Plattform MTS-2000

Handliche modulare Testplattform

Tester für die freihändige Installation, Inbetriebnahme und Wartung von Glasfasernetzen. Testlösung mit Modulschacht zur automatischen Zertifizierung und Überprüfung von Glasfaserverbindungen.

Der MTS-2000 ist ein modularer Handtester zur Installation, Inbetriebnahme und Wartung von Glasfasern in Entreprise-, Metro- und FTTx/Access-Netzen mit passiver Punkt-zu-Punkt- oder Punkt-zu-Mehrpunkt-Architektur (PON).

Vorteile

Beide Hände zum Testen frei. Eine praktische Tasche für optimale Produktivität, die gewährleistet, dass alle benötigten Hilfsmittel zum Überprüfen von Glasfasern, ob hoch oben am Antennenmast oder tief unten im Schacht, immer griffbereit sind, gehört zum Standardlieferumfang und erleichtert dem Techniker die tägliche Arbeit.
Einfache Bedienung. Die übersichtliche Benutzerschnittstelle und die Testausführung auf Tastendruck sorgen für einen hohen Bedienkomfort. Die Ergebnisse werden auf einem großen, hochauflösenden Farb-Touchscreen angezeigt.
Breitestmögliches Anwendungsspektrum. Die modulare Architektur erlaubt, den Tester mit genau den Leistungsmerkmalen auszustatten, die im Feldeinsatz benötigt werden. Die Kombination einer großen Zahl von Anwendungen in einem handlichen Tester maximiert die Investitionsrendite und fördert die Nutzung gängiger Testverfahren und -methoden.
Sicherung einer schnellen und konsistenten Bereitstellung von Glasfaserverbindungen im gesamten Netzwerk mit dem SmartOTDR™-Testmodus
Online-Anleitung und -Betreuung der Servicetechniker mit Smart Access Anywhere (SAA).

Anwendungen

OTDR-Messungen in LAN-/WAN-/Metro-/Access-/PON-Netzen. Sicherung einer schnellen und konsistenten Bereitstellung von Glasfaserverbindungen im gesamten Netzwerk mit dem SmartOTDR™-Testmodus.
FiberComplete™-Anwendung zum automatischen Messen der Einfügedämpfung (IL) und der Rückflussdämpfung (ORL) mit Lokalisierung der Fehlerstelle.
Optische CWDM-Spektrumanalyse.
Selektive PON/FTTH-Pegelmessung.
Digitales Prüfmikroskop zum Prüfen von Steckverbindern und Glasfaser-Endflächen sowie zum Ausführen von Gut/Schlecht-Analysen gemäß IEC-Norm. Hier erfahren Sie mehr über die Sichtprüfung von Faserendflächen.
Weitere Testanwendungen: optischer Leistungspegelmesser, VFL-Rotlichtquelle und optisches Sprechset

Leistungsmerkmale

Großer 5“-Touchscreen (12,7 cm).
Die Testanwendungen umfassen OTDR-Messungen, automatische IL/ORL-Messungen, CWDM-Analyse, selektive PON-Pegelmessungen sowie Steckverbinderprüfungen mit Gut-/Schlecht-Analyse gemäß IEC-Norm.
Integrierter optischer Leistungspegelmesser, VFL-Rotlichtquelle und optisches Sprechset (Optionen).
Lithium-Polymer-Akku (LiPo) der neuen Generation für bis zu 8 Stunden Betrieb.
Flexible Anschlussmöglichkeiten über Ethernet, USB, Bluetooth und WLAN (WiFi).
Spezielle Tasche für freihändiges Arbeiten im Standardlieferumfang.
Kompatibel zur Multi-Service-Testplattform MTS-4000.

Weitere Ressourcen:

StrataSync ist eine gehostete, cloudbasierte Lösung zum Ressourcen-, Konfigurations- und Testdaten-Management von VIAVI-Messtechnik, die gewährleistet, dass alle Tester mit der neuesten Software und den neuesten Optionen ausgestattet sind. StrataSync Core unterstützt die OneExpert-Plattform ohne Mehrkosten. StrataSync Plus erlaubt auch das erweiterte Datenmanagement.

