Category: FOTC

How smart infrastructure can become dangerously dumb

Poor-quality cable and installation practices are often not a priority or much of a concern to building owners and end users until a system goes down. Because cable infrastructure is installed behind the walls and out of sight, few people give a second thought to the criticality of cabling infrastructure until it is too late. And don’t forget, wireless devices are in fact connected by wires to transmitters and routers. It is generally accepted that approximately 70% of network downtime is due to cabling improprieties, which can include low-quality cable or poor termination practices. But, even worse than network failure is the safety risk due to a cable’s poor design, substandard material makeup and/or manufacturing deficiencies.

Protecting the Future at the Edge: Addressing the Risks of Emerging Edge Data Centers

With 75 billion connected devices expected by 2025 , 5G deployment, and the promise of new technologies, the ICT industry will see an unprecedented amount of data that requires rethinking the way the data center is built and managed. To meet the needs of new applications, data centers need to be hosted close to users and network functionality needs to be performed in milliseconds.

Senko Fiber Optic Cleaning, Inspection and Testing

Designed to specially work well with the CS and LC connectors, this instrument cleans the ferrule end faces removing dust, oil, and other debris without nicking or scratching the end face. The SENKO Fiber Optic Cleaner for simplex connections is a dry cloth cleaner specially designed to clean single fiber connectors. Designed as an adapter, the dust cap of the cleaner acts as an adapter for cleaning unmated connectors.

IoT/IIoT Connections in Unforgiving Environments

IIoT environments will expose networks to more extreme environmental factors including mechanical forces (e.g., crushing and vibration), ingress of liquids and dust, chemical or climatic issues (e.g., temperature and corrosive solvents), and electromagnetic interference (EMI). While industrial environments and IIoT devices are most often associated with these factors, the proliferation of IoT means that devices communicating via standard commercial Ethernet may also be located in more unforgiving environments than ever before.