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Green Giant Research Technology Trading (Shanghai) Co., Ltd
EXFO ConnectorMax MPO Link Test Solution - Polarity, Continuity, and Connector Testing
NegotiableUpdate on 01/21
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Overview
Product Introduction: MPO connectors are becoming increasingly popular for testing or putting your network at risk, as they can bring many advantages to high-speed network operators, owners, and engineering maintenance companies
Product Details
Product Introduction
Test or put your network at risk now
MPO connectors are becoming increasingly popular as they can bring many advantages to high-speed network operators, owners, and engineering maintenance companies. They are used to connect links, provide highly sensitive services and data to customers, achieve high-speed interconnection, and form redundancy.
An increasing number of telecommunications companies are transforming their data centers into data centers (CORDs) and deploying MPO optical cables with 12 fibers, and more and more with 24 fibers. If not tested correctly, multi-core links can put the overall health of the network at risk. If not properly validated, CORD operators may ultimately have to disconnect critical lines while conducting fault diagnosis.
Traditional methods cannot meet the requirements
Traditional multi-core solutions often fail to meet design or price requirements, cannot perform these three key tests, or do not provide analysis and reporting capabilities. This leads customers to either choose solutions that far exceed their true needs (and are very expensive), or choose solutions with insufficient functionality and applicability. In addition, they often have to purchase other equipment to complete tasks.
To avoid interruptions or unnecessary OPEX and CAPEX, technicians need simple and easy-to-use tools, as well as clear and reliable methods to quickly and accurately complete the required basic tests.
Product advantages
One solution, three basic MPO tests
EXFOThe ConnectorMax MPO link testing solution combines the three basic tests required for verifying MPO fiber optic cables - polarity, continuity, and connector cleanliness - into one automated solution. It deploys a light source at one end of the fiber optic cable and a fiber optic end face detector at the other end for analysis, which belongs to the industry. This solution combines the EXFO EF ConnectorMax multi-core fiber source with the EXFO EF ConnectorMax fiber endface detector to provide a fast and easy-to-use solution for verifying the polarity type, continuity, and connector cleanliness of MPO fiber links. It can fit the purpose and help our customers successfully complete network testing and deployment tasks in one go - improving deployment speed, efficiency, and cost-effectiveness.
Due to the fact that many customers already have EXFO fiber end face detectors, this solution is very cost-effective. This excellent MPO detection tool not only benefits on-site technicians greatly, eliminating the primary cause of network failures (connector contamination), but also allows technicians to perform polarity and continuity checks on the link almost simultaneously with detecting the fiber end face.
The test results can be uploaded to ConnectorMax analysis software, a mobile application that provides clear and concise pass/fail status and reporting functions, allowing technicians to easily conduct these three types of tests on site and view the results.
Verify polarity, continuity, and connector cleanliness
Verify polarity type
During installation, MPO connectors must be aligned and connected correctly - it's not as simple as it sounds. Ensuring the correct polarity of MPO fiber optic cables is crucial, but management can be very complex as there are multiple polarity schemes available for these connectors, and polarity reversal may occur during connection and installation. Polarity verification is particularly critical for installing new MPO connectors, and polarity reconstruction can be achieved on-site. Verifying the polarity type ensures that the signal path meets the expected requirements and that the correct transmitter will communicate with the correct receiver.
Confirm continuity
Confirming the continuity of the link ensures that there are no breaks and that the light can be transmitted smoothly to the end of the tested link. This is a fast fiber optic cable continuity test, which can save potential troubleshooting time in the future during installation.
Detecting connectors
Due to the fact that contaminated connectors are the "culprits" of network failures, connector detection is an optimal test. Poor quality connectors are the main cause of loss in optical cables and short links with a length of no more than 5 kilometers, which can have a greater impact on MPO links. A dirty or damaged connector may affect 12 or even 24 optical fibers.
Main Features
Reduce OPEX
Time saving: With just one test, clear and concise diagnosis of pass/fail issues can be provided, whether it's polarity, continuity, or connector cleanliness problems.
Save time: With just one click, you can get the complete test report.
Reduce CAPEX Reduce CAPEX
No more wasting funds, replace MPO jumpers in good condition.
Avoid spending money on products that provide information beyond what is required for the task.
Avoid spending money on products that provide information beyond what is required for the task.
Accelerate and increase revenue. Accelerate testing and increase revenue
If the MPO link contains multiple fibers, disconnecting one link for troubleshooting may affect multiple customers and cause customer churn. Using EXFO's ConnectorMax solution ensures good link status and significantly reduces network interruptions.
Note:
MTP is a registered trademark of US Conec Ltd.