Datenblätter

MTS-2000 Modularer Handtester (de)

Literatur

Anwendungsbeschreibungen

Broschüren

Fallstudie (Case Study)

Datenblätter

Handbücher und Bedienungsanleitungen

Angebote

Poster

Kurzanleitungen

Auswahlhilfen

Services

VIAVI Care - Support-Pläne (de)

Herstellerfreigaben

TB2000-NV-A: Analyzer, Optical Time Domain Reflectometer (OTDR)

Whitepaper und Bücher

Software-Downloads

Video

Webinare

Care Support Plans

Product Group	Recommend Plan	Why Calibrate?
T-BERD/MTS-2000 incl. COSA	Silver-5	Maintain connectors and Lasers (OTDR) and pigtails. Validate measurement accuracies conform to published specifications. Factory standards to ensure accuracy VIAVI Calibrates to TL9000 factory standards to ensure your instrument is certified to measure accurately, as it did when it came off the factory line. Instruments that are out of calibration will produce unreliable measurements and can create false passing or false failing test results that often cause your team repeat work. We maintain, polish and clean all fiber connectors, fix pigtail connections that are internal to the product to ensure all ports stay in good working order and upgrade software / firmware to the latest approved release to enable enhancements. VIAVI Care Plans are the most cost-effective way to plan for calibration with a low, discounted price at the time of instrument purchase, however fixed rate calibration can be purchased at a later date on a separate purchase order. Ensure accurate measurements that meet calibration and service level agreements, ISO and TL standards for network test procedures. Ensure all test transmission signals work properly to avoid issues such as not reaching full line rate testing rate required to validate service bandwidth, speed and quality of service (QoS). Maintain ports and connectors to keep test transmissions working properly and to extend the life of the instrument. For example, if optical connectors and, lasers are bad or electrical/RF interface ports are loose after years of connection cycles, OTDR, TDR, and Radio Frequency measurements will not work properly. When doing construction, installation and activation work that must be certified, all network components typically must be tested with a certified, calibrated instrument to preserve warranty from manufacturer, such as fiber optic cable manufactures. Accurate RF frequencies and optical wavelengths are critical to meet measurement specifications. If using these to validate network elements, power levels, transmission rates, out of specification tools will prevent validation of network elements and signals. Why calibrate this product? Inaccurate measurements may prevent verfication of power levels and wavelenght of optical channels What are the most common implications of these issues to the business? Uncalibrated tools produce unreliable measurement results that can't be certified to specifications and may violate service level agreements or ISO/TL9000 standards with your customers and their network equipment vendors. QoS certification may be inaccurate and generate a repeat test need. Contractors are often not compensated or could be delisted as an approved service supplier due to incorrect results. Full manufacturer warranty (20-30 years) from cable suppliers (e.g. Corning, CommScope, Belden, ect.) will only be granted if the installation is certified with a calibrated instrument, thus the network owner is motivated to comply with correct installation certification procedures to retain and enforce the warranty on expensive cabling and optical network elements, etc. Common Business impacts include: Lost revenue, customer complaints and increased costs: Most network operators track and audit repeat work done by sub-contractors and often there is a billing dispute in these cases. Contractors with high rates of inaccurate test results are usually hired for less or not at all when not meeting SLA agreements or quality metrics. For Network Operators, repeat service quality issues with customers often causes added cost, customer dissatisfaction and loss of business. Example: Let's look at OTN/SONET/SDH/E1/T1 and various FTTX, DOCIS and xDSL measurements. It is critical to reach full line rate (1G, 10G, 40G, 100G) to test service performance and service error rates. If the uncalibrated tester can not reach full line rate during testing, a customer may be left with suboptimal performance that will quickly create complaints or alternatively, the technician could end up chasing phantom network problems that do not exist. What are the common issues?
T-BERD/MTS-2000 incl. COSA	Silver-5	Maintain connectors and Lasers (OTDR) and pigtails. Validate measurement accuracies conform to published specifications. Factory standards to ensure accuracy VIAVI Calibrates to TL9000 factory standards to ensure your instrument is certified to measure accurately, as it did when it came off the factory line. Instruments that are out of calibration will produce unreliable measurements and can create false passing or false failing test results that often cause your team repeat work. We maintain, polish and clean all fiber connectors, fix pigtail connections that are internal to the product to ensure all ports stay in good working order and upgrade software / firmware to the latest approved release to enable enhancements. VIAVI Care Plans are the most cost-effective way to plan for calibration with a low, discounted price at the time of instrument purchase, however fixed rate calibration can be purchased at a later date on a separate purchase order. Ensure accurate measurements that meet calibration and service level agreements, ISO and TL standards for network test procedures. Ensure all test transmission signals work properly to avoid issues such as not reaching full line rate testing rate required to validate service bandwidth, speed and quality of service (QoS). Maintain ports and connectors to keep test transmissions working properly and to extend the life of the instrument. For example, if optical connectors and, lasers are bad or electrical/RF interface ports are loose after years of connection cycles, OTDR, TDR, and Radio Frequency measurements will not work properly. When doing construction, installation and activation work that must be certified, all network components typically must be tested with a certified, calibrated instrument to preserve warranty from manufacturer, such as fiber