O RFTS do sistema de gerenciamento de rede óptica (ONMSi) da VIAVI aumenta a produtividade da equipe de trabalho e facilita o gerenciamento de redes de fibra óptica usando menos técnicos nos testes remotos de fibras e uma documentação precisa da fábrica de fibras. O sistema detecta e localiza com precisão a degradação de fibras e alerta os operadores e gerentes com os detalhes das falhas. As programações de medições permitem que os operadores de rede avaliem o desempenho de longo prazo de fibras para criar a base da gestão eficiente do recurso. Encontre mais produtos e recursos de monitoramento de fibras ópticas e RFTS. O ONMSi também faz parte da solução NITRO Fiber Sensing.
Qual é a definição de RFTS?
RFTS significa "sistema de teste de fibra remoto" em inglês, que é um sistema centralizado que combina head testes de fibra óptica estrategicamente posicionados em locais-chave de rede para varrer constantemente a fibra com um sinal de teste OTDR a fim de identificar e localizar falhas e degradações de fibra. O RFTS pode alternar entre a planta de fibra e/ou teste sob demanda. Os use cases de teste sob demanda incluem verificação de construção e verificação pós-reparo após uma quebra de fibra.
Quais problemas podem ser rastreados com um RFTS como ONMSi?
Degradação da fibra, em que as fibras são esmagadas ou dobradas, e o resultado de deficiência do sinal. Nenhuma interrupção ainda estará presente, mas podem surgir problemas de desempenho. Como os conectores são o principal problema que afeta as fábricas de fibra, um conector sujo, danificado ou desconectado pode ser visto com o auxílio do RFTS OTDR. Outros use cases sob demanda incluem alterar o OTDR para um comprimento de onda DWDM específico e realizar um teste de troubleshooting para verificar se há um problema de fibra vs. um problema de elemento ativo em que o OLT ou ONT/ONU pode não estar funcionando de acordo com o padrão.
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.
Benefícios do ONMSi RFTS:
- RAPIDEZ: o ONMSi RFTS monitora a rede 24 horas por dia, 7 dias por semana e aciona um alarme quando há um problema. Ele quantifica e localiza automaticamente e com precisão o problema e envia o técnico imediatamente ao local – TUDO em minutos!
- ESCALÁVEL: o ONMSi permite que os usuários comecem com redes pequenas e expandam na velocidade necessária
- ABRANGENTE: o ONMSi suporta redes P2P (Metro/Core/Access) e P2MP (rede PON) em toda a extensão até o ONT
- COMPROVADO: o ONMSi tem um sólido histórico com mais de 250 redes ópticas monitoradas atualmente
- FLEXÍVEL: o ONMSi é projetado para ser facilmente integrado à organização do cliente (aplicação de arquitetura de domínios com diversas APIs e ativada pela web)
Aplicações RFTS:
- Troubleshooting de redes ópticas para redes P2P e P2MP
- Gerenciamento de SLA (melhora MTTR e comprova resultados)
- Segurança de rede (detecta intrusões)
- Construção de redes (reduz o tempo e a equipe de testes, controla registros de testes)
- Exibição instantânea do desempenho da rede óptica
- Monitoramento da integridade da fibra (temperatura e tensão) e desempenho óptico para redes de cabos submarinos
Principais recursos do ONMSi RFTS:
- Grande range de módulos de teste e chaves ópticas
- Sistema escalável de uma a centenas de probes de teste
- Diversos painéis que permitem o diagnóstico imediato da rede e do sistema
- Arquitetura de domínios que permite a flexibilidade organizacional
- Notificação do alarme por e-mail, SMS, serviços da web ou SNMP; em conformidade com OSS-J e ITU-X733
- Baseado 100% na web em um ambiente seguro
- Única GUI (interface gráfica do usuário) para exibição de mapas e monitoramento
- Detecção de falhas na fibra em toda sua extensão até o assinante
- Localização de falhas mais inteligente (associa informações dos marcos de rede)
Parte da solução de PHY remoto da VIAVI
Este produto faz parte da abrangente solução de turn-up e manutenção de PHY remoto da VIAVI, que permite transições perfeitas de arquiteturas de acesso legado para distribuído.
Downloads e atualizações de software
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Novas edições-
VIAVI and 3-GIS Partnership Enables Faster, More Accurate Fiber Fault Location at Windstream Wholesale
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Novas edições-
Windstream Wholesale and VIAVI Change the Network Intelligence Game with Unmatched Visibility and Speed
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Novas edições-
VIAVI Partners with Google Cloud to Provide Cloud-Based Network Intelligence and Optimization
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Novas edições-
VIAVI Presents Energy Efficiency and Sustainability Demonstration Hosted by Amazon Web Services
Artigos técnicos e livros
- Complying with EU Directives NIS-2, RCE and KRITIS
- Evolving ODN Management Methodology
- Fiber in 5G Networks
- Monitoring Raman Amplified Optical Links While In Service
- Previsão de quebras de fibra e pontos fracos (pt)
- Reference Guide to Fiber Optic Testing: Volume 1
- Reference Guide to Fiber Optic Testing: Volume 2
- Teste de fibra de rede PON de ponta a ponta automatizado (pt)
- 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
Data Sheets
- FTH-5000 Head teste de fibra compacta remoto (pt)
- Head testes de fibra adaptativa (FTH-7000) (pt)
- 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 componente passivo (pt)
- OTU-5000 Compact OTDR Fiber Test Head
- Unidade de teste de fibra FTH-9000 (pt)
Estudos de caso
- Data center - guia de teste de use case (pt)
- 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
- ONMSi RFTS Case Study: Protect Fiber Uptime, QoS and Security
- ONMSi RFTS: Use case de ROI para linhas de fibra ponto a ponto (pt)
- Optical Network Monitoring System (ONMSi) Ensures Municipality Fiber Network Availability
Folhetos
- Detecção de temperatura e tensão distribuída (DTSS) (pt)
- DWDM Test and Monitoring Solutions for Wireless Service Providers
- Integrated OTDR Remote Fiber Test Solutions Portfolio for System Integrators and NEMs
- ONMSi Fiber Analytics (pt)
- ONMSi RFTS: Remote Fiber Test System
- Testes e monitoramento de fibra remoto ONMSi (pt)
Notas de aplicação
Referências rápidas
- 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
Downloads e atualizações de software
Video
- Acelerando a implantação completa de fibra | Openreach e VIAVI (pt)
- Bridging the Digital Divide with Wildanet
- Como o Openreach está acelerando a implantação completa de fibra | Entrevista Peter Bell | Openreach & VIAVI (pt)
- Como o Openreach está garantindo redes mais confiáveis - Openreach e VIAVI (pt)
- Como selecionar seu equipamento de teste remoto de fibra
- 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
- Garantindo a qualidade da rede para a implantação completa de fibras - Entrevista com Malcolm Campbell - Openreach e VIAVI (pt)
- 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 do formato KML para documentar uma rota de fibra usando FTH com modo autônomo
- Smarter Testing: Build With Quality using ONMSi
- Test Your PON Network, DCI, or Metro Area Fiber Network with the ONMS RFTS Solution
- Use o sistema de teste remoto de fibra ONMSi da VIAVI para garantir a qualidade da rede
- VIAVI ONMS Mobile Field Application
Webconferência
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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
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Oferecemos assistência, serviços, treinamento completo e os recursos de que você precisar. Isso tudo faz parte do que fazemos para maximizar o valor de seu investimento VIAVI.
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