MAP Optical Matrix Switch (mOSX)

The mOSX switch is a low insertion loss (< 1.0 dB typical and <1.5dB max), fast switching (< 25ms to full specification) and non-blocking matrix switch. The switch fabric supports a unique any-port to any-port connection fabric and enables both symmetric MxM(for example 8x8), and asymmetric topologies (4x12 for example), thereby enabling users to reconfigure the switch on demand.

Benefits

• Increase capital utilization factors, enabling on demand, parallel test architectures
• Replace multi-layer switching architectures, reduces loss and reconfiguration times
• Minimize switching variant Drives deeper integration and reduces test set size.
• Drives deeper integration and reduces test set size.

Applications

• Test system automation for multi-port components, modules and line cards.
• Manage complex manufacturing test sequencing.
• Can be paired with MAP-Series mOSW modules to create larger more complex switching systems

Key Features

• Non-blocking, bidirectional matrix switch
• Wide wavelength range, 1250 to 1675 nm
• 1.0 dB typical insertion loss
• 25ms switching speed
• Flexible SCPI remote interface or MAP
• Series Graphical User Interface (GUI)
• Connections between ports can be disabled or re-enabled