optic cable manufactures. Accurate RF frequencies and optical wavelengths are critical to meet measurement specifications. If using these to validate network elements, power levels, transmission rates, out of specification tools will prevent validation of network elements and signals. Why calibrate this product? Inaccurate measurements may prevent verification of power levels and wavelength of optical channels What are the most common implications of these issues to the business? Uncalibrated tools produce unreliable measurement results that can't be certified to specifications and may violate service level agreements or ISO/TL9000 standards with your customers and their network equipment vendors. QoS certification may be inaccurate and generate a repeat test need. Contractors are often not compensated or could be delisted as an approved service supplier due to incorrect results. Full manufacturer warranty (20-30 years) from cable suppliers (e.g. Corning, CommScope, Belden, ect.) will only be granted if the installation is certified with a calibrated instrument, thus the network owner is motivated to comply with correct installation certification procedures to retain and enforce the warranty on expensive cabling and optical network elements, etc. Common Business impacts include: Lost revenue, customer complaints and increased costs: Most network operators track and audit repeat work done by sub-contractors and often there is a billing dispute in these cases. Contractors with high rates of inaccurate test results are usually hired for less or not at all when not meeting SLA agreements or quality metrics. For Network Operators, repeat service quality issues with customers often causes added cost, customer dissatisfaction and loss of business. Example: Let's look at OTN/SONET/SDH/E1/T1 and various FTTX, DOCIS and xDSL measurements. It is critical to reach full line rate (1G, 10G, 40G, 100G) to test service performance and service error rates. If the uncalibrated tester can not reach full line rate during testing, a customer may be left with suboptimal performance that will quickly create complaints or alternatively, the technician could end up chasing phantom network problems that do not exist. What are the common issues?
T-BERD/MTS-2000 incl. Modules	Silver-5	Maintain connectors and Lasers and pigtails. Validate measurement accuracies conform to published specifications. Factory standards to ensure accuracy VIAVI Calibrates to TL9000 factory standards to ensure your instrument is certified to measure accurately, as it did when it came off the factory line. Instruments that are out of calibration will produce unreliable measurements and can create false passing or false failing test results that often cause your team repeat work. We maintain, polish and clean all fiber connectors, fix pigtail connections that are internal to the product to ensure all ports stay in good working order and upgrade software / firmware to the latest approved release to enable enhancements. VIAVI Care Plans are the most cost-effective way to plan for calibration with a low, discounted price at the time of instrument purchase, however fixed rate calibration can be purchased at a later date on a separate purchase order. Ensure accurate measurements that meet calibration and service level agreements, ISO and TL standards for network test procedures. Ensure all test transmission signals work properly to avoid issues such as not reaching full line rate testing rate required to validate service bandwidth, speed and quality of service (QoS). Maintain ports and connectors to keep test transmissions working properly and to extend the life of the instrument. For example, if optical connectors and, lasers are bad or electrical/RF interface ports are loose after years of connection cycles, OTDR, TDR, and Radio Frequency measurements will not work properly. When doing construction, installation and activation work that must be certified, all network components typically must be tested with a certified, calibrated instrument to preserve warranty from manufacturer, such as fiber optic cable manufactures. Accurate RF frequencies and optical wavelengths are critical to meet measurement specifications. If using these to validate network elements, power levels, transmission rates, out of specification tools will prevent validation of network elements and signals. Why calibrate this product? Contractors might get not compensated due to erroneous test results and possible audit failure. This often leads to being delisted as an approved suppliers / contractor or change backs. What are the most common implications of these issues to the business? Uncalibrated tools produce unreliable measurement results that can't be certified to specifications and may violate service level agreements or ISO/TL9000 standards with your customers and their network equipment vendors. QoS certification may be inaccurate and generate a repeat test need. Contractors are often not compensated or could be delisted as an approved service supplier due to incorrect results. Full manufacturer warranty (20-30 years) from cable suppliers (e.g. Corning, CommScope, Belden, ect.) will only be granted if the installation is certified with a calibrated instrument, thus the network owner is motivated to comply with correct installation certification procedures to retain and enforce the warranty on expensive cabling and optical network elements, etc. Common Business impacts include: Lost revenue, customer complaints and increased costs: Most network operators track and audit repeat work done by sub-contractors and often there is a billing dispute in these cases. Contractors with high rates of inaccurate test results are usually hired for less or not at all when not meeting SLA agreements or quality metrics. For Network Operators, repeat service quality issues with customers often causes added cost, customer dissatisfaction and loss of business. Example: Let's look at OTN/SONET/SDH/E1/T1 and various FTTX, DOCIS and xDSL measurements. It is critical to reach full line rate (1G, 10G, 40G, 100G) to test service performance and service error rates. If the uncalibrated tester can not reach full line rate during testing, a customer may be left with suboptimal performance that will quickly create complaints or alternatively, the technician could end up chasing phantom network problems that do not exist. What are the common issues?

