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MAP900-IRLM Shuffle-box/SN-MT/MMC/Optical Backplane Test System

Product Details

MAP900-IRLM Shuffle-box/SN-MT/MMC/Optical Backplane Test System

Channel insertion loss, return loss and polarity self-integrated detection can be selected for 128/288/576
Support MT type,MT12Channel insertion loss, return loss and polarity self-integrated detection can be selected for 128/288/576
Support MT type,MT12, MT14, MT16, MT24, MT32, MT36, MT48
Supports the import of various routing relationships
The automated design of the electric platform automatically obtains the polarity and insertion loss values

The MAP900-IRLM Series Insert Loss and Polarity Testing System, developed by Join-MU based on the MAP900-IRLB model, integrates a precision optical platform, high-definition image analysis system, large- area external probe power Meter, and precision motion mechanism into a multifunctional device. Specifically designed for testing multi-core MPO components with complex routing configuRations such as SN-MT, Shuffle-MPO, and optical flexible boards, it delivers comprehensive measurements including insertion loss, return loss, and polarity detection. Featuring automated testing platforms, customized fixtures, and optimized algorithms, this system significantly enhances testing efficiency for such intricate components.

For Complex MPO Products such as SN-MT, Shuffle MPO, Optical Backplane

Main Advantages

Channel insertion loss, return loss and polarity self-integrated detection can be selected for 128/288/576
Support MT type,MT12Channel insertion loss, return loss and polarity self-integrated detection can be selected for 128/288/576
Support MT type,MT12, MT14, MT16, MT24, MT32, MT36, MT48
Supports the import of various routing relationships
The automated design of the electric platform automatically obtains the polarity and insertion loss values
Special fixtures and automated testing to ensure accuracy and repeatability
No no-mandrel loss, dual wavelength test time ≤1S
Greatly improve test efficiency, reduce test difficulty
Image analysis for polarity detection to eliminate the risk of end face damage, MT14, MT16, MT24, MT32, MT36, MT48.

Rich Hardware and Software Configuration

The MAP900-IRLM can integrate single-mode or multi-mode laser lightsources. Single-mode configurationstypically include wavelengths of 1310nm, 1490nm, 1550nm, and 1625nm, while multi-mode options are 850nm and 1300nm. When combined with Jiangmu'sIntelligent optical platform and host computersoftware, it enablesthe development of automated testing systemsfor complex components. The software features multilingual interfaces, data acquisition and management capabilities, along with threshold determination and database storage functions. The device supportsremote operation via RS232/USB interfaces or local accessthrough APIsoftware.

Analysis of Advantage

Support up to 576 channel insertion loss and polarity integrated detection, reduce the test process and workstation, improve test efficiency, reduce test costs
Image video processing technology to avoid the fatigue and misjudgment of manual identification
The electric linear table technology can automatically complete the test process other than loading and unloading. • Special fixtures are customized for each device to ensure test accuracy and repeatability

Diversified Customized FA Fixture and External Probe Fixture Design

Schematic Diagram of IL & RL and Polarity Test

As shown in the figure above, the output terminal is mounted on an electric platform via a fixture. While only one standard fiber is currently connected to the input, it can actually be fully connected. The system enables automated motor control through software, allowing simultaneous insertion loss testing of multiple connectors. Furthermore, it utilizes the Over-Twist-Free Insertion Loss (OTDR) principle to perform return loss detection.

As shown in the figure above, the output end is moved under the high-definition image detector through the fixture. Through the light source switching at the input end, the polarity/routing detection is realized by means of image analysis.

Software Features

Support multiple languages, customers can modify the local language; meet the needs of Southeast Asian countries, India, Mexico and other localized applications
Multiple save formats: Excel, PDF, SQL, remote server
Supportsecondary development, provide dll

Schematic Diagram of 288 Test System

Selection and Example Illustration

Model:

MAP900-IRL-M-288-SM0-3

Configuration Description:

288 channel, single mode, with precision electric optical platform, external probe PD, support image Analysis, non-wrapping insertion loss detection.

Note:

This system is specially used for complex MPO/MT product insertion loss and polarity detection, please consult our product manager for detailed configuration.

Selection | Configuration Table

MAP900-IRL
X		XX		XXX		C
Function		Support Channel		SM/MM Instructions		Optical Power Meter
A	Only Insertion Loss	72	72 channels	SM0	SM 9/125 1310&1550	1	PD
B	With Polarity Detection	144	144 channels	MM1	SM 50/125 850&1300	2	External probe integrating ball
M	Equipped with a Precision Electric Optical Platform	288	288 channels	MM2	SM 62.5/125 850&1300	3	External Detector PD
		576	576 channels	SM4	SM 9/125 1310&1490&1550&1625	4	External Detector Integrating Sphere

MAP900-IRLM Shuffle-box/SN-MT/MMC/Optical Backplane Test System

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Optic Fiber Test System

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