Omnitron Systems, founded in 1992, is an award-winning manufacturer of reliable networking equipment.
Omnitron Systems designs and manufactures media converters, Power over Ethernet media converters and PoE switches, PoE Extenders, Ethernet Switches, Network Interface Devices (demarcation devices), SFP Transceivers and WDM multiplexers that are deployed in over a million networks worldwide.
We are a U.S based manufacturer known for our commitment to providing quality products and services that continually meet and exceed customer expectations.
Omnitron provides a lifetime warranty on all managed and unmanaged media converters, PoE media converters and PoE Extenders, and Free 24/7/365 Technical Support as well as Pre-Sales support on all our products.
Thanks for your kind words about video on PoE switches. We look forward to supporting all your future network needs for Power over Ethernet switches and fiber optic media converters 🤓
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!
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?
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
@@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.
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.
Hi thanks for your question. In many installations, there may not be local power at the last point for a PoE injector or PoE switch (no local AC or DC power outlet). The PoE extender receives power from a PoE power-source up to 100m away over Cat5 or better UTP cabling, eliminating the need for a local power source.
This video is 5 months old. I think it's done very well, but I also belive that most of what's discussed is thinking very narrowly. The connectedness of our every day devices for updates and alerts to me is so 1960. I think we need to take it a step beyond that. To give you a hint to what I mean "the devil is in the details".
Hello! This is our iConverter xFF model 8699-0-pt (p is power and t is temp). www.omnitron-systems.com/iconverter-xff-fiber-to-fiber-converter-transponder.php
ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-W9Sq5E10Tvs.html "🔍 Really enjoyed the explanation of "IoT Internet of things" in this video. If you're as intrigued by IoT as I am, you might find my recent video on "Understanding the "Internet of Things" (IoT) and Its Connection to Automation" interesting. I dive deep into topic and provide some valuable insights. Feel free to check it out on my channel and let's keep the conversation going! 🚀🎥"
#Omnitron products are great. This product is their #XFF #Transponder which can also convert #Dualfiber to #Singlefiber or #GreyOptics to #CWDM or #DWDM.
@@OmnitronSystems I think I stopped and looked for a minute, but I don’t think I ended up going and talking with anyone. And isc west was a great experience for me, I thought it was just going to be some booths with cameras and alarms, I didn’t expect to see any robots, overall 10/10 I would definitely go again
The next generation of mobile networks after 5G is will be 6G, which is expected to be significantly faster and more reliable than 5G, with speeds potentially reaching 1 terabyte per second. Additionally, 6G is expected to have much lower latency, which is the delay between sending a signal and receiving a response. But don't hold your breath! Estimates show that 6G will take a few more years and many more technological breakthroughs in the antenna market before this wireless technology becomes a reality. Stay tuned for the latest updates!
Thanks for your support! #iscwest and all their attendees loved our PoE products. Looking forward to powering all their cameras and access points for the Internet of Things - IoT devices
