JDS Uniphase MAPS+2W731X3FP

The JDS Uniphase MAPS+2W731X3FP is a 2×2 optical switch module engineered for signal routing and switching within optical communication test and measurement systems. Part of the Multiple Application Platform (MAP) series, this single-mode fiber module delivers highly configurable optical signal routing in a hot-swappable cassette form factor. It integrates directly into MAP chassis—available in 19-inch 8-slot Master or 9.5-inch 3-slot Benchtop configurations—and operates under MAP Console Program control with automatic firmware device identification.

## Technical Specifications

• **Product Type:** Optical Switch Module
• **Series:** MAP (Multiple Application Platform)
• **Model:** MAPS+2W731X3FP
• **Configuration:** 2×2 Optical Switch
• **Fiber Type:** Single-Mode (SM)
• **Functionality:** Optical signal routing and switching; addressable control of individual switch devices to connect input channels to output channels
• **Connector Polish:** Angle or flat polish supported (specific connector type determined by configuration)

## Key Features

• Hot-swappable module design—removal and replacement without system shutdown or performance interruption
• Automatic cassette identification via MAP platform firmware
• Individual device addressing within the switch module for granular control
• Modular integration into common MAP backplane architecture
• Interlock feature for operational safety and protection

## Typical Applications

• Optical communication system testing and validation
• Optical signal path routing in laboratory measurement setups
• Multi-channel optical test configurations requiring flexible switching
• Dynamic optical network emulation and characterization

## Compatibility & Integration

This module operates exclusively within the JDS Uniphase MAP platform ecosystem. It connects to the common hot-swappable backplane found in both Master (MAP+2M00) and Benchtop (MAP+2B00) chassis. Operation and control are managed through the MAP Console Program, which handles cassette detection, device communication, and switching command execution.