings in this field is the Multi-Network Combiner Module, designed and manufactured by Rojone Pty Ltd in Australia. This network combiner accepts up to 4 networks into a DAS and offers 4 identical RF output ports. This design enables the efficient distribution and management of RF signals.

Moreover, this combiner directs all RF energy into the DAS, reinforcing the idea of trunking efficiency and frequency planning. In doing so, it maximizes the efficiency of RF power utilization by distributing the power without dissipating it through multiple stage loads.

One of the salient features of this Multi-Network Combiner is its integrated design, which is highly configurable. This design can accommodate 1 to 4 inputs and 1 to 4 outputs as per the specific needs of the particular application. Additionally, it features low power loads that broadband terminate unused input ports.

Furthermore, the Rojone Pty Ltd Multi-Network Combiner Module comes with high power 100-watt loads that will ensure optimum performance even when unused output ports require broadband termination. Installation of this combiner is easy, and it comes with a robust mounting flange that is ideal for wall mounting.

All ports in this combiner are low IM Female N connectors, making it easy to access. Additionally, it features a 30dB monitor port that can facilitate on-line hot system testing. This capability makes this network combiner perfect for both monitoring and testing purposes.

In conclusion, the Multi-Network Combiner Module designed by Rojone Pty Ltd is a promising solution for in-building applications, especially in situations where power budget is a limiting factor. Its integrated design, along with configurable input and output ports, and broadband termination capability, make it an efficient and reliable option for trunking efficiency and frequency planning. Overall, it is an ideal network combiner for ensuring reliable connectivity in any telecommunication environment.