Este webinar cubre la teoría básica de la transmisión de fibra óptica, las opciones de conectores, su inspección y mantenimiento. También cubre las pruebas de confiabilidad de los cables, su importancia y qué significa para la implementación de la red.
Al inspeccionar los conectores de fibra óptica, se encuentran que numerosos proveedores de conectores y cables que ofrecen muchas opciones. Un hecho relevante es que los usuarios finales han descubierto, en los últimos años, que “no todos los conectores son iguales. La calidad, confiabilidad y rendimiento de los componentes ópticos y los productos de ensamblaje de cables se aseguran seleccionando los mejores componentes desde su terminación y pulido, utilizando las mejores prácticas y equipos. El producto final debe cumplir o superar los requisitos de todas las especificaciones relevantes de la industria, como las normas GR-326 y GR-1435 reconocidas internacionalmente.
How Connectors Influence Fiber Optics Network Reliability
This webinar covers basic fiber optic transmission theory, connectors options, inspection and maintenance. It also covers assemblies’ reliability testing, why it is important, and what it means for network deployment.
When looking at fiber optic connectors, one will find numerous connector and cable suppliers offering many options. One key fact that end users have discovered in recent years is that ‘not all connectors are created equal’. The quality, reliability, and performance of optical components and cable assembly products are assured by selecting the best components and by terminating and polishing it using the best practices and equipment. The final product must meet or exceed the requirements of all relevant industry specifications, such as the internationally recognized GR-326 and GR-1435 standards.

Passive optical LAN’s scalability meets Texas A&M Kyle Field’s future needs

The challenge for sports teams is how to keep fans coming to the stadium, when so many other options exist. Texas A&M wanted to take their fan experience to the next level by leveraging technology to create a stadium experience that students and fans would enjoy just as much as the game itself. This included new multimedia displays, both in the stadium and in the concourses, connected menu boards and operations in the concession areas, and excellent connectivity for both cellular and WiFi-connected devices in and around the stadium.

IT/OT integration: What is good for manufacturing is good, and challenging, for smart buildings

With the shift to the Industrial Internet of Things (IIoT) and Ethernet-based protocols enabling the collection of more data than ever from traditional OT-based devices and machinery, businesses are rapidly realizing the value of leveraging OT information to make informed business decisions. OT in turn can leverage IT data and analytics to improve productivity and efficiency, and reduce downtime and maintenance.

5 technology hurdles for centrally managed smart buildings

Unlike IT — which has an abundance of standardized protocols, open source integrations and API hooks for centralized management and control — in-building operational technologies (OT) are not quite as fortunate. This article reviews five issues involved with centrally managing building technologies such as lighting, HVAC, elevators and smart meters to gauge the likelihood that these systems can truly be managed through a single administration and monitoring platform.

Wet-to-dry fiber cleaning: A good way to ensure network reliability

Expert opinions vary, but many agree that up to 75% of all fiber network problems are caused by contamination of patch cords, adapters, alignment sleeves or transceivers. Dirty endface connectors in particular are a real hazard to modern fiber-optic networks. The higher the light frequency in a network, the greater its sensitivity to contamination. This means that faster 5G networks, which need every milliwatt of power to function flawlessly, are more vulnerable to contamination.