PSU for use with MK2 Optical Lnbs, ODU, ODU32 ,ODU16 & Mk2/3 GTU. Power supply with Jack connector for the powering of an optical converter to RF. This Power Supply has a standard power connector now, not an F connector, to use on an older LNB that...

Global Professional offer a range of line amplifiers suitable for both L band and VSAT applications. For L Band we offer both slope equalized and flat gain and for VSAT applications, the customer can specify gain for both 10MHz and L band. L band...

Global F140 - 4 way amplifier enables use of up to 4 TV links. No mains connection is required as it receives the power from the RF2 of your digibox. The F Series TV booster/splitters are designed to amplify the UHF (TV) or FM (Radio) signals in a poor...

FibreIRS GTU Quad FibreIRS GTU Quad The NEW Quad FibreIRS gateway termination unit (GTU) has been designed to replicate a quad LNB within a home that is fed by a fibre passive optical network (PON). Also, combining DTT & DAB it provides the homeowner...

- Allows a Satellite signal to be added to an existing system - High isolation between Satellite and TV ports - Low insertion Loss - Weatherproof case The DIP2-DC has high isolation to prevent the satellite LNB noise interferring with the terrestrial...

- Allows a Satellite signal to be added to an existing system - High isolation between Satellite and TV ports - Low insertion Loss - Weatherproof case The DIP2-DC has high isolation to prevent the satellite LNB noise interferring with the terrestrial...

The NEW Quad FibreIRS (Integrated Reception System) Gateway Termination Unit (GTU) has been designed to replicate a quad LNB within a home that is fed by a fibre passive optical network (PON). Also, combining DTT & DAB it provides the homeowner with...

This in-line amplifier is designed to compensate for signal loss on long coax runs. One in-line amplifier can compensate 10dB of cable attenuation which is about 20 meters of RG-58 cable. Can be powered by power output from an antenna...

Universal LNB with optical fiber output for long range covering; minimal loss over long distance (max. 0.3dB/km versus 32dB/100m on coaxial); 7dBm optical output to support up to 64 split (optical nodes); operation in the second optical window (1310nm).

This innovative new design uses patented technology to frequency stack both horizontal and vertical polarities, creating a single IF frequency range of 950MHz - 5.45GHz. The newly created single band is then frequency modulated optically and output using...