Category: <span>Uncategorized</span>

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J3U N+1 Redundancy ..

Many redundant signal architectures may be constructed in Optical Zonu’s J3U chassis platform. 1+1 architectures are common, however as a spare transmitter/receiver pair are required for each primary transmitter/receiver pair, the cost and rack space required by such a redundant system may become prohibitive. N+1 architectures require a spare transmitter/receiver pair for each N transmitter/receiver…

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Elevate Signal Precision with Optical Zonu’s Variable Optical Delay Lines

Unlock unparalleled control over signal timing with Optical Zonu’s Variable Optical Delay Lines. Engineered for excellence, our delay lines empower your optical communication systems with precision, adaptability, and advanced technology. Key Features: Adaptive Delay Management: Tailor signal delays to perfection, ensuring optimal synchronization for your optical communication needs. Photon Precision: Optical Zonu’s variable optical delay…

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Optical Zonu Corporation Naval Waveguide Fiber Replacement

  Optical Zonu has successfully deployed fiber as a replacement for waveguide to transport Ku-Band CDL communications payloads between radomes mounted high above the decks of ships and equipment rooms situated within the hulls of ships. Antenna Remoting over fiber enables greater flexibility to locate an antenna away from a radio head. Waveguide (and coaxial…

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OZC9500 Signal Transport to Multiple Locations

The Optical Zonu OZC9500 19” 1RU transport chassis is a flexible platform that houses up to eight transmitters and/or receivers of any of the following types. 30 – 3000 MHz RF 30 – 4000 MHz RF 30 – 6000 GHz RF 10 – 200 MHz Low Phase Noise Reference IRIG-B/1PPS/TTL L1, L2 GPS Signals may…

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Illustration of Micro-OTDR Value Proposition

Recently, one of our network customers shared an experience, along with resulting insights, to illustrate the value proposition of our Micro-ODTR feature. Some years ago, when a machete-wielding grounds-crew was clearing brush behind the business that hired them, an optical fiber cable was cut, causing the network service of a key subscriber to go down….

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Low Profile GPS Distribution for CRAN Hubs

For years, US mobile carriers have been moving their networks to a more centralized architecture that saves on both capital and recurring costs. The CRAN (centralized radio access network) approach consists of aggregating base station base band units (BBUs) in centrally located facilities. From here, capacity and coverage are brought to venues in the area…

Optical Zonu Deploys ZONUConnect Universal Base Station-to-DAS Fiber Transport at Children’s Hospital
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Optical Zonu Deploys ZONUConnect Universal Base Station-to-DAS Fiber Transport at Children’s Hospital

19-Nov-2018, Aurora, Colorado: Optical Zonu has installed its ZONUConnect Universal Base Station-to-DAS Fiber Transport at the Children’s Hospital in Aurora Colorado. The system provides a low-profile connectivity between the Distributed Antenna System (DAS) providing wireless coverage at the hospital and the Nokia DAS RFM base stations located over 1,500 ft away. The Optical Zonu transport…

Optical Technology Takes on NCDL Signals
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Optical Technology Takes on NCDL Signals

Optical technology provides a reliable solution to waveguide for high-speed data links. The interchange of common-data-link (CDL) signals for communications between different intelligence, surveillance, and reconnaissance (ISR) systems operated by various armed forces and government agencies requires wide bandwidths. And those have traditionally required metal waveguide transmission lines to support bidirectional microwave signals at about…