Grâce au Certifier, les techniciens disposent de toutes les capacités nécessaires pour certifier rapidement, totalement et correctement les réseaux optiques et en cuivre conformément à toutes les normes de câblage actuelles et futures pour les nouvelles entreprises.
Pour tester et certifier le cuivre jusqu’à la catégorie 6A, le Certifier10G est la solution la plus économique. Le Certifier10G permet de certifier le cuivre et comporte les mêmes avantages que le Certifier40G. Cependant, il ne permet pas de tester la fibre et il ne couvre pas la catégorie FA.
Une meilleure efficacité pour les utilisateurs
Le Certifier est non seulement la solution la plus avancée disponible, mais est également la solution la plus rapide et la plus complète. Qu’ils certifient du cuivre ou de la fibre, les utilisateurs effectueront leur travail correctement et dans les délais, dès la première fois !
- La solution CAT6A la plus rapide du secteur permet de certifier chaque câble en 9 secondes, faisant ainsi gagner 30 minutes aux utilisateurs pour 150 câbles CAT6A* testés
- La certification de niveau 1 des fibres multimode, monomode et multimode prend moins de 6 secondes
- Analyse automatisée réussite/échec des connecteurs optiques, quelque soit le type de fibres
- Affichage des résultats de tests sur les deux appareils (local et distant)
- Préconfiguré avec toutes les spécifications câbles des principaux fabricants
Principaux avantages
- Certification de la totalité du réseau avec un seul appareil
- Optimisation de la productivité avec le flux de test le plus rapide du secteur
- Obtention de résultats complets conformément aux dernières exigences TIA-568 et ISO 11801
- Affichage de la configuration du test et des résultats et possibilité de modifier les étiquettes sur les deux appareils (local et distant)
Applications
- Certification totale du cuivre et de la fibre optique TIA 568/ISO 11801
- Certification Data Center TIA-942-A
- Tests réussite/échec des connecteurs optiques selon le standard IEC 61300-3-35. En savoir plus
Caractéristiques
- Câble et adaptateurs et pour certifier jusqu’à la catégorie TIA 5e/6/6A et la classe ISO D/E/EA/F/FA
- Adaptateurs multimode (850/1300 nm) et monomode (1310/1550 nm) pour la certification de fibres de niveau 1 (perte/distance/polarité)
- Compatible avec la sonde d’inspection des connecteurs optiques P5000i
- Certification automatique basée sur les normes actuelles
Téléchargements de logiciels
Autorisations fournisseur
- Certifier40G 3M Approval
- Certifier40G Belden Approval
- Certifier40G Berk-Tek LLC Approval
- Certifier40G Brand-Rex Approval
- Certifier40G CommScope Approval
- Certifier40G CommScope Fiber Approval
- Certifier40G Condumex Approval
- Certifier40G Datwyler Approval
- Certifier40G ETL Approval
- Certifier40G Eurolan Approval
- Certifier40G Furukawa Approval
- Certifier40G HellermannTyton Approval
- Certifier40G Leoni-Kerpen Approval
- Certifier40G Leviton Approval
- Certifier40G METZ CONNECT Approval
- Certifier40G Nexans Approval
- Certifier40G OCC Approval
- Certifier40G Ortronics Approval
- Certifier40G Panduit Approval
- Certifier40G Panduit Fiber Approval
- Certifier40G Premium Line Systems GmbH Approval
- Certifier40G Reichle & DeMassari AG Approval
- Certifier40G SATRA Approval
- Certifier40G Schneider Electric Approval
- Certifier40G Schneider Electric Industries
- Certifier40G SETEC Approval
- Certifier40G Siemon Approval
- Certifier40G Siemon Class-FA Approval
- Certifier40G TE Connectivity Approval
- Certifier40G TE Connectivity Class FA Approval
- Certifier40G Telegartner Approval
- Certifier40G ZVK Approval
Fiches techniques
Guides de prise en main rapide
Manuels et Guides utilisateur
Notes d’application
Téléchargements de logiciels
Video Gallery
Care Support Plans
| Product Group | Recommended Plan | Bronze | Silver | Maxcare | |
|---|---|---|---|---|---|
| Certifier 10/40G local & remote | MaxCare-5 | Does the product require calibration? Common questions or issues |
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Repair and Calibration
Our products live in rugged environments for more than 10 years with 1000s of test connect/disconnect cycles. We will be there to support you to ensure components that require maintenance like connectors, batteries, and software updates are ready to test accurately for years to come. We apply factory procedures fast, automated calibration and functional verification, maintenance using OEM parts, and the application of all engineering change orders and software updates. Services are available through contract Care plans, FleetCare or per incident as requested.
Top 4 Reasons to Choose VIAVI for Your Repair and Calibration Needs:
- Minimize business disruption
- Budget
- Measurement Accuracy and Product Reliability
- Measurement Compliance, TL9000 certification and OEM Standards
Training Courses
Course Number
This course presents a detailed overview of the technology fundamentals including the topology, network problems and fault isolation, and real-world issues that impact quality of service as well as fiber inspection techniques and connectivity/continuity tests. Learn the recommended approach for how to test and evaluate the performance of DWDM networks using OTDR and PMD tests. Understand how to confidently troubleshoot network faults and locate problems in DWDM networks.
