Related products
FTBx-2850 - µITLA tunable light source
Continuous wave (CW), tunable laser with a high-power output, narrow linewidth and high-resolution tunability for coherent/OFDM transmission and WDM network emulation.
FTBx-3500 - Variable attenuator
Ideal for transceiver testing and system verification in demanding 24/7 production environments.
LTB-8 - rackmount platform
Bring power to your lab with a powerful, scalable and hot-swappable eight-slot rackmount platform designed for advanced lab and manufacturing applications.
LTK-1 - Benchtop optical kits
Compact and flexible test kits in the LTB-1 Lab Benchtop Platform.
LTB-2 - rackmount modular mainframe
The LTB-2 is a powerful, scalable, two-slot modular rackmount platform designed for multiservice testing at central office environments and labs
FTBx-9160 - MEMS optical switch
Provides highly accurate and repeatable fiber-to-fiber switching
FTBx-9600 - utility module
Integrated couplers and splitters into the LTB-8 platform.
Optical spectrum analyzers for the lab
Highly accurate, easy-to-use intelligent optical spectrum analyzers (OSAs) for analysis of CWDM and DWDM networks.
FTBx-5243-HWA - High wavelength accuracy optical spectrum analyzer
Optical spectrum analyzer (OSA) for DWDM, CWDM, and DWDM over CWDM networks
FTBx-1750 - High-performance power mete
Fast, accurate, flexible power measurement in a platform-based solution.
OHS-1700 - High-Performance Optical Head
The OHS-1700 High-Performance Optical Head interfaces with the FTBx-1750 module, delivering high performance for R&D and active/passive component manufacturing test setups.
FTBx-2150 - Fiber optic light source
Exceptional selection of single- or multi-wavelength, multimode LEDs and singlemode DFB lasers
FTBx-2250 - Broadband light source
Compact, rugged and highly reliable—an essential lab testing building block
FTBx-735C - metro/PON FTTx/MDU OTDR
High-resolution OTDR designed for metro network testing and splitter characterization in PON FTTx applications.
FTBx-750C - metro/longhaul OTDR
High dynamic range combined with high resolution for highly accurate fiber characterization