VIAVI Care-Support-Pläne

Services	BronzeCare	SilverCare	MaxCare	GoldCare	FleetCare
	Bild	Bild	Bild	Bild	Bild
Technische Unterstützung	Premium	Premium	Premium	Premium	Premium
Werksreparatur				Standardleistungen + individuelle Auswahl: Vor-Ort-Kalibrierung und -Schulung, Serviceingenieur-Einsätze, kundenspezifische Entwicklung oder Software-Wartungsverträge
Priorität im Servicefall
Online-Schulung
5 Jahre Batterie- und Taschenabsicherung*
Werkskalibrierung
Zubehörabsicherung
Express-Leihgeräte

* Nur 5-Jahres-Pläne

Batterie- und Taschenabsicherung
Batterien (Akkus) und Taschen nutzen sich mit jedem Ladezyklus bzw. in der normalen täglichen Arbeit ab. Um sicherzustellen, dass dieser Verschleiß Sie nicht behindert, umfassen die Support-Pläne mit fünf Jahren Laufzeit auch den Austausch dieser Komponenten.

Im Rahmen des 5-Jahre-SilverCare- oder -MaxCare-Support-Plans übernimmt VIAVI den einmaligen Ersatz eines verbrauchten Akkus und einer abgenutzten Tasche/Schutzhülle. Dieser Austausch erfolgt nur bei Einsendung des Gerätes für die Reparatur oder Kalibrierung an VIAVI. Koffer sind von dieser Regelung ausgenommen. Zudem gilt diese Absicherung nicht für Geräte, die ohne Akku/Tasche verkauft wurden.

Die Batterie-/Taschenabsicherung ist in den SilverCare- und MaxCare-Plänen mit 5 Jahren Laufzeit enthalten.

MaxCare-Zubehörabsicherung
Die Messgeräte werden mit Kabeln und Adaptern als Zubehör ausgeliefert. Um stets zuverlässige und präzise Messungen und einwandfreie Testergebnisse zu gewährleisten, übernimmt VIAVI den jährlichen Austausch eines Zubehörteils.

Wenn ein Zubehörteil als defekt oder fehlerhaft eingeschätzt wird, repariert oder ersetzt VIAVI dieses Zubehörteil nach eigenem Ermessen, ohne dass dem Kunden hierfür Kosten in Rechnung gestellt werden. Das ersetzte Zubehörteil kann neu oder gebraucht (überholt) sein. Die zugrückgesandten Zubehörteile gehen in das Eigentum von VIAVI über. Es gelten die folgenden Einschränkungen: In jedem Zeitraum von 12 Monaten kann immer nur ein Zubehörteil ersetzt werden. Der Ersatz bezieht sich nur auf Zubehörteile, die für den Betrieb des Messgerätes als unverzichtbar angesehen werden und zusammen mit dem ursprünglich gekauften Produkt ausgeliefert wurden. Der Kunde ist für die Rücksendung des fehlerhaften Zubehörteils an VIAVI verantwortlich, wenn er an dessen Funktion zweifelt oder das Gerät für eine Reparatur oder Kalibrierung eingesandt wird.

Express Leihgeräte
Jetzt können Sie Ihre Kalibrierungen und Reparaturen planen und Ausfallzeiten vermeiden. Mit dem "Express Leihgeräte" Service erhalten Sie ein ähnlich konfiguriertes Messgerät, noch bevor Sie Ihr Gerät zur Kalibrierung oder zu einer unvorhergesehenen Reparatur einsenden.

VIAVI Care Support for Existing Equipment

FleetCare

FleetCare plans can be customized to include any service entitlements on your fleet of existing equipment. Please fill out a Service Contracts form for a quote.

Any collection instruments with a single coterminous renewal date
Each contract is customized with any number of annual terms required by the customer
Onsite Calibration, Training, Field Application Engineer days can be added

View Brochure

Repair and Calibration
Our products live in rugged environments for over 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 to ensure you are ready to test accurately for years to come. We apply factory procedures that use 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 requests.

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
Explore More

Training Courses

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.

Course Number

TT-ETHERNET-IP

Course Highlights

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

Dauer

1 Tag

Locations

United States

Sprachen

English
Other languages available upon request

Type of Training Available

On-Site and Virtual Classroom

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.

