Nearly 80 percent of millennials say that their working environment is more important than their salary. Yet according to research from our technology partner CommScope, despite this, nearly half of UK office workers admitted having to step out of the building to make a phone call or access 4G data services on their mobile device due to a lack of coverage indoors.
Anixter has unveiled its new Utility Grade INFRASTRUCTURE platform. The new technology platform, assurance program and design approach redefines the infrastructure layer to support building subsystems, technologies and applications. Developed alongside the leading network infrastructure manufacturers, Belden, CommScope and Fluke Networks, and third-party tested and verified by UL, Anixter’s UTG program will offer UTG-rated cabling solutions and provide the foundation that will unlock the potential of the next generation of buildings to maximize ROI and enhance user experience.
This on-demand webinar looks at how optical ribbon is used to minimize deployment costs by supporting mass fusion splicing. Design constraints on traditional flat ribbon cable structures have limited the maximum cable capacity to 864 fibers in a 25 mm cable. Rollable ribbons were developed in Japan to address the design constraints imposed by traditional ribbon structures. The linear array of fibers is intermittently connected by matrix. The intermittent connection breaks the preferential bending of the ribbon structure and allows the use of design rules for a loose fiber or fiber bundle cable while supporting standard mass fusion splicing.
Technology trends in our personal life are now driving trends in the business world. If you don’t believe me, pull out your work-issued Blackberry and spend 10 minutes writing me an email about how you disagree. The Netflix Model, otherwise known as Software as a Service (SaaS), has changed the way we operate day-to-day business. What will be the next technology trend that changes the way we do business? It’s easy to look at the next five years and say things like cloud, co-located data centers, and IoT (Internet of Things) will continue to drive changes. But what comes next?
Flexibility is particularly in demand when companies change their processes in order to master the challenges of digitization. The change in organisational structures has immense effects on jobs. The trend is away from individual offices and towards open areas that create communicative and creative workspaces. This meets the needs and working methods of the “digital natives”. And in view of the shortage of skilled workers, companies would do well, not to shut themselves off from this development.
Labeling your cabling plant in accordance with the specifications in TIA-606-C can save aggravation, time and money. Clear, well-structured labeling is the mark of a professional. It reduces errors and eliminates callbacks.
Polarity needs to be determined during the design phase so that the right components can be purchased. Unfortunately, the confusion surrounding polarity often means finding out that you’ve ordered cables or patch cords with the wrong polarity. And since pre-terminated MPO assemblies and jumpers are typically made to order (and often nonreturnable), ordering the wrong polarity risks unexpected project delays and expense. Thankfully, the combination of being able to test for polarity and new MPO connectors that allow you to change polarity in the field is putting an end to the risk. This article takes a closer look.
TIA and UL are working together through TIA’s Smart Buildings Program, to accelerate the development of common framework for smart buildings. The two organizations are collaborating on an online aggregation portal designed to educate and inform stakeholders on the multiple aspects and solutions available for the smart buildings market. The two organizations signed an agreement to share commercial, technical, and standardization insights to further their work in the smart buildings ecosystem. TIA and UL will additionally focus on benchmarking, measurements, assessments, certification, and registration in the areas of connectivity, interoperability, safety, security – both cyber and physical, resiliency and sustainability for buildings.
AFL has added two new fiber-optic cleavers to its portfolio. Featuring Bluetooth technology, the CT52 Fiber Cleaver and CT58 Fiber Cleaver are both designed for use with Fujikura fusion splicing systems. Both models use a Bluetooth connection and smartphone app that helps manage cleaver blade life. With a motorized push-button blade rotation and a thumbwheel for blade height adjustments, blade life is extended. The 16-position blade yields 60,000 cleaves.
AFL has launched the FS300-325 Quad OTDR which is designed specifically for contract installers and network operators deploying and maintaining both single-mode and multimode networks, including Fiber-to-the-Home (FTTH) Passive Optical Networks (PONs), Passive Optical LANs (POLANs) and point-to-point networks.