North & South America +1 609.865.5965
International +44 203.3188.599
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5-10MHz/L-Band Diplexer | PL7641
The PL7641 5-10MHz/L-Band diplexer is a passive unit used to separate or combine 5-10MHz reference signals to an L-Band signal.
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55dB Gain RF Amplifier | PL7630
The PL7630 RF Amplifiers provide the capability to integrate a pre- or post-amplifier as a part of the IFL system. The RF Amplifier guarantees a full system solution with overall system performances over long distances. Pre-amplifier the PL7630 helps ensures a high C/N by providing the optical transmitter with sufficient RF to optimally drive the laser. Post-amplifier, the…
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Apogee SNMP Management System | 2052-7182
Apogee SNMP Management System provides support for all Sat-Light fiber optic modules, redundancy switches and power supplies. The Apogee SNMP Management System is built on a rack-mounted module and an integrated graphical SNMP manager.
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C-Band Optical Downlink | GL952CD
Sat-Light C-Band fiber optic interfacility links transmit and receive downlink signals in the 3.4─4.2 GHz range between antennas and control rooms or NOCs. Global Foxcom’s IFLs offer a high performance alternative to conventional coaxial-cabled systems, reducing the need for wave-guide and minimizing signal attenuation. The Sat-Light IFLs function as a transparent link, transmitting all…
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C-Band Optical RF Down Link | PL7CD30T / PL7CD30R4
Global Foxcom’s Platinum C-Band products are designed to provide full specification service up to a full 4dB optical budget at low cost.
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C-Band Optical RF Uplink | PL7CU30T / PL7CU30R4
Global Foxcom’s Platinum C-Band products are designed to provide full specification service up to a full 4dB optical budget at low cost.
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C-Band Optical Uplink | GL952CU
Sat-Light C-Band fiber optic interfacility links transmit and receive uplink signals in the 5.8─6.8 GHz range between antennas and control rooms or NOCs. Global Foxcom’s IFLs offer a high performance alternative to conventional coaxial-cabled systems, reducing the need for wave-guide and minimizing signal attenuation. The Sat-Light IFLs function as a transparent link, transmitting all…
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Compact Solutions 6-Channel Receiver | AL6R-66
The Global Foxcom compact AL6R-66-CWDM receiver converts incoming signals from Global Foxcom’s optical AL6T-66-CWDM transmitter into 6 RF outputs. This cost-effective solution boasts a large optical input window and linear performance, enabling it to distribute up to 6 high-quality, L-Band (200-2400MHz) TV signals to multiple dwelling units. The receiver is designed with internal CWDM to…
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Compact Solutions 6-Channel Transmitter | AL6T-66
The AL6T-66-CWDM transmits multiple satellite TV signals to multiple homes over a single optical fiber. This compact solution, which boasts 6 expanded L-band (200-2400MHz) inputs, is capable of supporting a variety of satellite television platforms. This transmitter is equipped with 6 dedicated DFB lasers to ensure stability and integrity of the signal. The internal multiplexer…
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CWDM Multiplexer & Demultiplexer
Global Foxcom’s Coarse Wavelength-Division Multiplexer (CWDM) can combine up to 8 fiber outputs from Global Foxcom fiber optic transmitters into one single fiber (RFoF). Each transmitter transmits on a different optical wavelength. CWDM technology uses ITU standard 20 nm spacing between the wavelengths, from 1470 nm to 1610 nm. Each wavelength is transmitted on a separate…
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Digital Link | GL75P
Sat-Light/Gold DGP Link offers a high performance, cost effective alternative to conventional coaxial, cable-based distribution systems. Sat-Light/Gold GL75-1PPS Link is designed to transfer any signal (analogue or digital) with a frequency of up to 30MHz. 1PPS as well as other sync or data signals can be transported over long distances. Global Foxcom uses a high…
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DWDM Multiplexer & Demultiplexer | Series 33000
Dense Wavelength-Division Multiplexer (DWDM) can combine up to 80 fiber outputs from Global Foxcom’s fiber optic transmitters into one single fiber (RFoF). Each transmission is on a different optical wavelength. DWDM technology uses ITU standard 1.6nm spacing between wavelengths. Each wavelength is transmitted on a separate single mode fiber optic cable and then multiplexed onto…