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Burrowing Owl up on the high wire. He must have ventured out from his burrow and perched as high as he could on the Fiber Optic Cable. I haven't seen them like this very often. Usually they are close to the ground.
That head is on a pretty good swivel.
A view looking to the north-northeast down an electric pole lead while walking the Sunset Trail in Hot Springs National Park one November morning. I did my best to center myself between the poles on both sides as well as the cables running above. My thinking was to capture more of a symmetrical look with the cables going down the side of West Mountain and then the distant ridgelines and hillsides of the Ouachita Mountains. I later worked with control points in DxO PhotoLab 3 and then made some adjustments to bring out the contrast, saturation and brightness I wanted for the final image.
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The phone system in my neighborhood is in the process of changing from digital over 4 copper T-1 circuits to a 24 fiber cable. Life is about to change in a DSLicious way.
A Powered Fiber Cable System incorporates DC power and fiber-based Ethernet connectivity in one cable – it’s everything a customer needs to be able to install Power over Ethernet (PoE) equipment at distances much longer than the PoE standard allows, without having to do any calculations or design work. The Powered Fiber Cable System extends power to a device (Wi-Fi access point, IP camera, or small cell, for example) at a distance of up to two miles. The Powered Fiber Cable System incorporates two innovations: one is a new hybrid cable that combines power (copper) and data connectivity (fiber) in one cable housing, and the other is the use of a small device used with that cable, called the PoE Extender.
Hybrid power/fiber cables have been on the market for a few years, but they are bulky, expensive to terminate, and they require experts to deploy. CommScope’s Powered Fiber Cable System uses cable that is like an FTTH drop cable, and can be accessed in 30 seconds by standard networking technicians without special tools.
The PoE Extender tackles other deployment issues. CommScope engineers incorporated something new in the circuit world – cheap and highly efficient DC-to-DC electrical conversion to automatically eliminate the voltage drop in the system. The Powered Fiber Cable System automatically manages the electrical voltage drop, eliminating the need for electrical calculations. This system innovation makes the cable less expensive and faster to deploy, and the electronic component innovation eliminates design headaches for the customer.
The new stadium’s infrastructure required more than five million feet of CommScope SYSTIMAX® copper and fiber cabling, roughly the walking distance from Dallas to Chicago. Of that amount, the stadium will use approximately 2.7 million feet of SYSTIMAX GigaSPEED® X10D cabling. That entire cable length would stretch approximately from Dallas to Houston to Austin and back to Dallas.
What better way to celebrate four fabulous decades than to pay tribute to the 40 best and most impactful innovations that have come from CommScope or one of its acquired companies? In 2016, we asked employees to submit recommendations for CommScope’s Top 40 Innovations. We hope you enjoy looking back at what we think are our top innovations—ones that have helped build the world’s infrastructure of today and tomorrow. All the Top 40 Innovations were revealed on the CommScope blog page. www.commscope.com/top-40-innovations/
SC-SC 0.9mm SM simplex fiber optic patch cable from www.jfiberoptic.com/categories/Fiber-Cable-Assemblies/Fib...
They're working hard on the fiber hub here it seems. Can't tell what excatly they're up to but I put my bet on repairs, expansion work would surprise me... then again the Deutsche Telekom releases hardly information in that regards.
Din rail patch panel helps to enable neat and organized management of fiber optic splices. More information is available at
Cables.com is the place to come for your fiber optic cable needs. We have a selection of LC-SC 62.5/125 Multimode Duplex Custom Fiber Cable fiber optic cables at the lowest prices around.
The Next Generation Frame was the first function-designed high-density ODF. Leveraging sliding adapter pack technology and innovative cable management, the NDF enabled customers to reduce floor space while improving accessibility. The NGF drove updates to the industry standard and broad market acceptance established ADC as the leader in telecom ODFs. It also led to the development of the NG3 and NG4 ODFs, which combined with NGF have contributed more than $500 million in direct revenues. www.commscope.com/top-40-innovations/
The TENIO system is a modular gel-sealed fiber closure system designed for use in outside plant fiber access (distribution, drop) networks. With TENIO, CommScope created a fiber closure system that allows installers to completely remove its outer housings, base and dome, even when cables are installed or when the closure is already mounted. TENIO’s tool-less gel-sealed design provides easy installation as well as 360-degree access to the fibers inside, enabling faster installations and improved fiber management. Embracing all above features and being 30 percent smaller to fit existing infrastructure, the total cost of ownership is less expensive than other fiber closure systems.
InstaPATCH 360 MPO-Based Pre-terminated Fiber System with Method B architecture is primarily used for data center fabric applications. Built around pre-terminated panels, InstaPATCH 360 is a comprehensive, modular fiber connectivity solution that includes patch panels and shelves, individual modules, trunk cables, ruggedized fan-outs, array cords and fiber patch cords. It is a modular fiber connectivity solution that enables installers to simply and quickly connect system components together, ultimately resulting in improved density, performance and reliability. Within a year of its introduction, this architecture was adopted by the standards bodies because it immediately solved the design, implementation, and migration issues associated with the other proposed Multi-Fiber Push On (MPO) connectivity methods, now known as Methods A & C. It provides customers with blanket duplex and parallel application support, application distance support beyond standards, ease of design and use, and a clear migration path through multiple levels of application speed. CommScope is clearly associated with Method B in the standards bodies and market, enabling data centers to continue to handle the vast amounts of data required now and into the future. www.commscope.com/top-40-innovations/
Cables.com can accommodate all of your fiber optic needs at prices that our competition can't seem to touch. This is likely due to us being a leading manufacturer of fiber optic cables, and dedicated to delivering quality products to our customers at amazing prices.
CommScope pioneered fiber cable management with the invention of FiberGuide. FiberGuide provides routing paths and optimal cable management that organize and protect vital fiber optic cables. The system has been designed to assure that the correct fiber bend radius is maintained regardless of which components and sections are assembled. The company holds 148 patents for FiberGuide globally and an additional 54 patents are pending. With FiberGuide, CommScope is the leading global provider of fiber cable management pathways in support of major telecommunications and data center customers. www.commscope.com/top-40-innovations/
SC－SC single mode simplex fiber optic patch cord from www.jfiberoptic.com/categories/Fiber-Cable-Assemblies/Fib...
An electrician inspects fiber-optic cable being pulled through newly installed underground conduit along Cleveland Ave. in Westerville. The new connectivity is designed to assist in COTA’s new CMAX bus rapid transit system set to begin in 2018.
DINTEK offers the best range of fiber optic connectors that have a performance and exceeds the ANSI/TIA/EIA-568-C standard. It delivers superior insertion loss performance. The physical and optical performance of all our connectors allows engineers to design optical fiber infrastructures that adapt to the needs of low-loss networks. For more, visit our website.
Laying the cables. Yellow cables : direct burial for individual point-to-point connection to the apartments. Blue tube is highdensity fibercable, from underground handhole (connection to individual fibers in yellow cable) to local switchhouse. Covered with foil for protection and seperation/identification.
towing cable, steel cable, fiber cable, and fiber core wire rope for towing, tow trucks, wreckers, and rollbacks