Live streaming game changer! MR NET cellular bonding router

In this video I do a deep dive on the MR NET cellular bonding router. It allows for three SIM cards and a VPN connection out to the cloud. MR NET provides a static IP address allowing for port forwarding. This makes the days of using LiveU, TVU, Dejero, and Teradeck archaic! Perfect for SRT or RTMP streaming and broadcast. Video production is also a great use case.
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[@TVJAY]

Thank you for walking through this new device. I absolutely love the idea of separating your video encoding and network bonding.

[@streamingct]

Glad it was helpful! Thanks for watching.

[@ashlee919]

sounds perfect if you can NOT have the internet go down! I have to have internet at all times for my work. I will have to check out your site. Thanks for the informative video

[@streamingct]

Thanks for watching!

[@QuikTechSolutions]

Excellent video! Very well explained and easy to understand! Thanks for sharing.

[@streamingct]

Thank you! Glad you enjoyed it.

[@OFFSCRIPT]

You don’t even know how much. This help me !!! I had been so frustrated because Live U & TVU just didn’t understand what I needed when I talked to their sales team My only question what has been your upload speed when you been in the remote areas

[@streamingct]

Hey! Glad it helped. I get between 30-50mbps pretty much everywhere because it’s three carriers. I am testing external high gain antennas too. Happy to chat! [e-mail]

[@MrNet-BELLC]

Great job Joe. I couldn't have done a better video myself. Nice work. Most customers plug into ethernet vs WiFi for reliability and also security. Great fact.

[@streamingct]

Right on! Thanks for the comment and for watching.

[@SheaHarris]

How does this compare to a Peplink MAX BR2 bonding router?

[@streamingct]

Hey! Thanks for watching. Just got some Peplink gear in to test out and compare. I got the transit max duo lte since the MRNET is LTE only. In general though, peplink has speed fusion which is their bonding. One downside is that there are only two build in cellular modems into all their devices and as far as I can see no public IP/port forwarding. Will be doing some vids on it. Feel free to reach out if you’d like to chat. [e-mail]

[@Practical-IT]

So, how does something like this work with overlay networks like Tailscale, Netbied or Zerotier? Seems like that could make for some interesting scenarios.

[@streamingct]

Hey Jeremy, thanks for watching and for the questions. Overlay networks should work just fine with this. The overlay networks usually make outbound connections to the beacons. That is a good test I can do though to be sure.

[@TVJAY]

@@streamingct that would be a good video. Also setting up a basic port forward would be a good test.

[@PRAKASHSTUDIOLIVECOVERAGE]

Prize

[@SuperChopperpilot]

only way to truly bond a connection is through a VPN. How much are they charging for their bonding service? Or is it load balancing...

[@streamingct]

Hey, thanks for the comment. It uses a vpn to a aggregation server. It is true bonding not load balancing. The box is $1k, the yearly service and support is $1500 and the data is $8/GB of data aggregated between three carriers (or you can use your own SIMs)

[@SuperChopperpilot]

@@streamingct doesn’t speedify or smoothwan do this for way cheaper?

[@streamingct]

There are other solutions based on MPTCP, but what runs on this is customer algorithm for allocating data based on strength of WAN connections. Something like Speedify can be fine (have used it) for simple setups, but for mission critical applications, having a dedicated bonding router is better IMO.

[@the-papaw]

Cool concept, but $1000 just for hardware and then $1500 a year + $8 per GB? Seriously???

[@streamingct]

For sure a commercial product. I can say that the other bonding devices we used were the same or higher in price. Because bonding requires a cloud component to always be provisioned, there is ongoing cost.