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Optical Network Operations
Link Performance Testing
OT-200 Data Center 24 Core Single Mode OTDR OT-200 data center 16 core multimode OTDR OT-100 36dB single core single multimode OTDR OT-100 Three wavelength single core single mode OTDR OT-100 32dB single core single multimode OTDR OT-100 26dB single core multimode OTDR OT-100 36dB single core single mode OTDR OT-100 32dB single core single mode OTDR OT-300 online monitoring module OTDROptical Fiber End Face Inspection
End Face Cleaning and Maintenance
On-Site Assembly of Connectors
Wiring Construction Tools
OTDR Accessories and Others
Latest Releases
Testing Optical Passive Components
Tunable Laser and Polarization Controller
Attenuators, Optical Switches, Light Sources, and Power Meters
End Face Visual Inspection
3D Measurement and Concentricity Testing
End Face Cleaning
Optical Loss and Polarity Testing
Wavelength-Related Testing
Latest Releases
Transceiver Research and Manufacturing
Attenuators, Optical Switches, and Optical Power Meters
Optical Module End Face Inspection
3D Measurement of Optical Connection
Cleaning of Optical Module
Portable Optical Fiber End Face Visual Inspection
Module Loss Measurement
Latest Releases
Fiber Connector Manufacturing
Optical Loss and Polarity Testing
3D Measurement and Concentricity Testing
Optical Fiber End Face Inspection and Automatic Analysis
Cleaning of Fiber End Face
Reliability Testing System
Latest Releases
Automation
Automated Production and Manufacturing System
800G and 400G module cleaning and visual inspection system Auto CVI (Cleaning and Visual Inspection) System for LC/SC Optical Modules Automatic cleaning and detection system for optical components TOSA and BOSA automatic cleaning and detection systems MT connector automatic cleaning and detection system Tailored solutions for non-standard automated productionAutomated Instruments
Intelligent Instrument Platform
Latest Releases
Data Center
On-Site Network Testing
OT-200 Data Center 24 Core Single Mode OTDR OT-200 data center 16 core multimode OTDR OT-100 36dB single core single multimode OTDR OT-100 Three wavelength single core single mode OTDR OT-100 32dB single core single multimode OTDR OT-100 26dB single core multimode OTDR OT-100 36dB single core single mode OTDR OT-100 32dB single core single mode OTDR OT-300 online monitoring module OTDROptical Fiber End Face Inspection and Cleaning
EasyGet WiFi Wireless Fiber Endface Microscope AutoGet Wifi Intelligent Fiber Endface Microscope EasyCleaner Optical fiber connector cleaner EasyGet2 Portable Fiber Endface Microscope EASYSTICK Fiber Cleaning Cotton Stick OPTIPOP Optical Connector Cleaner NEOCLEAN™ SERIES Optical Connector Cleaner Lineup New Fiber Elbow AdapterWiring Construction Tools
OTDR Accessories and Others
Latest Releases
Fiber Sensing & Optics
Latest Releases
OTDR
Optical Network and Data Center Link MeasurementOT-200 Data Center 24 Core Single Mode OTDR OT-200 data center 16 core multimode OTDR OT-100 36dB single core single multimode OTDR OT-100 Three wavelength single core single mode OTDR OT-100 32dB single core single multimode OTDR OT-100 26dB single core multimode OTDR OT-100 36dB single core single mode OTDR OT-100 32dB single core single mode OTDR OT-300 online monitoring module OTDROn-Site Fiber Optic End Face Inspection and CleaningFiber Optical Field ConnectorsWiring Construction ToolsOTDR Accessories and OthersTunable Light Source
High-Performance Tunable Light SourceWavelength Scanning SystemOther Related ProductsTesting
Testing PlatformTunable Light SourceTunable Light Source and Polarization ControlOptical Switches and AttenuatorsLight Source and Optical Power MeasurementBeam Profile AnalysisOptical Loss
Mandrel-free Return Loss InstrumentWavelength Scanning TestFA-JUMPER TestPassive Component Reliability TestingOne-Stop Testing System3D Measurement
Integrated Measurement of 3D Measurement and Return LossMulti Fiber InterferometerSingle Fiber InterferometerConcentricity TesterAutomation
Automated Production and Manufacturing System800G and 400G module cleaning and visual inspection system Auto CVI (Cleaning and Visual Inspection) System for LC/SC Optical Modules Automatic cleaning and detection system for optical components TOSA and BOSA automatic cleaning and detection systems MT connector automatic cleaning and detection system Tailored solutions for non-standard automated productionAutomation InstrumentsIntelligent Instrument PlatformEndface Inspection
Automated End Face InspectorDesktop End Face InspectorEasyCheck V2 Digital Fiber Endface Inspector EasyCheck Dual Magnification Fiber Endface Inspector AutoCheck Integrated Fiber Endface Inspector SmartCheck Intelligent Fiber Endface Inspector Fastcheck PRO Fully Automatic Fiber Endface Inspector EASYCHECK AF Autofocus Fiber Endface Inspector FA-1 Fiber Array Endface InspectorCleaning
Stationary End Face Cleaning - Services
- About Us
Fiber Launch
Capable of measuring optical parameters at the head and end connection points
Blind spots that can cover OTDR
Easy to store design, no need to worry about collecting thread more
Reduce the number of connector insertion and removal times for OTDR output ports to protect equipment
Easy and portable, with one hand control
Product Overview
In fiber optical link testing, OTDR is commonly used for testing To accurately observe the test results of the first and last connectors, users need to
Insert a specific length of fiber between the OTDR port and the first connector of the tested fiber In order to obtain accurate and complete system loss information, incident fiber boxes should always be used at both ends of the fiber optical link
In addition to addressing the aforementioned issues in practical applications, the incident fiber optical box of Dimension Technology has also been designed with humanization for portability
Capable of measuring optical parameters at the head and end connection points
In link testing, the first and last connectors are usually unable to be tested, with the first in a blind spot and the last exposed in the air
Using Fiber; After Launching, the testing can be completed
Blind spots that can cover OTDR
Due to its inherent principle flames, OTDR requires a buffer of data to be stable The 200m fiber length has basically covered the common OTDR front end blind spots on the market, while the appropriate length and
Low insertion loss allows the device to maintain its original testing capabilities
Easy to store design, no need to worry about collecting thread more
Ultra strong bending sensitive fiber is fully compatible with ITU-TG.652 D and IEC60793-2-50B 1.3 fibers, and its performance meets and is superior to ITU-TG.657 B3 and IEC; 60793-2-50; B6. b3 related regulations,
This, a unique process has been achieved to shape the optical fiber, making it easier to store and maintain for customers
Reduce the number of connector insertion and removal times for OTDR output ports to protect equipment
In actual testing, fiber optic connectors are prone to permanent damage to the end face due to repeated insertion and removal Therefore, using Fiber connectors; After Launch, the connection can be maintained
Always connect the dots, greatly reducing the number of plugs and unplugs
Easy and portable, with one hand control
Excellent economic design, FIBER designed by Dimension Company; The portability and conservation of LAUNCH are quite outstanding, and can be mastered with one hand&Nbsp;
Performance parameter
Term Order | Technical parameters |
Insertion loss | ≪ 0.5dB |
Return loss | ≫ 50dB (PC)≫ 60dB (APC) |
Fiber optical grade | G. 657 B |
Type of connector | FC/SC/LC/MU/others |
Length | 200m |
Size | p: 128mm; H: 58mm |
Weight | ≪ 0.3kg |
Working temperature | -20 °℃~+70℃ |
Storage temperature | -40℃~+80℃ |
Ordering information
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