The MAP200-MOSW-C111C024BM-M101-MFA is an optical switch module for the JDS Uniphase Multiple Application Platform (MAP-200), a modular test and measurement system designed for optical transmission network characterization. This mOSW-C1 switching module leverages fourth-generation instrumentation-class optical switch technology and delivers insertion loss and repeatability performance. The switch withstands over 100 million cycles without specification degradation, making it suitable for both laboratory and manufacturing environments requiring stable, repeatable insertion loss measurements.
## Technical Specifications
• **Module Type:** Optical Switch (mOSW-C1)
• **Part Number:** MAP200-MOSW-C111C024BM-M101-MFA
• **Architecture:** Fourth-generation instrumentation-class optical switch technology
• **Switching Cycles:** Over 100 million cycles without specification degradation
• **Insertion Loss Performance:** loss with excellent repeatability
• **Interface:** SCPI remote programming with backward compatibility to VIAVI SB/SC series optical switches
• **Platform Connectivity:** USB, GPIB, and Ethernet (LXI Class C)
## Key Features
• Minimal insertion loss and optical performance optimized for measurement accuracy
• Exceptional repeatability and stability directly supporting insertion loss (IL) measurement fidelity
• Hot-swappable module design within MAP-200 mainframe
• Fiber configurations available in single-mode (SM) and multimode (MM) variants
• Connector options include FC/APC and other standard types
## Typical Applications
• Insertion loss characterization in optical transmission systems
• Dispersion penalty measurement and analysis
• Automated optical network element testing
• Manufacturing quality assurance for optical components
• Lab-based optical transmission research and development
## Compatibility & Integration
The MAP-200 platform supports modular expansion with signal conditioning, sources, amplification, and power meter modules. Available in three-slot or eight-slot 19-inch rack configurations, both 3 RU high, with front or rear orientation options. SCPI programming enables integration into automated test environments. Platform compliance with LXI Class C standards ensures standards-based instrument control.
