Desktop Optribution Module Rack | DEV 7154
The Desktop Optribution Module Rack is designed to fit in any 19″ equipment rack enclosure. Used with up to 14 Desktop Optribution Modules, 1 RU of rack space is needed. Any Desktop Optribution Module can be mounted into the chassis and secured firmly in place...
Wideband RF Over Fiber Systems by DEV
Friedberg, Hessen, Germany – March 10th, 2022 RFoF Distribution Frequency Range on SATCOM at a Glance RF over fiber (RFoF) refers to a technology where radio frequency analog signals modulate a light source (laser) and are transmitted over an optical fiber...
Wall Mount Chassis for Desktop Optribution Modules | DEV 7151
DEV 7151 is an outdoor chassis providing 4 slots for RF over Fiber Desktop modules of the Optribution series. Redundant power supplies provide system reliability while it is developed to withstand harsh conditions. Improved Signal Quality and less frequency dependent...
Intelligent Universal Optribution Chassis | DEV 4111
The DEV 4111 is a 1 RU chassis providing 2 slots for optical modules or amplifier modules. With the controller option integrated, all functionalities are accessible via the intuitive DEV Web Interface or via SNMP protocol. The DEV 4111 can be configured as a...RF over Fiber
RF over Fiber RF over Fiber (RFoF) technology delivers major advantages compared to high frequency signal transmission via copper. It is particularly suitable for transmission distances of more than 100 meters and for installations where a very high signal quality is...RF over Fiber
RF over Fiber Technology RF over Fiber (RFoF) refers to a technology that makes it possible to transmit RF signals over optical fiber. For this, the analog signal is converted into an optical and transmitted over the fiber optic link. After that, it is converted back...
EDFA Amplifier Modules | DEV 7415 & DEV 7425
The pre- and boost- EDFA amplifier modules complete the Optribution DWDM RF over Fiber portfolio. With the high gain and low noise RF optical transmission over very long distances can be realized. The hot-swappable modules fit into the DEV 7113 chassis of the RF over...