The ConnectorMax MPO link solution is currently being applied for.
application
Solutions for testing MPO 12 core and MPO 24 core single-mode (up to 5 km) or multi-mode (up to 2 km) optical cables
Compatible with APC, UPC, male (with pins) and female (without pins) connectors
Fully automated and fast testing process, customizable pass/fail thresholds
Automatically generate PDF format report: confirm successful completion of task
All results can be viewed in a mobile device application
Integrated fiber optic cable adaptation system
Test or put your network at risk now
MPO connectors are becoming increasingly popular as they can bring many advantages to high-speed network operators, owners, and engineering maintenance companies. They are used to connect links, provide highly sensitive services and data to customers, achieve high-speed interconnection, and form redundancy.
An increasing number of telecommunications companies are transforming their data centers into data centers (CORDs) and deploying MPO optical cables with 12 fibers, and more and more with 24 fibers. If not tested correctly, multi-core links can put the overall health of the network at risk. If not properly validated, CORD operators may ultimately have to disconnect critical lines while conducting fault diagnosis.
Traditional methods cannot meet the requirements
Traditional multi-core solutions often fail to meet design or price requirements, cannot perform these three key tests, or do not provide analysis and reporting capabilities. This leads customers to either choose solutions that far exceed their true needs (and are very expensive), or choose solutions with insufficient functionality and applicability. In addition, they often have to purchase other equipment to complete tasks.
To avoid interruptions or unnecessary OPEX and CAPEX, technicians need simple and easy-to-use tools, as well as clear and reliable methods to quickly and accurately complete the required basic tests.
Product advantages
One solution, three basic MPO tests
EXFOThe ConnectorMax MPO link testing solution combines the three basic tests required for verifying MPO fiber optic cables - polarity, continuity, and connector cleanliness - into one automated solution. It deploys a light source at one end of the fiber optic cable and a fiber optic end face detector at the other end for analysis, which belongs to the industry. This solution combines the EXFO EF ConnectorMax multi-core fiber source with the EXFO EF ConnectorMax fiber endface detector to provide a fast and easy-to-use solution for verifying the polarity type, continuity, and connector cleanliness of MPO fiber links. It can fit the purpose and help our customers successfully complete network testing and deployment tasks in one go - improving deployment speed, efficiency, and cost-effectiveness.
Due to the fact that many customers already have EXFO fiber end face detectors, this solution is very cost-effective. This excellent MPO detection tool not only benefits on-site technicians greatly, eliminating the primary cause of network failures (connector contamination), but also allows technicians to perform polarity and continuity checks on the link almost simultaneously with detecting the fiber end face.
The test results can be uploaded to ConnectorMax analysis software, a mobile application that provides clear and concise pass/fail status and reporting functions, allowing technicians to easily conduct these three types of tests on site and view the results.
Verify polarity, continuity, and connector cleanliness
Verify polarity type
During installation, MPO connectors must be aligned and connected correctly - it's not as simple as it sounds. Ensuring the correct polarity of MPO fiber optic cables is crucial, but management can be very complex as there are multiple polarity schemes available for these connectors, and polarity reversal may occur during connection and installation. Polarity verification is particularly critical for installing new MPO connectors, and polarity reconstruction can be achieved on-site. Verifying the polarity type ensures that the signal path meets the expected requirements and that the correct transmitter will communicate with the correct receiver.
Confirm continuity
Confirming the continuity of the link ensures that there are no breaks and that the light can be transmitted smoothly to the end of the tested link. This is a fast fiber optic cable continuity test, which can save potential troubleshooting time in the future during installation.
Detecting connectors
Due to the fact that contaminated connectors are the "culprits" of network failures, connector detection is an optimal test. Poor quality connectors are the main cause of loss in optical cables and short links with a length of no more than 5 kilometers, which can have a greater impact on MPO links. A dirty or damaged connector may affect 12 or even 24 optical fibers.
Main Features
Reduce OPEX
Time saving: With just one test, clear and concise diagnosis of pass/fail issues can be provided, whether it's polarity, continuity, or connector cleanliness problems.
Save time: With just one click, you can get the complete test report.
Reduce CAPEX Reduce CAPEX
No more wasting funds, replace MPO jumpers in good condition.
Avoid spending money on products that provide information beyond what is required for the task.
Avoid spending money on products that provide information beyond what is required for the task.
Accelerate and increase revenue. Accelerate testing and increase revenue
If the MPO link contains multiple fibers, disconnecting one link for troubleshooting may affect multiple customers and cause customer churn. Using EXFO's ConnectorMax solution ensures good link status and significantly reduces network interruptions.
Note:
MTP is a registered trademark of US Conec Ltd.
The ConnectorMax MPO link solution is currently being applied for.
application
Solutions for testing MPO 12 core and MPO 24 core single-mode (up to 5 km) or multi-mode (up to 2 km) optical cables
Compatible with APC, UPC, male (with pins) and female (without pins) connectors
Fully automated and fast testing process, customizable pass/fail thresholds
Automatically generate PDF format report: confirm successful completion of task
All results can be viewed in a mobile device application
Integrated fiber optic cable adaptation system
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