Course Number

TT-FIBER

Course Highlights

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

Dauer

1 Tag

Locations

United States

Sprachen

English
Other languages available upon request

Type of Training Available

On-Site and Virtual Classroom

This course presents a detailed overview of the Optical Time Domain Reflectometer (OTDR) test. After a review of basic technology fundamentals, topology, network problems, and the process and techniques to perform fiber inspection and connectivity/continuity tests, participants will learn how the OTDR test works. Understand how to effectively use an OTDR test and the recommended approach to certify fibers, troubleshoot network faults, and locate problems in xWDM and PON networks.

Course Number

TT-FIBER-OTDR

Course Highlights

Understand the recommended fiber inspection and cleaning techniques and describe the proper process to perform
Detail the steps involved in the 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

Dauer

1 Tag

Locations

United States

Sprachen

English
Other languages available upon request

Type of Training Available

On-Site and Virtual Classroom

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.

Course Number

TT-FTTX

Course Highlights

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

Dauer

2 Tage

Locations

United States

Sprachen

English
Other languages available upon request

Type of Training Available

On-Site and Virtual Classroom

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.

Course Number

TT-DWDM-VC

Course Highlights

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

Dauer

1 Tag

Locations

Global

Sprachen

English
Other languages available upon request

Course Number

TT-ETHERNET-IP-VC

Course Highlights

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

Dauer

1 Tag

Locations

Global

Sprachen

English
Other languages available upon request

Course Number

TT-FIBER-VC

Course Highlights

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

Dauer

1 Tag

Locations

Global

Sprachen

English
Other languages available upon request

Course Number

TT-FIBER-OTDR-VC

Course Highlights

Understand the recommended fiber inspection and cleaning techniques and describe the proper process to perform
Detail the steps involved in the 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

Dauer

1 Tag

Locations

United States

Sprachen

English
Other languages available upon request

Course Number

TT-FTTX-VC

Course Highlights

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

Dauer

2 Tage

Locations

United States

Sprachen

English
Other languages available upon request

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.

Course Number

TT-ETHERNET-SP

Dauer

1 Stunde

Locations

Global

Sprachen

English
Other languages available upon request

Type of Training Available

Self-Paced Online Training

Course Number

TT-DWDM

Course Highlights

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

Dauer

1 Tag

Locations

United States

Sprachen

English
Other languages available upon request

Type of Training Available

On-Site and Virtual Classroom

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.

Course Number

TT-FITBAS-SP

Dauer

15 Minuten

Locations

Global

Sprachen

English
Other languages available upon request

Type of Training Available

Self-Paced Online Training

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.

Course Number

TT-FIBBAS-SP

Dauer

15 Minuten

Locations

Global

Sprachen

English
Other languages available upon request

Type of Training Available

Self-Paced Online Training

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.

Course Number

TT-FIBTESTBAS-SP

Dauer

30 Minuten

Locations

Global

Sprachen

English
Other languages available upon request

Type of Training Available

Self-Paced Online Training

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.

Course Number

TT-FTTx-PON-BAS-SP

Dauer

30 Minuten

Locations

Global

Sprachen

English
Other languages available upon request

Type of Training Available

Self-Paced Online Training

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.

Course Number

TT-IP-RTG-MPLS-SP

Dauer

30 Minuten

Locations

Global

Sprachen

English
Other languages available upon request

Type of Training Available

Self-Paced Online Training

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.

Course Number

TT-IP-SP

Dauer

30 Minuten

Locations

Global

Sprachen

English
Other languages available upon request

Type of Training Available

Self-Paced Online Training

This course presents an overview of the key concepts for IPTV networks and technology. Learn about IPTV protocols and basic MPEG fundamentals, requirements for proper operation, and IPTV testing methods.

Course Number

TT-IPTV-SP

Dauer

30 Minuten

Locations

Global

Sprachen

English
Other languages available upon request

Type of Training Available

Self-Paced Online Training

Course Number

TT-VoIP-SP

Dauer

30 Minuten

Locations

Global

Sprachen

English
Other languages available upon request

Type of Training Available

Self-Paced Online Training

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.

Course Number

TT-xDSL-SP

Dauer

30 Minuten

Locations

Global

Sprachen

English
Other languages available upon request

Type of Training Available

Self-Paced Online Training

This course presents the technical foundation necessary to gain a basic understanding of the Optical Time Domain Reflectometer (OTDR) test. Learn the best practices for performing OTDR tests and how to understand the OTDR trace results.

Course Number

TT-OTDRBAS-SP

Dauer

20 Minuten

Locations

Global

Sprachen

English
Other languages available upon request

Type of Training Available

Self-Paced Online Training

This course presents a detailed overview of testing and troubleshooting using the product, including how to navigate the GUI and menus. Learn to characterize and certify fiber using three key fiber tests, fiber inspection, connectivity/continuity and OTDR for FTTx, FTTP, and FTTA. Utilize the test set to confidently troubleshoot network faults and locate problems in xWDM and PON networks.

