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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
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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
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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
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OT-300 online monitoring module OTDR
Automated real-time monitoring of fiber optic link communication status
Troubleshooting applicable to communication systems at all levels
Intelligent operation and maintenance
Integrated optical power meter, light source, and end face detection
Compact size, modular/embedded circuit board design
Protocol Reading Data Mode
Optical switch
Manual, automatic distance, and fully automatic parameter setting modes
Dual pulse width scanning measurement
Multi curve comparison mode
Single/multimode and dual/triple wavelength selection
Measurement of 16 core, 24 core and other MPO jumper wires
High speed testing and precise fault location
Improve maintenance efficiency of fiber optic links, reduce time and labor costs
Product Overview
In the detection and maintenance of fiber optic network lines, the traditional method is generally to determine whether the receiving equipment itself is faulty or the fiber optic link is faulty after the maintenance personnel receive the alarm signal from the business equipment; If the fiber optic fails, use OTDR (Optical Time Domain Reflectometer) for troubleshooting and maintenance. Because fiber optic lines in scenarios such as operators or data centers carry a large amount of network data, once a failure occurs, the losses are enormous; However, traditional maintenance methods consume high time and labor costs, have low levels of automation, and only begin maintenance when faults affect data transmission, always in a passive state.
In this challenge, Dimension Technology provides an online monitoring OT-300 optical time-domain reflectometer. The OT-300 OTDR is a modular design that adds online monitoring function on the basis of the portable OTDR series. It can be embedded as a module into terminal devices to test the overall performance of optical fibers, link loss, and locate fault points in real-time. Report faults promptly when detected, shorten the time from discovery to maintenance, reduce operational losses, reduce staff burden, and achieve automated monitoring.
The OT-300 optical time-domain reflectometer has a built-in optical switch module that can be adapted to different single/multimode MPO fibers. It integrates optical power measurement, visual fault localization, light source, and OTDR functions, and can also be paired with EasyGet; Wifi wireless fiber end face detector is used to achieve end face detection function.
Main advantages
Automated real-time monitoring of fiber optic link communication status
Troubleshooting applicable to communication systems at all levels
Intelligent operation and maintenance
Integrated optical power meter, light source, and end face detection
Compact size, modular/embedded circuit board design
Protocol Reading Data Mode
Optical switch
Manual, automatic distance, and fully automatic parameter setting modes
Dual pulse width scanning measurement
Multi curve comparison mode
Single/multimode and dual/triple wavelength selection
Measurement of 16 core, 24 core and other MPO jumper wires
High speed testing and precise fault location
Improve maintenance efficiency of fiber optic links, reduce time and labor costs
Main applications
Data center
metropolitan area network
LAN/WAN network
FTTx network
Enterprise Park Network
Access network
Teaching and research of optical communication
Fiber optic sensing monitoring system
Multifunctional+embedded design
The light source, optical switch, optical power meter, OTDR are integrated, and can be embedded into server chassis and other equipment according to customer requirements, achieving real-time monitoring of fiber optic communication status through protocol transmission.
Real time monitoring
OTDR refreshes the fiber optic detection curve in real-time, observes changes in status, and promptly detects faults.
Expansion of other detection functions
Other engineering testing equipment from Dimension Technology can be connected via USB or wireless, such as EasyGet, which detects the condition of the fiber optic end face; Wifi wireless fiber end face detector.
Fault detection of communication systems such as data centers
Applied in various scenarios such as operators, data centers, enterprise networks, FTTx, etc., to detect fiber optic link failures and losses.
分布式Fiber optic sensing monitoring system
The same instrument achieves fiber optic OTDR, optical power, temperature, strain, and vibration monitoring, and can be extended through optical switch modules for channel expansion.
Automatic/manual mode optional
Manually set parameters such as testing distance, pulse width, and testing time, or automatically set appropriate parameters for high efficiency and accuracy.
