OFFER
TM & TS Series
OptiPlex system designed for passive wavelength division multiplexing
OptiTest optical network diagnostics
OptiNode switchboard cabling system in central nodes
OptiDukt solutions designed for the construction of optical fibre cable routes
MikroKan optical fibre microducting system
OptiLine system designed for the installation of outdoor optical lines
OPGW system designed for the installation of optical fibre lines with the use of OPGW wires
FibAir system designed for the installation of suspended networks based on ADSS cables
FTTA system intended for radio solutions
OptiHome MDU FTTH system designed for multi dwelling buildings
OptiHome SDU FTTH system designed for single family dwellings
OptiHome FITH indoor FTTH cabling system for apartments

xWDM

system designed for active wavelength division multiplexing

The xWDM system encompasses optical transport platforms created on the basis of CWDM and DWDM wavelength division multiplexing methods. These platforms are used in metropolitan, regional and high-range applications.
The systems offered by FCA in collaboration with Transmode from Sweden are optical transport platforms created on the basis of CWDM and DWDM wavelength division multiplexing methods.
Transmode offers a wide range of products from the CWDM and DWDM system family. These systems are included in two platforms: TM and TS.
The TM series of products are optical network platforms offering transparent transport for any type of service, with a data rate of 100Mbps-10Gbps, as well as 40Gbps. L2 elements enable taking over the functions of higher network layers, which increases the efficiency of network usage. Additionally, a set of multiservice aggregation cards allows for increased network flexibility and a reduction in the number of network components.
The TS series of Transmode products forms an optical platform of CWDM/DWDM systems intended for clients interested in easy to use, intelligent solutions for network applications. These products are aimed at service providers, companies as well as campus networks.