El sistema remoto de pruebas de fibra óptica (RFTS) de VIAVI, el sistema de gestión de redes ópticas (ONMSi), incrementa la productividad del personal y facilita la gestión de las redes de fibra óptica al requerir menos técnicos para las pruebas de fibra remotas y proporcionar una documentación de la planta de fibra de gran precisión. El sistema detecta y localiza de forma precisa la degradación de la fibra y alerta a los operadores y a los gestores con los detalles de los fallos. Los programas de las mediciones permiten a los operadores de red evaluar el rendimiento de la fibra a largo plazo para sentar las bases de una gestión eficaz de los activos. ONMSi también es parte de la solución NITRO Fiber Sensing.
¿Cuál es la definición de RFTS?
RFTS proviene del inglés "Remote Fiber Test System" (sistema remoto de pruebas de fibra óptica) y es un sistema centralizado que combina cabezales de pruebas de fibra óptica estratégicamente ubicados en puntos clave de la red para realizar un barrido constante de la fibra con una señal de prueba de OTDR que tiene como objetivo identificar y localizar fallos y degradaciones de la fibra óptica. El RFTS se puede cambiar por la planta de fibra y realizar pruebas bajo demanda. Entre los casos prácticos de pruebas bajo demanda, se incluyen la verificación de la construcción y la verificación posterior a la reparación de la rotura de una fibra.
¿De qué problemas se puede realizar un seguimiento con un RFTS como el ONMSi?
Cuando las fibras se comprimen o se doblan, se degradan y se producen fallos de la señal. No se interrumpirá aún el servicio, pero pueden aparecer problemas de rendimiento. Dado que los conectores son el principal problema que afecta a la plantas de fibra, puede detectar un conector sucio, dañado o desconectado con el OTDR del RFTS. Otros casos prácticos bajo demanda pueden ser cambiar el OTDR a una longitud de onda de DWDM específica y realizar una prueba de solución de problemas para comprobar si existe algún problema relacionado con la fibra óptica, en lugar de un problema de un elemento activo donde el OLT o el ONT o la ONU podrían no funcionar debidamente.
Part of The VIAVI Remote PHY Solution
This product is part of the comprehensive VIAVI Remote PHY turn-up and maintenance solution enabling seamless transitions from legacy to distributed access architectures.
Ventajas del RFTS de ONMSi:
- RÁPIDO: El RFTS de ONMSi monitoriza la red de manera ininterrumpida y avisa si hay algún problema, cuantifica y localiza de forma automática y precisa el problema, y envía después al técnico a las instalaciones, TODO ello en cuestión de minutos.
- AMPLIABLE: El ONMSi permite a los usuarios comenzar poco a poco e ir ampliando a la velocidad que sea necesaria.
- COMPLETO: El ONMSi es compatible con las redes P2P (metropolitanas, centrales y de acceso) y las redes P2MP (PON), hasta el probador de redes ópticas (ONT).
- PROBADO: El ONMSi cuenta con un sólido historial con más de 250 redes ópticas monitorizadas actualmente.
- FLEXIBLE: El ONMSi se ha diseñado para integrarse fácilmente dentro de la organización del cliente (aplicación basada en web, API múltiple y arquitectura de dominios).
Aplicaciones del RFTS:
- Solución de problemas de fibra óptica para redes P2P y P2MP
- Gestión de acuerdos SLA (mejora el tiempo medio de reparación y prueba los resultados)
- Seguridad de red (detecta las intrusiones)
- Construcción de la red (reduce el personal y el tiempo invertido en pruebas, y mantiene un registro de estas)
- Vista inmediata del rendimiento de la red de fibra óptica
- Monitorización del estado de la fibra (temperatura y tensión) y el rendimiento óptico de redes de cable submarino
Características clave del RFTS del ONMSi:
- Amplia variedad de módulos para pruebas y conmutadores ópticos
- Sistema ampliable de una a cientos de sondas de pruebas
- Varios paneles para el diagnóstico instantáneo de redes y sistemas
- Arquitectura de dominios para una mayor flexibilidad organizativa
- Notificación de alarmas a través de correo electrónico, SMS, servicios web o SNMP; compatible con OSS-J e ITU-X733
- Completamente basado en web en un entorno seguro
- Interfaz gráfica de usuario única para mapas y monitorización
- Detección de fallos de la fibra en todo el recorrido hasta el suscriptor
- Localización de fallos más inteligente (asociación a información de puntos de referencia de la red)
Parte de la solución Remote PHY de VIAVI
Este producto forma parte de la solución completa de puesta en marcha y mantenimiento Remote PHY de VIAVI, que permite una transición sin problemas de arquitecturas heredadas a arquitecturas de acceso distribuido.
