This multiplexer device concentrates up to 8 independent data channels for transmission over a duplex fiber optic line.
The data connections are transported over a number of CWDM wavelengths. The CWDM wavelengths are generated and injeced by transceiver modules (e.g. SFP or XFP modules) that are installed in the connected end devices or in an intermediary converter.
This is a purely passive device without any electronic components or power supply. It is therefore fully transparent for any protocols or data rates.
The devices suitable for extending a previously installed CWDM 8-channel multiplexer, to extend the overall capacity to 16 CWDM channels when needed.
Its fully passive optical technology makes it suitable for an environment-friendly, robust and maintenance-free backbone architecture.
By selecting "Accept all", you give us permission to use the following services on our website: Google Tracking. You can change the settings at any time (fingerprint icon in the bottom left corner). For further details, please see Individual configuration and our Privacy notice.
Data privacy settings
The settings you specify here are stored in the "local storage" of your device. The settings will be remembered for the next time you visit our online shop. You can change these settings at any time (fingerprint icon in the bottom left corner).
For more information on cookie lifetime and required essential cookies, please see the Privacy notice.
To send data to Google, you need to consent to the transfer of data and storage of third-party cookies by Google.. This allows us to improve your user experience and to make our website better and more interesting.
Would you like to see these contents? Activate the desired contents for one session only or allow the website to remember these settings. Once you have given your consent, the third-party data can be loaded. For this, third-party cookies might be stored on your device. You can change these settings at any time (fingerprint icon in the bottom left corner). For further details, please see the Privacy notice.