Course Number

TT-TB2000

Course Highlights

Navigate the product GUI and menus to configure for Fiber Optic testing
Perform fiber optic connectivity/continuity and OTDR tests: inspection and cleaning of all optical connections, optical insertion loss (OIL) and optical return loss (ORL), end-to-end loss testing with optical power meter (OPM) and optical light source (OLS), OTDR cable analysis
Save and restore test configurations, using StrataSync and MobileTech App

Dauer

1 Tag

Locations

Global

Sprachen

English
Other languages available upon request

Type of Training Available

On-Site and Virtual Classroom

This course presents a detailed overview of technology fundamentals, testing, and troubleshooting using the product, including how to navigate the GUI and menus. Learn to characterize and certify fiber using three key fiber tests, fiber inspection, connectivity/continuity and OTDR for FTTx, FTTP, and FTTA. Utilize the test set to confidently troubleshoot network faults and locate problems in xWDM and PON networks.

Course Number

TT-TB2000-FIBER

Course Highlights

Understand light propagation, network components and architecture, connectors and cable types, fiber losses and attenuation process
Navigate the product GUI and menus to configure for Fiber Optic testing
Perform fiber optic connectivity/continuity and OTDR tests: inspection and cleaning of all optical connections, optical insertion loss (OIL) and optical return loss (ORL), end-to-end loss testing with optical power meter (OPM) and optical light source (OLS), OTDR cable analysis
Save and restore test configurations, using StrataSync and MobileTech App

Dauer

2 Tage

Locations

Global

Sprachen

English
Other languages available upon request

Type of Training Available

On-Site and Virtual Classroom

This 1-day technician certification program presents a detailed examination of the skills required for performing Fiber To The Antenna (FTTA) testing and troubleshooting techniques. Participants should already be familiar with the product, including how to navigate the GUI and menus. Learn to characterize and certify fiber using three key fiber tests, fiber inspection, connectivity/continuity and OTDR for FTTA and how to verify the installation of cell site front-haul and rooftop towers using VIAVI fiber test equipment anf following the FTTA testing procedure. Learning is reinforced with hands-on exercises and the VFTTA exam, requiring successful completion in order to receive a VFTTA certificate.

Course Number

TT-TB2000-VFTTA-1DAY

Course Highlights

Navigate the product GUI and menus to configure for Fiber Optic testing
Perform the FTTA testing process, including fiber optic connectivity/continuity and OTDR tests: inspection and cleaning of all optical connections, optical insertion loss (OIL) and optical return loss (ORL), end-to-end loss testing with optical power meter (OPM) and optical light source (OLS), OTDR cable analysis
Save and restore test configurations, using StrataSync and MobileTech App
Complete all hands-on exercises and written exam requirements to receive the VFTTA certification

Dauer

1 Tag

Locations

United States

Sprachen

English
Other languages available upon request

Type of Training Available

On-Site and Virtual Classroom

This 2-day technician certification program presents a detailed examination of the technology fundamentals and skills required for understanding and performing Fiber To The Antenna (FTTA) testing and troubleshooting techniques. Participants will become familiar with the product, including how to navigate the GUI and menus. Learn to characterize and certify fiber using three key fiber tests, fiber inspection, connectivity/continuity and OTDR for FTTA and how to verify the installation of cell site front-haul and rooftop towers using VIAVI fiber test equipment anf following the FTTA testing procedure. Learning is reinforced with hands-on exercises and the VFFTTA exam, requiring successful completion in order to receive a VFFTTA certificate.

Course Number

TT-TB2000-VFFTTA-CERT

Course Highlights

Understand light propagation, network components and architecture, connectors and cable types, fiber losses and attenuation process
Navigate the product GUI and menus to configure for Fiber Optic testing
Perform the FTTA testing process, including fiber optic connectivity/continuity and OTDR tests: inspection and cleaning of all optical connections, optical insertion loss (OIL) and optical return loss (ORL), end-to-end loss testing with optical power meter (OPM) and optical light source (OLS), OTDR cable analysis
Save and restore test configurations, using StrataSync and MobileTech App
Complete all hands-on exercises and written exam requirements to receive the VFFTTA certification

Dauer

2 Tage

Locations

United States

Sprachen

English
Other languages available upon request

Type of Training Available

On-Site and Virtual Classroom

Course Number

TT-TB2000-FIBER-VC

Course Highlights

Understand light propagation, network components and architecture, connectors and cable types, fiber losses and attenuation process
Navigate the product GUI and menus to configure for Fiber Optic testing
Perform fiber optic connectivity/continuity and OTDR tests: inspection and cleaning of all optical connections, optical insertion loss (OIL) and optical return loss (ORL), end-to-end loss testing with optical power meter (OPM) and optical light source (OLS), OTDR cable analysis
Save and restore test configurations, using StrataSync and MobileTech App

Dauer

2 Tage

Locations

Global

Sprachen

English
Other languages available upon request

This course presents an overview of the T-BERD/MTS 2000 platform. Learn how to set up the test set upon first use out-of-the-box and how to navigate the GUI and menus.