Descargas y actualizaciones de software
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Comunicados de prensa-
VIAVI and 3-GIS Partnership Enables Faster, More Accurate Fiber Fault Location at Windstream Wholesale
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Comunicados de prensa-
Windstream Wholesale and VIAVI Change the Network Intelligence Game with Unmatched Visibility and Speed
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Comunicados de prensa-
VIAVI Partners with Google Cloud to Provide Cloud-Based Network Intelligence and Optimization
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Comunicados de prensa-
VIAVI Presents Energy Efficiency and Sustainability Demonstration Hosted by Amazon Web Services
Documentos de referencia rápida
- Quick Card: SmartOTU - How To Add an Email or Text Address for Alarm Notification
- Quick Card: SmartOTU - How To Download the System Log File
- Quick Card: SmartOTU - How To Upgrade System Software
- Quick Card: SmartOTU - How to View and Edit the FTH5000 Network Configuration
- Quick Card: SmartOTU - How to View and Edit the OTU8000 Network Configuration
Documentos técnicos y bibliografía
- Complying with EU Directives NIS-2, RCE and KRITIS
- Evolving ODN Management Methodology
- Fiber in 5G Networks
- Monitorización de enlaces ópticos amplificados Raman en servicio (es)
- Predicción de roturas y puntos débiles de la fibra óptica (es)
- Pruebas de fibra óptica automatizadas de redes PON de extremo a extremo (es)
- Reference Guide to Fiber Optic Testing: Volume 1
- Reference Guide to Fiber Optic Testing: Volume 2
- Testing 5G: Tools and Techniques for Successful Implementation, Maintenance and Monetization
- The Data Center of Tomorrow eBook
- Troubleshoot Network Route Flapping Errors With VIAVI ONMSi Flash Fiber Monitoring
- Use Remote Integrated iOTDR Intelligence
Estudios de casos
- Guía de pruebas de casos de uso en centros de datos (es)
- Making the Case for FTTH with PON Fiber Test Systems
- Monitoring Critical Infrastructure with Optical Fiber Sensors and the ONMSi
- ONMSi RFTS Case Study: Fiber Flapping detection/location on Metro/DCI links
- Optical Network Monitoring System (ONMSi) Ensures Municipality Fiber Network Availability
- RFTS DE ONMSi: caso práctico del ROI de las líneas de fibra punto a punto (es)
- Vele por el tiempo de actividad, la calidad del servicio y la seguridad de la fibra óptica (es)
Folletos
- Análisis de fibra óptica de ONMSi (es)
- Detección distribuida de temperatura y tensión (DTSS) (es)
- DWDM Test and Monitoring Solutions for Wireless Service Providers
- Integrated OTDR Remote Fiber Test Solutions Portfolio for System Integrators and NEMs
- ONMSi RFTS: Remote Fiber Test System
- Pruebas y monitorización remotas de la fibra óptica con ONMSi (es)
Hojas de especificaciones
- Cabezal de pruebas de fibra óptica adaptativo FTH-7000 (es)
- Cabezal de pruebas de fibra óptica adaptativo FTH-9000 (es)
- FTH-5000 Cabezal de pruebas de fibra óptica remoto y compacto (es)
- High Port Density 144 Port Optical Switch For VIAVI RFTS Solutions
- High Port Density Optical Switch Family for VIAVI RFTS Solutions
- LGX-Compatible Shelves: Rack-mountable for passive components
- Módulos de componentes pasivos (es)
- OTU-5000 Compact OTDR Fiber Test Head
Notas de la aplicación
Descargas y actualizaciones de software
Vídeo
- Accelerating Full-Fibre Deployment | Openreach and VIAVI
- Bridging the Digital Divide with Wildanet
- Cómo seleccionar su hardware para realizar pruebas remotas de fibra óptica
- Ensuring Network Quality for Full-Fibre Deployment | Interview with Malcolm Campbell | VIAVI and Openreach
- Evolving HFC: DAA, Deeper Fiber, and FTTH Advancements
- Fiber Monitoring with the ONMS and FTH-5000 Optical Test Unit
- Fiber Monitoring with the VIAVI FTH-5000
- Fiber Monitoring: Live Demo
- Gain Revenue on Existing Dark Network Assets
- How Openreach is Accelerating Full-Fibre Deployment | Interview with Peter Bell | Openreach and VIAVI
- How Openreach Is Ensuring More Reliable Networks | Openreach and VIAVI