- Understand light propagation, DWDM network components and architecture, connectors and cable types, fiber losses and attenuation process, and the recommended fiber inspection and cleaning techniques
- Describe the multiplexing process
- Define PMD and why it needs to be measured
- Understand the operation of an OTDR test and what conditions impact the accuracy of it
- Describe the recommended approach to DWDM and PMD testing and for troubleshooting
- Global
- English
- Other languages available upon request
Course Number
This course presents a detailed overview of technology fundamentals including the topology, protocol-oriented network problems, fault isolation, and real-world issues that impact quality of service. Learn the recommended layered/structured approach for testing and troubleshooting techniques to test and certify Ethernet circuits, including proper fiber inspection techniques.
- Understand the fundamental operation of Ethernet/IP networks including the network components and architecture, connectors and cable types, errors and alarms
- Comprehend the purpose and need for auto-negotiation, Ethernet switching, flow control, and prioritization functions
- Detail the structured approach to test and troubleshoot Ethernet/IP networks including VLANs
- Describe the the characteristics of the TCP/IP protocol suite and how to perform protocol analysis on an IP network
- Become familiar with how to employ the RFC 2544 and Y.1564 automated testing scripts
- Global
- English
- Other languages available upon request
Course Number
This course presents a detailed overview of the basic technology fundamentals including the topology, network problems and fault isolation, and real-world issues that impact quality of service as well as fiber inspection techniques and connectivity/continuity tests. Learn the recommended approach for how to characterize and certify fiber using three key fiber tests, fiber inspection, connectivity/continuity and OTDR for FTTx, FTTP, and FTTA. Understand how to confidently troubleshoot network faults and locate problems in xWDM and PON networks.
- Understand light propagation, network components and architecture, connectors and cable types, fiber losses and attenuation process
- Describe the causes of loss in fiber networks
- Understand the recommended fiber inspection and cleaning techniques and describe the proper process to perform fiber optic connectivity/continuity and OTDR tests
- Global
- English
- Other languages available upon request
Course Number
This course presents a detailed overview of the technology fundamentals and Passive Optical Networks (PONs) including the topology, network problems and fault isolation, and real-world issues that impact quality of service as well as fiber inspection techniques and connectivity/continuity tests. Learn the recommended approach for how to characterize and certify fiber using three key fiber tests, fiber inspection, connectivity/continuity and OTDR for FTTx, FTTP, and FTTA. Understand how to confidently troubleshoot network faults and locate problems in FTTx and PON networks.
- Understand light propagation, network components and architecture, connectors and cable types, fiber losses and attenuation process
- Describe the causes of loss in fiber networks
- Understand the recommended fiber inspection and cleaning techniques
- Describe the proper process to perform fiber optic connectivity/continuity tests
- Understand the fundamental operation of an OTDR test
- Describe what conditions impact the accuracy of the OTDR test
- Detail the steps involved in the process to perform an OTDR test including event analysis
- United States
- English
- Other languages available upon request
Self-Paced Online Training
Course Number
This course presents an overview of performing an OTDR test using the FTTH-SLM mode on the SmartOTDR tester. Learn how to set up an OTDR test for a 1x8 configuration, run the test, and locate, review and save test results.
- Global
- English
- Other languages available upon request
- Self-Paced Online Training
Course Number
This course presents an overview of the recommended Inspect Before You Connect (IBYC) process. Learn how to properly inspect, clean, and test fiber end-faces before making connections.
- Global
- English
- Other languages available upon request
- Self-Paced Online Training
Course Number
This course presents a solid foundation of understanding for Fiber Optic technology and concepts. Learn about fiber safety and standards, light propagation, network components and architecture, connectors and cable types, and fiber losses and attenuation process.
- Global
- English
- Other languages available upon request
- Self-Paced Online Training
Course Number
This course presents a solid foundation of understanding for Fiber Optic testing concepts. Learn about the importance of embracing the proper fiber inspection, cleaning, and basic fiber testing process and techniques, and the basic fiber tests and the tools needed to perform.
- Global
- English
- Other languages available upon request
- Self-Paced Online Training
Course Number
This course presents an overview of the key concepts for performing testing operations in Fiber-to-the-X (FTTX) networks and Passive Optical Networks (PONs). Learn about testing methods for FTTX and PON circuits, and how to test the Optical Signal-to-Noise Ratio (OSNR) in Reconfigurable Optical Add Drop Multiplexer (ROADM) networks.
- Global
- English
- Other languages available upon request
- Self-Paced Online Training
Course Number
This course presents an overview of IP Routing concepts and the operation of Multi Protocol Label Switching networks. Learn about the routing equipment and protocols, and how data flows through the network.
- Global
- English
- Other languages available upon request
- Self-Paced Online Training
Course Number
This course presents an overview of the key concepts for Internet Protocol (IP; ISO Layer 3) technology. Learn about the topology, protocol-oriented network problems and real-world issues that impact quality of service, how to perform testing and isolate faults.
- Global
- English
- Other languages available upon request
- Self-Paced Online Training
Course Number
This course presents an overview of performing an OTDR test using the FTTH-SLM mode on the SmartOTDR tester. Learn how to set up an OTDR test for a 1x8 configuration, run the test, and locate, review and save test results.
- Global
- English
- Other languages available upon request
- Self-Paced Online Training
Course Number
This course presents an overview of the various xDSL technologies and networks. Learn about the xDSL variations and rates, copper line characteristics, network components and topologies, and the testing process.
- Global
- English
- Other languages available upon request
- Self-Paced Online Training
Suivi à chaque étape
Nous assurons l’assistance, les services, des formations complètes ainsi que les ressources qu’il vous faut. Tout cela dans le but de maximiser la valeur de vos investissements VIAVI.
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