Fibra Óptica
Curso preparación preparación certificación RCDD Ing. Paul Villacreses Leon Your Computer and Telecommunications Engineering
Introducción Transmitter Receiver Medium Transmit ransmitter ter and receive receiverr opera operate te at optical optical frecuencies. Your Computer and Telecommunications Engineering
04/09/2012 Paul Villacreses L
Tx and Rx Fiber Optics
Tx : Transmisor Transmisor convierte señal eléctrica en señales ópticas Your Computer and Telecommunications Engineering
Paul Villacreses L
Rx : Receptor Receptor conviert conviertee las señales ópticas en señales eléctricas
Transmitters (Tx)
Paul Villacreses L
Fuente: http://www.fotonik.dtu.dk/English/Research/ResearchActivities/NanoDevices_research/VCSELs.aspx Your Computer and Telecommunications Engineering
Pulsos de luz emitida por Tx
Fuente: Libro Bicsi TDMM 12th Edition Your Computer and Telecommunications Engineering
Paul Villacreses L
Tx Longitud onda centrada
Paul Villacreses L
Fuente: Libro Bicsi TDMM 12th Edition and http://www.fiber-optics.info/fiber_optic_glossary/center_wavelength Your Computer and Telecommunications Engineering
Spectral witdth
Paul Villacreses L
El poder total emitido por un tx es distribuidor sobre todo el rango de longitud de onda El rango de ancho espectral es especificado en nanómetros nm El rango espectral Fuente: Libro Bicsi TDMM 12th Edition and http://www.olson-technology.com/mr_fiber/glossary-s.htm Your Computer and Telecommunications Engineering
Spectral Width
Paul Villacreses L
El ancho del espectro es el rango de longitud de onda emitida con un nivel de intensidad tan grande o igual a la mitad del pico de nivel de intensidad. Referido como FWHM (Full Width half maximum )
Your Computer and Telecommunications Engineering
Numerical Aperture (NA) de MM
Fuente: Tony Irujo – Sales Engineer
[email protected] Your Computer and Telecommunications Engineering
Paul Villacreses L
Comparación Fibra Óptica MM
Fuente: Libro Bicsi TDMM 12th Edition Your Computer and Telecommunications Engineering
Paul Villacreses L
Numerical Aperture de SM
Fuente: Tony Irujo – Sales Engineer
[email protected] Your Computer and Telecommunications Engineering
Paul Villacreses L
Tx comparaciones
Fuente: Libro Bicsi TDMM 12th Edition Your Computer and Telecommunications Engineering
Paul Villacreses L
Características del LED
Fuente: Libro Bicsi TDMM 12th Edition Your Computer and Telecommunications Engineering
Paul Villacreses L
Short Wavelength Laser as CD laser
Fuente: Libro Bicsi TDMM 12th Edition Your Computer and Telecommunications Engineering
Paul Villacreses L
Vertical Cavity Surface Emitting Laser (CVSEL)
Paul Villacreses L
Introducida por su costo efectividad para transmisión a gigabit ethernet Usada para soportar 10Gb es considerado el futuro de tasas de transmisión a 40Gb.
Fuente: Libro Bicsi TDMM 12th Edition Your Computer and Telecommunications Engineering
LED vs VCSEL
Fuente: Tony Irujo – Sales Engineer
[email protected] Your Computer and Telecommunications Engineering
Paul Villacreses L
Características Tx Laser Diodes (LD)
Fuente: Libro Bicsi TDMM 12th Edition Your Computer and Telecommunications Engineering
Paul Villacreses L
Comparación Tx LED, CD, VCSEL, LD
Fuente: Libro Bicsi TDMM 12th Edition Your Computer and Telecommunications Engineering
Paul Villacreses L
Rx Receivers Características
Fuente: Libro Bicsi TDMM 12th Edition Your Computer and Telecommunications Engineering
Paul Villacreses L
Rx Receivers Características Conti
Fuente: Libro Bicsi TDMM 12th Edition Your Computer and Telecommunications Engineering
Paul Villacreses L
Medios de Fibra óptica
Active Equipment
Fuente: Libro Bicsi TDMM 12th Edition Your Computer and Telecommunications Engineering
Paul Villacreses L
Medios de Transmision
Fuente: Libro Bicsi TDMM 12th Edition Your Computer and Telecommunications Engineering
Paul Villacreses L
Rendimiento Fibra óptica
Fuente: John Kamino OFS
[email protected]
Your Computer and Telecommunications Engineering
Paul Villacreses L
Estandares
Fuente: Libro Bicsi TDMM 12th Edition Your Computer and Telecommunications Engineering
Paul Villacreses L
Evolución de la Fibra Óptica
Fuente: John Kamino OFS
[email protected]
Your Computer and Telecommunications Engineering
Paul Villacreses L
Next Generation OM4
Your Computer and Telecommunications Engineering
Paul Villacreses L
OM4 Comparación
Fuente : Eric Leichter Manager, Training and Technology
Your Computer and Telecommunications Engineering
Paul Villacreses L
40Gb en Fibra optica
Fuente: John Kamino OFS
[email protected]
Your Computer and Telecommunications Engineering
Paul Villacreses L
100Gb en Fibra Optica
Fuente: John Kamino OFS
[email protected]
Your Computer and Telecommunications Engineering
Paul Villacreses L
Conectores para 40 a 100Gb
Fuente: John Kamino OFS
[email protected]
Your Computer and Telecommunications Engineering
Paul Villacreses L
Solución MTP/MPO de Corning
Your Computer and Telecommunications Engineering
Paul Villacreses L
Canal Rendimiento Ethernet