- Light Reading: Perspective on Fiber Trends in Communications Networks
- Managing Your Fiber Plant With VIAVI Remote Monitoring Solutions
- ONMSi Optical Network Monitoring System
- PON Manager - Feature Intro
- PON Manager - VIP Monitoring Demo
- Requisitos del formato KML para documentar una ruta de fibra usando un FTH con modo independiente
- Smarter Testing: Build With Quality using ONMSi
- Test Your PON Network, DCI, or Metro Area Fiber Network with the ONMS RFTS Solution
- Use el sistema de pruebas remotas de fibra óptica ONMSi de VIAVI para asegurar la calidad de la red
- VIAVI ONMS Mobile Field Application
Seminario en línea
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SystemCare Services and Maintenance
VIAVI Network Assurance and Data Analytics Systems are either server or cloud based. VIAVI Services assist customers with QuickStart system and process implementation and ongoing maintenance of these systems.
Training Courses
Course Number
This course presents a detailed overview of the features of the ONMSi Remote Fiber Test System that uses OTDR and switch technology along with access via a mobile app or laptop to enable remote OTDR test for fiber faults and construction certification, service activation and monitoring. ONMSi can be used in a hybrid network, PON network, or a CWDM/DWDM P2P network. This course will help you in the planning process for process implementation and is recommend for the lead project team and or managers of any network domain around the time of installation and commissioning of the system.
Foundations of ONMSi OTDR
- Advantages of ONMSi solution: quick, simple, and safe
- Simplified trace overview
How the system works
- Covering both hardware and software components
- Centralized system: servers
- Peripherical items: Fiber Test Heads: Configurations for OTU & OTDR, Switches and cables
How the system is used
- PON solution
- PON topology: splitters and power loss
- OTDR with PON: peaks hunting
Web interface: PC or tablet
- How to perform the most commons actions on ONMSI and tools overview:
- Getting around (search tool, tree view, manual, inventory, etc.)
- OTDR trace investigation: What is this issue caused by? Where is it?
- Active monitoring: Links and tests
- Dashboards: System, OTUs, PONs
- Alarms: error types
- Uploading/Downloading data
- Calibration: success and failure
- English
- Other languages available upon request
- On-Site and Virtual Classroom
Course Number
This course presents a detailed overview of the features of the ONMSi Remote Fiber Test System that uses OTDR and switch technology along with access via a mobile app or laptop to enable remote OTDR test for fiber faults and construction certification, service activation and monitoring. ONMSi can be used in a residential PON network. Note the system can be applied for a converged / hybrid PON and CWDM/DWDM P2P network, as such we can tailor this to your use case. Technicians and field operations engineers, NOC engineers are the primary users of the system for construction test, service activation and troubleshooting. This course is geared for these audiences and their managers.
OTDR - Features and utilization using the system. Simplified Hardware description, architecture implementation overview, and utilization
Network Architecture overview
We will review PON topology, including the elements in the network, and splitter ratio impact on signal power level, loss, and limitation of what can be seen in various architectures. This can be made specific to your architectures for GPON/EPON, XGS-PON, 25G, etc.
Using OTDR with PON: How do we see reflective events often described as OTDR peaks. Peaks hunting and diagnostics with pass/fail thresholds
ONMSi Field App –Usage to validate and certify a fiber network
Field app features
- Nodes in the Field app and selecting a location for test
- The field engineer day and tips and tricks to facilitate your test process.
Accepting test results for a peak, passing homes, adding residences.