Course Number

TT-TB/MTS2000-OVRVW-SP

Dauer

24 Minuten

Locations

Global

Sprachen

English
Other languages available upon request

Type of Training Available

Self-Paced Online Training

This course presents an overview of performing the FiberComplete test with the T-BERD/MTS-2000. Learn how to configure the FiberComplete test, perform the IL/ORL Reference, launch and run the test, and manage test setup and results files.

Course Number

TT-TB2000-FIBERCOMPLETE-SP

Dauer

25 Minuten

Locations

Global

Sprachen

English
Other languages available upon request

Type of Training Available

Self-Paced Online Training

This course presents an overview of the light source and the power meter on the T-BERD/MTS-2000. Learn how to configure and use both for basic testing operations.

Course Number

TT-TB2000-LS/PM-SP

Dauer

10 Minuten

Locations

Global

Sprachen

English
Other languages available upon request

Type of Training Available

Self-Paced Online Training

This course presents an overview of performing the OTDR Easy Mode test with the T-BERD/MTS 2000. Learn how to launch this autoTest from the SmartTest mode, and locate and manage test results. Ideal for non-expert experience level.

Course Number

TT-TB2000-OTDR-EASY-SP

Dauer

10 Minuten

Locations

Global

Sprachen

English
Other languages available upon request

Type of Training Available

Self-Paced Online Training

This course presents an overview of how to perform Expert Mode OTDR tests using the T-BERD/MTS 2000. Learn how to configure the Expert Mode test parameters, launch the test, and locate, analyze, and save the test results.

Course Number

TT-TB2000-OTDR-XPRT-SP

Dauer

12 Minuten

Locations

Global

Sprachen

English
Other languages available upon request

Type of Training Available

Self-Paced Online Training

This course presents an overview of performing an OTDR test in Real Time Mode using the TB/MTS 2000. Learn how to configure and launch this OTDR test, and how measure splice loss.

Course Number

TT-TB2000-OTDR-REAL-SP

Dauer

11 Minuten

Locations

Global

Sprachen

English
Other languages available upon request

Type of Training Available

Self-Paced Online Training

This course presents an overview of fiber inspection testing using the P5000i with the T-BERD/MTS-2000. Learn how to navigate the 2000 GUI and menus to configure and perform fiber inspection procedures and locate the results.

Course Number

TT-TB2000-P5000i-SP

Dauer

11 Minuten

Locations

Global

Sprachen

English
Other languages available upon request

Type of Training Available

Self-Paced Online Training

This course presents an overview for performing a basic OTDR test with the T-BERD/MTS-2000 using the SmartTest Assistant feature. Learn how to quickly and easily configure and run the OTDR SmartTest, and locate and manage test results.

Course Number

TT-TB2000-SMART-SP

Dauer

12 Minuten

Locations

Global

Sprachen

English
Other languages available upon request

Type of Training Available

Self-Paced Online Training

This course presents an overview of the processes for transferring files and updating software on the T-BERD/MTS 2000. Learn how to perform software updates via Ethernet or USB stick and how to transfer files.

Course Number

TT-TB2000-SOFTWARE-SP

Dauer

25 Minuten

Locations

Global

Sprachen

English
Other languages available upon request

Type of Training Available

Self-Paced Online Training

This course presents an overview for how to perform a Tier 2 test (OTDR) for simplex fiber on the T-BERD/MTS-2000 using the Enterprise-SLM OTDR mode. Learn how to load preset configuration profiles, manage test menus, launch and perform the Enterprise-SLM mode OTDR test, locate and switch OTDR results views and diagnose OTDR events.

Course Number

TT-TB2000-TIER2-SLM-SP

Dauer

25 Minuten

Locations

Global

Sprachen

English
Other languages available upon request

Type of Training Available

Self-Paced Online Training

This course presents an assessment of the knowledge and skills possessed for performing the FTTA testing process using the T-BERD/MTS-2000 and fiber inspection probe to achieve the VIAVI Fiber and FTTA (VFFTTA) Testing Technician Certification.

