JDSU MLCS-A1132P 1x32 Single-Mode Optical Switch Module with Pigtails

JDSU MLCS-A1132P 1x32 Single-Mode Optical Switch Module with Pigtails

The JDSU MLCS-A1132P 1x32 Single-Mode Optical Switch Module is a MAP Large Channel Count Switch designed for professional fiber optic signal routing and automated optical test applications. This model is configured as a 1x32 optical switch with pigtails and supports 9/125 µm single-mode fiber test environments.

The MLCS-A1132P is suitable for applications where one optical input must be routed to any one of 32 output channels in a controlled and repeatable way. It is useful in telecom laboratories, photonics test systems, manufacturing environments, and automated optical benches where switching repeatability, low insertion loss, high return loss, and stable signal routing are important.

Features and Benefits of the JDSU MLCS-A1132P 1x32 Single-Mode Optical Switch Module

The JDSU MLCS-A1132P 1x32 Single-Mode Optical Switch Module provides practical value for professional users who require reliable optical signal routing in a compact modular test platform.

• 1x32 optical switching configuration: Routes one single-mode optical input to one of 32 output channels for automated test, routing, and measurement workflows.
• Single-mode 9/125 µm fiber support: Designed for single-mode optical systems operating across the 1270 nm to 1670 nm wavelength range.
• Pigtail configuration: Provides pigtail connectivity for integration into optical benches, patching systems, and custom fiber optic test setups.
• Large channel count switching: Helps increase test throughput by automating optical path selection and reducing repeated manual fiber connections.
• Low insertion loss performance: The 1x32 configuration falls in the single-mode N > 25 specification range, with 0.8 dB typical and 1.2 dB maximum insertion loss, excluding connectors.
• High return loss: Provides 55 dB typical and 45 dB maximum return loss performance for the single-mode N > 25 specification range, excluding connectors.
• Fast switching operation: Supports 25 ms switching time for the first channel and 15 ms for each additional channel.

Advanced Features and Practical Applications

The JDSU MLCS-A1132P is intended for optical test environments where signal routing must be performed accurately and repeatedly. Optical switches are commonly used to automate test sequences, connect multiple devices under test, select measurement paths, characterize optical components, and reduce manual reconnection during production or laboratory workflows.

As a 1x32 single-mode switch module, the MLCS-A1132P is well suited for applications involving DWDM channel testing, amplifier characterization, bit error rate testing, signal routing, and multi-channel optical test automation. The module helps users maximize the use of optical test equipment by routing signals through a defined switching architecture instead of relying on manual patching.

The MLCS-A1 switch family is based on expanded beam and alignment technology and is designed to provide low insertion loss, high return loss, and repeatable optical switching performance. For this 1x32 configuration, the relevant specifications are the single-mode fiber SMF 9/125 N > 25 typical and maximum values. All optical specifications listed in the specification table below exclude connectors.

Typical Applications

The JDSU MLCS-A1132P 1x32 Single-Mode Optical Switch Module is suitable for professional applications such as:

• Optical signal routing in automated test systems
• DWDM channel testing
• Amplifier characterization
• Bit error rate testing
• Fiber optic component testing
• Telecom laboratory test automation
• Production optical test workflows
• Photonics research and development
• Service, repair, replacement, or spare optical switch module requirements

Product Overview

Brand	JDSU
Model	MLCS-A1132P
Product Category	Large Channel Count Optical Switch Module
Switch Configuration	1x32
Fiber Type	Single-mode fiber, 9/125 µm
Port Style	Pigtails
Primary Application	Automated optical signal routing for fiber optic test and measurement systems
Suitable For	Telecom laboratories, photonics test systems, fiber optic component testing, production test environments, and automated optical measurement setups

 

Single-Mode Fiber SMF 9/125 Specifications, N > 25, Excluding Connectors

Note: The optical specifications below apply to the single-mode fiber SMF 9/125 typical/maximum section for N > 25 configurations and exclude connectors.

Specification	MLCS-A1132P Details
Wavelength Range	1270 nm to 1670 nm
Number of Output Channels	32 outputs, N > 25 specification range
Insertion Loss	0.8 dB typical, 1.2 dB maximum
Polarization Dependent Loss	0.04 dB typical, 0.08 dB maximum
Return Loss	55 dB typical, 45 dB maximum
Insertion Loss Stability	±0.03 dB typical, ±0.04 dB maximum
Repeatability, Sequential Switching	±0.01 dB typical, ±0.03 dB maximum
Repeatability, Random Switching	±0.03 dB typical, ±0.08 dB maximum
Crosstalk	-80 dB typical
Switching Time	25 ms for the first channel, 15 ms for each additional channel
Maximum Optical Input Power	300 mW
Lifetime	100 million cycles
Operating Temperature	5 °C to 55 °C
Storage Temperature	-30 °C to 60 °C
Dimensions	4.06 cm x 13.26 cm x 37.03 cm, 1.6 in x 5.22 in x 14.58 in
Weight	1.3 kg maximum, 2.87 lb maximum, varies with configuration

 

Test System Integration

The JDSU MLCS-A1132P is designed for use in automated optical test systems where repeatable optical path routing is required. By reducing manual fiber reconnections, the switch can help improve test consistency, reduce operator handling, and increase throughput in laboratory and production environments.

The 1x32 pigtail configuration is useful when connecting one source, instrument, or optical path to multiple output channels. Buyers should confirm pigtail length, connector termination, module platform compatibility, calibration status, included accessories, and condition details before purchase.

Buyer Considerations

This product description uses only the single-mode fiber SMF 9/125 typical/maximum section for the applicable N > 25 configuration. It does not use multimode fiber specifications or specifications for other unrelated configurations.

Buyers should confirm that the MLCS-A1132P 1x32 pigtail configuration matches the intended optical switching architecture, fiber type, wavelength range, connector requirements, test platform, and automation workflow before ordering.

Why Buy from AssetRelay?

AssetRelay supplies professional equipment and product solutions for fiber optic, telecom, laboratory, production, inspection, cleaning, RF/microwave, electronic test, and photonics applications. This product is listed to help technical buyers, procurement teams, engineers, installers, and service organizations source practical equipment for demanding professional environments.

When available, buyers should review the provided specifications, compatibility details, condition notes, and accessories before purchase to confirm that the product meets their application requirements.