Recording inventory in the system to complete topology reporting
- Global
- English
- Other languages available upon request
- On-Site and Virtual Classroom
Course Number
This course is designed for system administrators using ONMSi RFTS for PON network test and monitoring. It presents a detailed overview of the features of the ONMSi Remote Fiber Test System that uses OTDR and switch technology along with access via a mobile app or laptop to enable remote OTDR test for fiber faults and construction certification, service activation and monitoring. You will learn to support a team using the system, maintain the system and utilize functionality such as setting alarm/pass/fail thresholds and reporting.
ONMSi can be used in a hybrid network, PON network, or a CWDM/DWDM P2P network.
- Global
- English
- Other languages available upon request
- On-Site and Virtual Classroom
On-Site and Virtual Classroom
Course Number
This course presents a detailed overview of the features of the ONMSi Remote Fiber Test System that uses OTDR and switch technology along with access via a mobile app or laptop to enable remote OTDR test for fiber faults and construction certification, service activation and monitoring. ONMSi can be used in a hybrid network, PON network, or a CWDM/DWDM P2P network. This course will help you in the planning process for process implementation and is recommend for the lead project team and or managers of any network domain around the time of installation and commissioning of the system.
Foundations of ONMSi OTDR
- Advantages of ONMSi solution: quick, simple, and safe
- Simplified trace overview
How the system works
- Covering both hardware and software components
- Centralized system: servers
- Peripherical items: Fiber Test Heads: Configurations for OTU & OTDR, Switches and cables
How the system is used
- PON solution
- PON topology: splitters and power loss
- OTDR with PON: peaks hunting
Web interface: PC or tablet
- How to perform the most commons actions on ONMSI and tools overview:
- Getting around (search tool, tree view, manual, inventory, etc.)
- OTDR trace investigation: What is this issue caused by? Where is it?
- Active monitoring: Links and tests
- Dashboards: System, OTUs, PONs
- Alarms: error types
- Uploading/Downloading data
- Calibration: success and failure
- English
- Other languages available upon request
- On-Site and Virtual Classroom
Course Number
This course presents a detailed overview of the features of the ONMSi Remote Fiber Test System that uses OTDR and switch technology along with access via a mobile app or laptop to enable remote OTDR test for fiber faults and construction certification, service activation and monitoring. ONMSi can be used in a residential PON network. Note the system can be applied for a converged / hybrid PON and CWDM/DWDM P2P network, as such we can tailor this to your use case. Technicians and field operations engineers, NOC engineers are the primary users of the system for construction test, service activation and troubleshooting. This course is geared for these audiences and their managers.
OTDR - Features and utilization using the system. Simplified Hardware description, architecture implementation overview, and utilization
Network Architecture overview
We will review PON topology, including the elements in the network, and splitter ratio impact on signal power level, loss, and limitation of what can be seen in various architectures. This can be made specific to your architectures for GPON/EPON, XGS-PON, 25G, etc.
Using OTDR with PON: How do we see reflective events often described as OTDR peaks. Peaks hunting and diagnostics with pass/fail thresholds
ONMSi Field App –Usage to validate and certify a fiber network
Field app features
- Nodes in the Field app and selecting a location for test
- The field engineer day and tips and tricks to facilitate your test process.
Accepting test results for a peak, passing homes, adding residences.
Recording inventory in the system to complete topology reporting
- Global
- English
- Other languages available upon request
- On-Site and Virtual Classroom
Course Number
This course is designed for system administrators using ONMSi RFTS for PON network test and monitoring. It presents a detailed overview of the features of the ONMSi Remote Fiber Test System that uses OTDR and switch technology along with access via a mobile app or laptop to enable remote OTDR test for fiber faults and construction certification, service activation and monitoring. You will learn to support a team using the system, maintain the system and utilize functionality such as setting alarm/pass/fail thresholds and reporting.
ONMSi can be used in a hybrid network, PON network, or a CWDM/DWDM P2P network.
- Global
- English
- Other languages available upon request
- On-Site and Virtual Classroom
Asistencia en cada paso
Proporcionamos soporte técnico, servicios, una formación completa y los recursos que necesita. Todo ello forma parte de lo que hacemos con el fin de maximizar el valor de su inversión en VIAVI.
Pregunte a un experto
Póngase en contacto con nosotros para obtener más información o recibir un presupuesto. Contamos con expertos que podrán proporcionarle las respuestas adecuadas a cualquier pregunta que le surja.