El éxito de la conectividad en fibra óptica en su red depende en gran medida de la calidad del contacto físico de las fibras que están siendo conectadas. Este contacto físico es el resultado de la geometría de las caras terminales de los conectores. Si estas no son rigurosamente controladas, no se asegura su confiabilidad […]
HFC and FTTH networks differ in that HFC extends fiber to a node within a mile of the home or business, while FTTH extends fiber all the way to the home or business—typically terminating the fiber at a customer premises device, which then provides service to devices in the home over copper lines, coaxial cable, […]
In the early days of GPON service providers cared primarily about getting the service to work, and the easiest way to ensure this was to purchase an end-to-end GPON solution from a single vendor, who was responsible to make it work. Providers that used multiple vendors in their network divided their service area into different […]
Cable technology is commonly called “hybrid fiber coaxial” or HFC. This is because most cable systems consist of fiber connections from the operator’s headend or hub facility (the cable counterpart of the telephone central office) to an optical “node” near the customer premises, and thereafter comprise coaxial cable to the premises. Cable operators have extended […]
1. Diseño y consideraciones del proyecto La área urbana tiene las SMEs, o PYMEs, en una avenida principal con 10.000 abonados, de los cuales 8.000 son residencias en MDU. Cada MDU o edificio de departamentos en la área urbana posee 30 unidades habitacionales. Las áreas suburbana cuentan con viviendas unifamiliares (SFUs) y PYMEs, o SMEs. […]
Empecemos con una definición simple; Fibra Hasta El Hogar (FTTH – Fiber To The Home) es la entrega de una señal de comunicación por medio de fibra óptica desde el equipo de conmutación del prestador de servicio hasta la casa o negocio del cliente, por lo tanto es un reemplazo de las redes de infraestructura […]
On-site termination of an MPO/MTP® connector with 12, 24 or even up to 72 fibers is obviously no longer possible. In other words, if you use MPO connectors you also have to use trunk cables (Figure 11) delivered already cut to length and terminated. This approach requires greater care in planning but has a number […]
In terms of physical properties, the difference between these two fiber types is the diameter of the core—the light-carrying region of the fiber. In 62.5/125 fiber, the core has a diameter of 62.5 microns and the cladding diameter is 125 microns. For 50/125, the core has a diameter of 50 microns with the same cladding […]
There are three strong reasons for the broad acceptance and rapid growth of twisted pair as the horizontal medium: low initial cost, the ability to deliver higher data rate LAN services and the flexibility to use one medium for all services. As speeds increase, copper-based LANs will require more complex and expensive electronics. Although, fiber’s […]
Bend Radius When installing fiber cables, tower hands should pay attention to the minimum bend radius of the fiber. Standard fiber (complies with ITU-T recommendation G.652D) can maintain a minimum bend radius of five to 15 times the fiber cable diameter. Functionally, this corresponds to about three centimeters, or about one inch. Failure to observe […]
