Fiber Optic Installs Repairs & Testing
Synacom Networks Fiber Optic Division is able to provide full service integration of the infrastructure supporting the growth of the telecommunications and information technology industries. We are prepared to design, procure, integrate and implement solutions and have successfully performed tasks as the prime contractor, a first tier subcontractor and an equal partner in this emerging technology field. In telecommunications and information technology, up-time is critical. We prioritize our clients’ emergency needs and provide 24/7 Emergency Restoration Services to most of the major carriers in our area.
Our Cabling Division has experience with the installation of Cat 3, 5e and 6 cable. We also can install copper cables ranging in size from 2 pair to over 1800 pair and have installed fiber optic cables ranging in size from 2 fibers to over 344 fibers in both single and multi-mode types. Synacom Networks technicians can provide aerial and underground splicing services on a project or 24/7 emergency response basis.
We not only provide complete installation of fiber and copper cables we also test and certify the installation in accordance with customer or industry standards. This includes connectivity, resistance, and impedance matching testing. Fiber optic cable testing includes OTDR, power meter measurements, polarized modeling, and chromatic dispersion testing.
Our Cabling Division has experience with the installation of Cat 3, 5e and 6 cable. We also can install copper cables ranging in size from 2 pair to over 1800 pair and have installed fiber optic cables ranging in size from 2 fibers to over 344 fibers in both single and multi-mode types. Synacom Networks technicians can provide aerial and underground splicing services on a project or 24/7 emergency response basis.
We not only provide complete installation of fiber and copper cables we also test and certify the installation in accordance with customer or industry standards. This includes connectivity, resistance, and impedance matching testing. Fiber optic cable testing includes OTDR, power meter measurements, polarized modeling, and chromatic dispersion testing.
Fiber optic cabling is applicable in any industrial environment where high-speed, high-bandwidth data solutions are needed. It can be used for campus and in-building data backbones to anchor an operation’s Ethernet, and also for point-to-point digital signal transmission. This cabling utilizes rugged jackets, often polyvinyl chloride (PVC) or chlorinated polyethylene (CPE), to ensure optimal performance in the face of extreme temperatures; exposure to UV/sunlight, oil, and solvents; and crushing impact.
Fusion Splicer in Action
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EMT for Fiber at Outlet Mall in Niagara Falls
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Over 5200' of EMT on the roof of the Outlet Mall
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1 of 344 Fusion Splices at the Outlet Mall Niagara Falls
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The Benefits of Fiber Optic Cable
Fiber optic cabling is superior in terms of its high bandwidth, low attenuation, and complete electrical noise immunity, allowing more information to be carried across the network without interruption. Fiber optic cables are also smaller and lighter than copper cables, extremely durable and intrinsically safe, with no risk of spark hazards.
