Holiday Update:
Fiber Optic Center will be closed December 24 and 25.
Due to potential early carrier pickups, PLEASE HAVE ALL ORDERS IN BY NOON ON MONDAY, DECEMBER 23.
We will resume our regular business hours on Thursday, December 26.
Viavi MAP-300 SM 1x12 Switch (dual width)
MOSW-C111C012B0-M100
Viavi MAP-300 Single Mode 1x12 Switch Module with MFA FC/APC Bulkhead Connector Type (dual width)
For the first time, the performance and repeatability found in large, fixed format 19-inch Viavi rack-mount systems are available in a modular plug-in or tray. Manufacturing engineers no longer have to choose between test system’s size and its performance. Leveraging the mOSW-C1/mISW-C1 can reduce the size of switching systems by as much as
75% while still delivering the performance of much larger legacy systems. A 50% increase in switching speeds significantly saves testing time for connection-intensive architectures.
These switches are components of the MAP-300 family. With the widest range of optical modules in the industry, it is the most popular choice for manufacturing test automation across all optical industry segments. This includes the manufacture of passive components,
transponders, and line cards. Advanced connectivity through remote VNC, Ethernet, GPIB, or local GUI makes the MAP-300 a natural choice for complex automation architectures because it dramatically simplifies debugging for remotely located manufacturing sites..
75% while still delivering the performance of much larger legacy systems. A 50% increase in switching speeds significantly saves testing time for connection-intensive architectures.
These switches are components of the MAP-300 family. With the widest range of optical modules in the industry, it is the most popular choice for manufacturing test automation across all optical industry segments. This includes the manufacture of passive components,
transponders, and line cards. Advanced connectivity through remote VNC, Ethernet, GPIB, or local GUI makes the MAP-300 a natural choice for complex automation architectures because it dramatically simplifies debugging for remotely located manufacturing sites..