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Reliability Testing System
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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
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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
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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 PlatformCleaning
Stationary End Face CleaningEndface 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 Inspector3D Measurement
Integrated Measurement of 3D Measurement and Return LossMulti Fiber InterferometerSingle Fiber InterferometerConcentricity TesterOTDR
Optical Network and Data Center Link MeasurementOn-Site Fiber Optic End Face Inspection and CleaningFiber Optical Field ConnectorsWiring Construction ToolsOTDR Accessories and Others - 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 optic link testing, OTDR is usually used for testing. If users want to accurately obtain the test results of the first and last connectors, they need to insert a specific length of optical fiber between the OTDR port and the first connector of the optical fiber under test. To obtain an accurate and complete picture of system losses, incident fiber optic boxes should always be used at both ends of the fiber link. In addition to solving the above-mentioned situations in practical Adaptor Adaptor applications, Dimension Technology's incident fiber optic box is also humanely designed for portability.
First and last event points in the blind zone of the measuring instrument
In link testing, the first and last connectors are usually not tested. The first connector is in the dead zone, while the last one is exposed to the air. After using Fiber Launch, you can complete the test.
Coverage the dead zone
Due to its own fundamental flaws, OTDR data needs to pass through abuffer before the data becomes stable. The 200m fiber length hasbasically covered the common OTDR front-end blind spots on themarket, but the long distance and low insertion loss allow the equipmentto maintain its original testing capabilities.
Easy to install or unistall
The bend-insensitive optical fiber is fully compatible with ITU-TG.652.D and IEC 60793-2-50B.1.3 protocols, and its performance meets or exceeds ITU-TG.657.B3 and IEC 60793-2-50 B6.b3 requirements, thereby realizing a In actual tests, optical fiber connectors are prone to permanent damage to the end face due to repeated plugging and unplugging. After using Fiber Launch, the connection point can be kept connected at all times, significantly reducing the number of plugs and pulls. unique process to shape the optical fiber, making it easy to store and easier for customers to use and maintain.
Reduce the number of device interface insertions
In actual tests, optical fiber connectors are prone to permanent damage to the end face due to repeated plugging and unplugging. After using Fiber Launch, the connection point can be kept connected at all times, significantly reducing the number of plugs and pulls.
Easy to carry and control with one hand
With excellent ergonomic design, the FIBER LAUNCH designed by Dimension Company has outstanding portability and convenience, and can be controlled with one hand.
Performance Parameter
Term Order |
Technical Parameters |
---|---|
Insertion loss |
< 1.2dB |
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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