Eliminate Reflection Problems Which Plague Legacy SFSW SFPs Single Fiber Single Wavelength (SFSW) Transceivers transmit and receive at the same wavelength, on single fiber, doubling the optical fiber plant capacity. SFSW transceivers offer many potential benefits to the Network Operator – e.g. seamless CWDM integration, half the fiber, half the CWDM passives and easier fiber
SFPs with Reflection Immune Operation – RIO® Read More »
There are many aspects of a fiber optic communication system that need to be configured correctly for the system to work properly. Many times customers believe there is a problem with the equipment and that it needs repair when in actuality it is operator error. The most common issue with fiber optic links is a
Does it really need repair? Read More »
Mercedes Benz stadium wasn’t only the venue for the LIII Superbowl it was also a critical point for the world of Telecommunications. More than a million fans were expected to arrive in Atlanta for the Superbowl event, and the preparation for that event cost in the tens of millions for the Network providers. The need
The challenge for VSAT (Very Small Aperture Terminal) where the antenna (Dish) and the command center are not collocated has always been the limited reach of the RF cabling. Using a RF over Fiber link, the distance between the antenna and the operation center can be extended from a few meters to few kilometers without any signal degradation. The VSAT location / Operating Center often requires building modifications, but using a fiber based VSAT system offers the following benefits: The
VSATs and RF over Fiber Read More »
Attenuation, Reflection, Reflectance, Optical Return Loss (ORL) and Signal to Noise Ratio (SNR) Part I: Optical properties utilized by the new Micro-OTDR ORL/SNR Measurement feature. The new ORL/SNR Measurement feature of the Micro-OTDR SFPs measures the optical fiber link ORL during the normal Micro-OTDR start-up “handshaking” routine of the SFPs, before the data link is
ORL Reflectance SNR Read More »
Attenuation, Reflection, Reflectance, Optical Return Loss (ORL) and Signal to Noise Ratio (SNR) Part I: Optical properties utilized by the new Micro-OTDR ORL/SNR Measurement feature. The new ORL/SNR Measurement feature of the Micro-OTDR SFPs measures the optical fiber link ORL during the normal Micro-OTDR start-up “handshaking” routine of the SFPs, before the data link is
ORL/SNR Measurement Read More »
We have enjoyed meeting with many old friends and making some new ones at Verizon! We are giving demonstrations on some of our exciting products and solutions! GPS Transport Connectivity – Learn More Optical Zonu’s GPS Fiber Transport provides a transparent and secure RF connection between your GPS antenna and BBUs or eNodeBs for
Our booth at VZTUF 2019 in Dallas Read More »
[cmsmasters_row][cmsmasters_column data_width=”1/1″][cmsmasters_text] Driverless cars and RF over Fiber Really? What is the link, if any? The challenges for driverless cars where RF over fiber can provide solutions are at least in two areas: Test ranges and setups will require very accurate timing signals to experiment, check, and validate the usability of satellite signals and the
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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 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
Optical Technology Takes on NCDL Signals Read More »