High speed testing, accurate results, and high repeatability
Each OTDR of Dimension Technology is specially calibrated by engineers, with fast testing speed, accurate results, and high repeatability, avoiding multiple tests caused by inaccurate testing, Greatly improves testing efficiency.
performance parameter
OTDR | |||||||
model | OT-100-21thirty-two | OT-100-22twenty-six | OT-100-21thirty-six | OT-100-31thirty-six | OT-100-43thirty-two | OT-100-43thirty-six | OT-200-21thirty-three |
Wavelength(NM) | 1310/1550 | 850/1300 | 1310/1550 | 1310/1550/1625 | 1310/1550/850/1300 | 1310/1550/850/1300 | 1310/1550 |
Dynamic range(DB) | thirty-two | twenty-six | thirty-six | thirty-six | 32+twenty-six | 36+twenty-six | thirty-three |
Distance range(KM) | ninety | ten | 1ten | 1ten | 90+ten | 110+ten | ninety |
pulse width(ns) | 5ns-20 μ SIntelligent adjustment/Manual | ||||||
Event blind spots(M) | one | ||||||
Attenuation blind spot(M) | four | ||||||
Linearity(dB/DB) | ± 0.03 | ||||||
Loss resolution(DB) | 0.00one | ||||||
Distance measurement accuracy(m) | ±(0.75+0.0025% x&Nbsp;distance&Nbsp+& Nbsp;Resolution) | ||||||
Memory capacity(GB) | 16G(Scalable) | ||||||
display | five point fiveinchIPSHigh definition display screen | ||||||
source | lithium battery: 5V, 6400MAh | ||||||
working temperature | 0 ° C&Nbsp;~&Nbsp;50 ° C | ||||||
Storage temperature | ‒40 ° C&Nbsp;~&Nbsp;70 ° C | ||||||
humidity | 0&Nbsp;%&Nbsp;To&Nbsp;ninety-five&Nbsp;%non-condensing | ||||||
weight | ≤ 0.8Kg | ||||||
volume | L199MmxW11oneMmxH5onemM | ||||||
function | OTDR/OPM/VFL/Fiber optic end face detection(Purchasing)/Remote optical loss test | ||||||
OPM(Option) | |||||||
Wavelength range(NM) | 800-1700 | ||||||
Measurement range(dBM) | -65~+ten | ||||||
Measurement uncertainty | +/-5% | ||||||
Calibrate wavelength | 850/1300/1310/1550/1625 | ||||||
VFL(Option) | |||||||
Wavelength range(NM) | 630-670 | ||||||
Working mode | CW/1Hz | ||||||
Connector type | currencyFC/SC/ST/LC | ||||||
OTDR光开关(Option) | |||||||
Wavelength range(NM) | SM: 1250~1670&Nbsp;;&Nbsp;MM: 850 ± 40&Nbsp;&Amp;&Nbsp;1300 ± 40 | ||||||
insertion loss(Not leading the way) | less thanoneDB | ||||||
Channel crosstalk | ≫ seventyDB(SM/APC)& Gt; fifty-fiveDB(MM/PC) |
Remarks:
[oneThe applicable conditions for all specifications are a temperature of23 ℃ ±&Nbsp;1 ℃
[twoUse5nsPulse,测试distanceby0.65KM,反射系数by-50±2DB(1310NM、1550NM)时的事件盲区典型值by1M.
[3]波长列表可以定制组合,输出光路数跟波长数原则上要有对应关系.
ordering information
Example:
Model:OT-100-2132-PV-FP # 1310/1550
OTDR dual wavelengths single mode, 32dB dynamic range, with OPM, with VFL, FC/PC adapter, wavelengths 1310 and 1550
Model:OT-200-2133-PX-FP # 1310/1550
OTDR dual wavelengths single mode, 33dB dynamic range, multi fiber, with OPM, without VFL, with FC/PC adapter, wavelengths 1310 and 1550
Model:OT-100-4336-XX-FP # 1310/1550/850/1300
OTDR four wavelengths single mode& multi mode, 36dB dynamic range (single mode)+26dB dynamic range (multi mode),
without OPM, without VFL, with FC/PC adapter, wavelengths 1310,1550,and 850, 1300
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