Signal Distribution


GNSS (Global Navigation Satellite System) signal distribution involves amplifying, repeating, and distributing signals to various receivers, devices or across different locations. This distribution allows multiple devices to access GNSS signals from a single antenna, because of this it is often more cost-effective to distribute the signal as opposed to installing individual antennas for each device. Signal distribution is often used in applications where location or timing data is required but GNSS signals are limited or obstructed. This signal obstruction can occur in urban environments such as cities where large buildings make accessing satellite signals challenging.


Step Global provides solutions for all your GNSS signal distribution requirements, we provide GNSS signal splitters with outputs ranging from 2-32, we also supply signal amplifiers, attenuators, combiners, filters, and repeaters. We also provide a range of products for UHF and RFID signal distribution. 

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GPS 2 WAY ACTIVE SPLITTER

Product Code: G-SP2/AN-DCI-5

Brand: Global Invacom

The Global Professional GPS ACTIVE 2 way Splitter has been designed to allow the signal from a GPS antenna to be shared between two receivers. The unit is configured to insert 5V DC to the antenna port via a DC regulator. Both output ports incorporate a 200 Ohm DC load to simulate an antenna DC Current draw. DC is blocked to both output ports.



GPS 2 WAY ACTIVE SPLITTER

Product Code: G-SP4/AN-DCI-6

Brand: Global Invacom

The Global Professional GPS ACTIVE 4 way Splitter has been designed to allow the signal from a GPS antenna to be shared between two receivers. The unit is configured to insert 5V DC to the antenna port via a DC regulator. Both output ports incorporate a 200 Ohm DC load to simulate an antenna DC Current draw. DC is blocked to both output ports.



GPS 2 WAY ACTIVE SPLITTER

Product Code: G-SP8/AN-DCI-7

Brand: Global Invacom

The Global Professional GPS ACTIVE 8 way Splitter has been designed to allow the signal from a GPS antenna to be shared between two receivers. The unit is configured to insert 5V DC to the antenna port via a DC regulator. Both output ports incorporate a 200 Ohm DC load to simulate an antenna DC Current draw. DC is blocked to both output ports.




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