Course Number

TT-TB2000-Fiber-FTTA-EXAM-SP

Dauer

1 Stunde 30 Minuten

Locations

Global

Sprachen

English
Other languages available upon request

Type of Training Available

Self-Paced Online Training

This course presents an overview of how to navigate the T-BERD/MTS-2000 GUI and menus to configure and perform CWDM testing with the COSA-4055 Optical Channel Checker (OCC). Learn how to locate and understand the COSA-4055 OCC test results.

Course Number

TT-TB2000-COSA-4055OCC-SP

Dauer

13 Minuten

Locations

Global

Sprachen

English
Other languages available upon request

Type of Training Available

Self-Paced Online Training

This course presents an overview of how to configure and perform the FTTA Mode OTDR test application using the T-BERD/MTS 2000. Learn how to locate, analyze, and save the FTTA OTDR test results.

Course Number

TT-TB2000-FTTA-OTDR-SP

Dauer

18 Minuten

Locations

Global

Sprachen

English
Other languages available upon request

Type of Training Available

Self-Paced Online Training

This course presents an overview for how to use the SmartTest Assistant for basic DWDM OTDR testing with the T-BERD/MTS-2000 test set.

Course Number

TT-TB2000-DWDM-OTDR-SP

Dauer

12 Minuten

Locations

Global

Sprachen

English
Other languages available upon request

Type of Training Available

Self-Paced Online Training

This course presents an overview for how to use the SmartTest Assistant for basic CWDM OTDR testing with the T-BERD/MTS-2000 test set.

Course Number

TT-TB2000-CWDM-OTDR-SP

Dauer

13 Minuten

Locations

Global

Sprachen

English
Other languages available upon request

Type of Training Available

Self-Paced Online Training

This course presents an overview of how to navigate the T-BERD/MTS-2000 GUI and menus to configure and perform DWDM testing with the OCC-4056 Optical Channel Checker (OCC), and how to locate and understand the OCC-4056 DWDM test results.

Course Number

TT-TB2000-DWDM-4056OCC-SP

Dauer

25 Minuten

Locations

Global

Sprachen

English
Other languages available upon request

Type of Training Available

Self-Paced Online Training

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Wir sind dafür da, Ihnen zu helfen.

Plattform MTS-2000

Handliche modulare Testplattform

Übersicht

Was sind Glasfasertests?

FTTA

Was sind OTDR-Tests?

Module

CWDM-OTDR-Module (4100 Series)

DWDM-OTDR-Module (4100 Series)

OTDR-Module (4100 Series)

Modul zur optischen Spektrumanalyse in CWDM-Systemen (COSA-4055)

DWDM Optical Channel Checker Modul (OCC-4056C)

Nano OSA Modul (4100 Series)

SLM- (Smart Link Mapper) Anwendungen für OTDR-Tests

FiberComplete PRO

Schlagzeilen

Updated Software for VIAVI SmartOTDR & T-BERD/MTS-2000 and -4000 V2

VIAVI Solutions announces the redesign and update of its OTDR product range

Updated Software for VIAVI SmartOTDR & T-BERD/MTS Instruments

VIAVI Solutions first to introduce solution for new Passive Optical Network (PON) architecture

Ressourcen

Datenblätter

Literatur

Anwendungsbeschreibungen

Broschüren

Fallstudie (Case Study)

Datenblätter

Handbücher und Bedienungsanleitungen

Angebote

Poster

Kurzanleitungen

Auswahlhilfen

Services

Herstellerfreigaben

Whitepaper und Bücher

Software-Downloads

Video

Webinare

Dienste

Care Support Plans

Factory standards to ensure accuracy

What are the most common implications of these issues to the business?

Factory standards to ensure accuracy

What are the most common implications of these issues to the business?

Factory standards to ensure accuracy

What are the most common implications of these issues to the business?

VIAVI Care-Support-Pläne

VIAVI Care Support for Existing Equipment

Repair and Calibration

Training Courses

Ethernet & IP (Layers 2 - 4) Fundamentals & Test Applications

Fiber Optic Fundamentals & Test Applications

Fiber Optic & OTDR Fundamentals & Test Applications

Fiber Optic Fundamentals & Test Applications for FTTx/PON

DWDM & PMD Fundamentals & Test Applications

Ethernet & IP (Layers 2 - 4) Fundamentals & Test Applications

Fiber Optic Fundamentals & Test Applications

Fiber Optic & OTDR Fundamentals & Test Applications

Fiber Optic Fundamentals & Test Applications for FTTx/PON

Basic Ethernet Key Concepts

DWDM & PMD Fundamentals & Test Applications

Basic Fiber Optic Inspection & Cleaning Before Connecting Concepts

Basic Fiber Optic Concepts

Basic Fiber Optic Testing Concepts

Basic FTTx, PON, and ROADM Testing Concepts

Basic IP Routing & MPLS Key Concepts