Fiber Optic Center will be at Photonics West - and BICSI Winter.
Schedule your meeting with a member of the FOC team now
Viavi Jaguar SM Single Fiber Test System (1310/1550) w/ Temp Control
MAP-RM-C13500FP-M100-MFA
Viavi Jaguar Single Mode Insertion Loss and Return Loss Meter (1310/1550nm) FP Laser with Temp Control and MFA FC/APC Bulkhead Connector Type
Building on the heritage of the classic JDSU RM and RX meters, the PCT-rm leverages the industry standard optical continuous wave reflection (OCWR) test method. A patented real-time measurement engine enables measurement performance and speed that is independent of the number of measured wavelengths. Production throughput is maximized independent of measurement need. A full range of power meter connector adapters ensures the unit can be configured for all connectivity applications.
The PCT-rm is part of the extended MAP LightTest family of solutions for passive components and optical connectors. The Light Test series provides application specific, integrated test solutions that leverage the power of the VIAVI MAP System. Built with specialized modules and assemblies of Light Direct Modules.
The PCT-rm is part of the extended MAP LightTest family of solutions for passive components and optical connectors. The Light Test series provides application specific, integrated test solutions that leverage the power of the VIAVI MAP System. Built with specialized modules and assemblies of Light Direct Modules.
Fiber Optic Center
4.9 71 Google reviews
Represents overall Google Reviews of Fiber Optic Center, Inc.
Content Use Notice:
This product detail page and its content are the property of Fiber Optic Center, Inc. and are provided for informational and evaluation purposes.
You may view or reference this page for non-commercial use with proper attribution. Copying, rewriting, republishing, scraping, or using this content to produce new or modified content, including AI-generated content, is not permitted without written permission.
This content is protected by copyright law upon publication. Learn more