CWDM Multiplexer Explained: Simplifying Optical Network Transmission | Omnitron Systems

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Curious about CWDM multiplexers and how they can revolutionize your data transmission? Join Jake from Omnitron Systems in this video as he explains CWDM technology.
Learn how these innovative devices enable you to combine multiple data channels onto a single fiber optic cable, resulting in significant cost savings on fiber installation. Learn the step-by-step process of using a CWDM multiplexer and understand its compatibility requirements.
Streamline your network, enhance efficiency, and unlock the potential of seamless data transmission.
#fiberoptics #networkengineer #network #OmnitronSystems#datatransmission #howto #explained #explainervideo #CWDM #multiplexer
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Опубликовано:

20 дек 2023

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Комментарии : 7

@umershakil7607 Месяц назад

thank you for easy and informative information on this.

@OmnitronSystems Месяц назад

You're welcome! We're glad you found the video helpful. CWDM multiplexers can be a powerful tool for expanding fiber capacity, and we're happy to share our knowledge about them. If you have any other questions, feel free to leave a comment or send us a message to info@omnitron-systems.com. We are here to help!

@abdumka 2 месяца назад

What are the limitations of utilizing a "common fiber"? For instance, if use an 8-channel mux/demux, is it feasible to establish eight 100G links between site A and site B using 100G transceivers at both ends? Furthermore, with a 32-channel mux/demux, can it support 32 100G links?

@ZippyDooDa435 Месяц назад

Yes, you could do 100G over it

@hariranormal5584 Месяц назад

Uh you gotta check also with the spec and bandwidth CWDM is simpler yea but with DWDM you need to also check the channel spacings. essentially, the mux themselves can leverage EITHER one of these. ,ore Bandwidth per channel, or MORE channels but less bandwidth

@abdumka Месяц назад

@@hariranormal5584 Thanks, I just found about that channel spacing today! looks like we are using 50Ghz channels and for some other reason we are limited to 10Gbps connections.

@OmnitronSystems Месяц назад

The common fiber connection will only be limited by the number of channels and wavelengths that are available to the Multiplexer. CWDM will have a total of 18 channels defined, but two of the channels are not commonly used due to “water peak” wavelengths that have higher fiber losses. This means that 16 channels will generally be available for use. Multiplexing with 100G per channel is possible, but it is important to confirm what data-rates that the Multiplexer will support before moving forward with an installation, many do not support rates up to 100G per channel. For example, Omnitron Systems iConverter CWDM/X will only support up to 10G per channel. For a higher capacity WDM technology, DWDM (Dense Wavelength Division Multiplexing) can be used which can support up to 80 channels. Again it is important to confirm data-rates that the DWDM equipment will support.