Optical Switch
Main applications
- Optical path switching
- Optical loop protection and switching
- Optical network remote monitoring
- Optical device testing and research
Programmable, supports multiple trigger modes
OSW optical switch, can flexibly set the trigger modes of path switching by its program function. It can be triggered by external TRIG signal, waiting time, touchscreen, physical button or other modes, to provide various interfaces for the subsequent development of automation program.
High repeatability
OSW can reach 10 million times of random switch, MEMS optical switch can even reach to 1 billion times. The repeatability of insertion loss for 100 times random switch is less than 0.02dB, can provide users a high reliable optical path[1]
Low insertion loss, low polarization dependent loss, high channel consistency
Each channel the insertion loss is less than 1.0 dB, the polarization dependent loss is less than 0.05dB[2]
Platform + modular design, support multiple control modes
Dimension’s universal test platform, is compatible with a wide range of functional test modules including OSW optical switches, offering significant advantages such as hot-pluggable, programmable, scalable, easy to maintain & manage, and low overall cost. Supports Ethernet control, USB control, touchscreen and physical buttons.
Technical Specifications
Ordering Information
Example:
Module: OSW1112A-FA,Mechanical 1X12,optical switch, Single mode 9/125,interface type FC/APC
[1] Lifetime of mechanical optical switch is longer than 10 million times , lifetime of MEMS switching life is longer than 1 billion times
[2]Excluding connectors. For mechanical optical switches the polarization dependent loss less than 0.05dB,for MEMS the polarization dependent loss less than 0.1dB.The insertion loss is related to the number of optical switch ports, The insertion loss of mechanical optical switches, is shown in the table below.
[3]Depending on the number of optical switch ports, there is single-slot, dual-slot, and multi-slots, where the width of multiple slots is a superposition of single-slot widths.