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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.
Product Code: MS12
Brand: GPS Source
This is a military qualified GPS splitter with one-input and two outputs. It typically finds application where an input from an active GPS roof antenna is split evenly between two receiving GPS units.The MS12 can be configured to pass DC from an RF output (J2) to the antenna input port in order to power an active GPS antenna on that port. The remaining RF output would feature a 200 Ohm DC load...
Product Code: MS14
Brand: GPS Source
This is a military qualified MS14 GPS splitter with one-input and four-outputs. It typically finds application where an input from an active GPS roof antenna is split evenly between four receiving GPS units. The MS14 can be configured to pass DC from an RF output (J2) to the antenna input port (J1) in order to power an active GPS antenna on that port. The remaining RF outputs (J3, J4, and J5)...
Product Code: MS18
Brand: GPS Source
This is a military qualified MS18 GPS splitter with one-input and eight-outputs. It typically finds application where an input from an active GPS roof antenna is split evenly between eight receiving GPS units. The MS18 can be configured to pass DC from an RF output (J2) to the antenna input port (J1) in order to power an active GPS antenna on that port. The remaining RF outputs (J3 thru J9)...
Product Code: DC Block
Brand: GPS Source
Designed specifically for use in all L-Band channels of Global Navigation Satellite Systems, including GPS, Galileo, GLONASS, and QZSS, the DCB conveniently blocks the antenna bias DC voltages in applications where the DC antenna voltage is not required or is provided by another source.
Product Code: C21
Brand: GPS Source
The C21 GPS Combiner is a two-input, one-output GPS device. This product typically finds application where two inputs from active GPS antennas are combined evenly into a single receiving GPS unit. In this scenario, the C21 will pass DC from the RF output to both antenna input ports (J1 & J2) in order to power the active GPS antennas on those ports.
Product Code: BT1
Brand: GPS Source
The GPS Bias Tee is used to supply DC voltage to the center conductor of a coaxial cable. The bias tee is used to provide power to antennas, amplifiers and other RF networked devices. It is available with a built-in regulated power supply allowing users to use standard AC power or unregulated coarse power supplies to create a set voltage with very low noise and ripple. Passes GPS, Galileo...
Product Code: METRO-G-RK
Brand: GPS Source
The METRO-G-RK is a complete GNSS amplifier system that includes: METRO-G, GNSS active antenna, GNSS passive antenna, swivel mount, pole mount, surge suppressor and cabling. The METRO-G is a GNSS smart amplifier, perfect for the commercial and public sector. When used in conjunction with an active GPS/GLONASS receive antenna, it will pass GPS+GLONASS signals inside a building, hangar or any...
Product Code: MA11M
Brand: GPS Source
The MA11M is a military grade device used to strengthen the signal and reach of a GPS device. It is most appropriate in situations where there is a weak signal. The device is designed to work with an external, active antenna and is primarily for use by military applications (both Ground and Air) around the world. The amplifier sits in the path from the antenna to the receiver and is intended to...