Fuente: Libro Bicsi TDMM 12th Edition Your Computer and Telecommunications Engineering
Paul Villacreses L
Clases y Aplicaciones Ethernet
Fuente: Libro Bicsi TDMM 12th Edition Your Computer and Telecommunications Engineering
Paul Villacreses L
Bandwitdh Ancho de banda es la capacidad de transportar información de un sistema
En Fibra optica el Ancho de banda depende de: Transmitter Optical Fiber
Fuente: Libro Bicsi TDMM 12th Edition Your Computer and Telecommunications Engineering
Paul Villacreses L
Ancho banda Monomodo
Fuente: Libro Bicsi TDMM 12th Edition Your Computer and Telecommunications Engineering
Paul Villacreses L
Ancho banda Multimodo
Your Computer and Telecommunications Engineering
Paul Villacreses L
Ancho banda Multimodo
Fuente: Libro Bicsi TDMM 12th Edition Your Computer and Telecommunications Engineering
Paul Villacreses L
Dispersión en Multimodo
http://www.thefoa.org/tech/ref/basic/fiber.html
Your Computer and Telecommunications Engineering
Paul Villacreses L
Fuente: Libro Bicsi TDMM 12th Edition
Clasificación Fibra Óptica
Fuente: Libro Bicsi TDMM 12th Edition Your Computer and Telecommunications Engineering
Paul Villacreses L
Fibra Ópticas
Fuente: Tony Irujo – Sales Engineer
[email protected]
Your Computer and Telecommunications Engineering
Paul Villacreses L
Comparación SM and MM
Fuente: Libro Bicsi TDMM 12th Edition Your Computer and Telecommunications Engineering
Paul Villacreses L
Característica de MM
Fuente: Libro Bicsi TDMM 12th Edition Your Computer and Telecommunications Engineering
Paul Villacreses L
Multimodo Fibra Óptica
Fuente: Libro Bicsi TDMM 12th Edition Your Computer and Telecommunications Engineering
Paul Villacreses L
Características Multimodo 50/125
Fuente: Libro Bicsi TDMM 12th Edition Your Computer and Telecommunications Engineering
Paul Villacreses L
Características de Multimodo 62.5/125 um
Fuente: Libro Bicsi TDMM 12th Edition Your Computer and Telecommunications Engineering
Paul Villacreses L
Característica Longitud Onda MM
Fuente: Libro Bicsi TDMM 12th Edition Your Computer and Telecommunications Engineering
Paul Villacreses L
Característica de Fibra Mono Modo
Fuente: Libro Bicsi TDMM 12th Edition Your Computer and Telecommunications Engineering
Paul Villacreses L
Distancia soportada y canales aten
Paul Villacreses L
Fuente: Libro Bicsi TDMM 12th Edition Your Computer and Telecommunications Engineering
Fibra Optica
Your Computer and Telecommunications Engineering
04/09/2012 Paul Villacreses L
Fibra GYTA
Your Computer and Telecommunications Engineering
04/09/2012 Paul Villacreses L
Ancho de banda en componentes
Fuente: Fuente: Libro Bicsi TDMM 12th Edition Edition Your Computer and Telecommunications Engineering
Paul Villacreses L
Solución Total Fibra Óptica
Your Computer and Telecommunications Engineering
04/09/2012 Paul Villacreses L
Atenuación en Fibra óptica
Fuente: Libro Bicsi TDMM 12th Edition Your Computer and Telecommunications Engineering
Paul Villacreses L
Formula calcular Atenuación F.O.
Fuente: Libro Bicsi TDMM 12th Edition Your Computer and Telecommunications Engineering
Paul Villacreses L
Paso A para Calculo Atenuacion
Your Computer and Telecommunications Engineering
Paul Villacreses L
Paso B y C para Calculo atenuación
Fuente: Libro Bicsi TDMM 12th Edition Your Computer and Telecommunications Engineering
Paul Villacreses L
Penalidades Equipos Activos en F.O.
Fuente: Libro Bicsi TDMM 12th Edition Your Computer and Telecommunications Engineering
Paul Villacreses L
Penalidades Equipos pasivos en F.O.
Fuente: Libro Bicsi TDMM 12th Edition Your Computer and Telecommunications Engineering
Paul Villacreses L
Factores de Atenuación Fibra óptica
Fuente: Libro Bicsi TDMM 12th Edition Your Computer and Telecommunications Engineering
Paul Villacreses L
Fusion Splicer
Your Computer and Telecommunications Engineering
Paul Villacreses L
Fusion Splicer
Your Computer and Telecommunications Engineering
Paul Villacreses L
Arquitectura WDM OLT PON
Your Computer and Telecommunications Engineering
Paul Villacreses L
Perdida en Fusiones Fibra Optica
Fuente: Libro Bicsi TDMM 12th Edition Your Computer and Telecommunications Engineering
Paul Villacreses L
Accesorios Fibra Optica
Your Computer and Telecommunications Engineering
Paul Villacreses L
Rendimiento de canal F.O.
Your Computer and Telecommunications Engineering
Paul Villacreses L
Mínima Perdida en Fibra Óptica
Fuente: Libro Bicsi TDMM 12th Edition Your Computer and Telecommunications Engineering
Paul Villacreses L
Mínima Perdida en Fibra Óptica
Fuente: Libro Bicsi TDMM 12th Edition Your Computer and Telecommunications Engineering
Paul Villacreses L
Synchronous Optical Network (SONET) and Synchronous Digital Hierarchy (SDH)
Fuente: Libro Bicsi TDMM 12th Edition Your Computer and Telecommunications Engineering
Paul Villacreses L
WDM
Fuente: Libro Bicsi TDMM 12th Edition Your Computer and Telecommunications Engineering
Paul Villacreses L
Arquitectura EPON
Your Computer and Telecommunications Engineering
Paul Villacreses L