2 Gb far exceeds fibre? Isn't that backwards? Years ago, I was working on the rollout of Wind Mobile, a Canadian cell company, which later became Freedom Mobile. My role was testing the microwave links. These links would connect multiple sites to one which had a fibre connection. This meant the fibre carried the traffic from all those connected sites. Also, that work was when they were setting up a 3G network. I'm not sure how well those microwave links would do with the potential load of 5G. You also mentioned combining 2 links to get double the bandwidth. I used to work with DragonWave equipment. They had an adapter to connect 2 radios to a single dish, with the 2 links cross polarized to keep them separate. Some of the microwave systems were Ethernet right at the top, while others used coax to carry the signal down to the controller, which then could be connected with Ethernet or DS1. I have worked with both licensed and unlicensed systems.
Good explanation. we should not forget that transmission is radiation so whenever you can use fiber - you better use fiber. by the way, fiber links go way above 1GBps these days..
I’m building a 100’ towers on my farm and I want to use a Cambium Radio and how do I negotiate to get Cellular bandwidth from an AT&T tower 7 miles away no way to get cable or fiber, I was good internet for myself and my local residents please advise
Hi everyone, I'm going to design a backhaul transceiver, which documents should I follow to design the system basing on inputs like throughput, bandwidth, frequency ? do they need any standard ?
Can I use Powerline for the purpose of "Backhauling" , I have some Asus Adapters I used a few years ago, but have since initiated "AiMesh" but would find these useful for "Backhauling" any thoughts? Safe? Effective?
You're talking about Ethernet over power line adapters? Those are not what's referred to as backhaul. Backhaul is generally used for things like connecting cell phone sites to the main network.
Backhaul is usually "Point-to-Point" (PtP), the second site becomes Point-to-Multipoint (PtMP). From there you will only be limited by capacity/bandwidth, the number of clients, availability/visibility of location, distance of transmission etc.
The backhaul I've worked on is generally in a star configuration, where a microwave link would connect a single site to a central site which had a fibre connection. I suppose one could set up one site connecting to another, which then connects to the fibre site. It would be easy enough to do, as the equipment uses Ethernet for the connections, but you'd have to consider traffic loads, etc..
Normally, short haul microwave links. Typically, a single frequency is used, with rapid switching between directions, sometimes called "ping pong" mode.
I like this man teaching. Calm and succinct.
2 Gb far exceeds fibre? Isn't that backwards? Years ago, I was working on the rollout of Wind Mobile, a Canadian cell company, which later became Freedom Mobile. My role was testing the microwave links. These links would connect multiple sites to one which had a fibre connection. This meant the fibre carried the traffic from all those connected sites. Also, that work was when they were setting up a 3G network. I'm not sure how well those microwave links would do with the potential load of 5G. You also mentioned combining 2 links to get double the bandwidth. I used to work with DragonWave equipment. They had an adapter to connect 2 radios to a single dish, with the 2 links cross polarized to keep them separate. Some of the microwave systems were Ethernet right at the top, while others used coax to carry the signal down to the controller, which then could be connected with Ethernet or DS1. I have worked with both licensed and unlicensed systems.
Good explanation. we should not forget that transmission is radiation so whenever you can use fiber - you better use fiber. by the way, fiber links go way above 1GBps these days..
thanks sir. its good video for backhaul understanding in short time
amazing sir,
nice way to explain backhaul..
thanks
Thanks for the help! Really appreciate!
I’m building a 100’ towers on my farm and I want to use a Cambium Radio and how do I negotiate to get Cellular bandwidth from an AT&T tower 7 miles away no way to get cable or fiber, I was good internet for myself and my local residents please advise
Thanks Sir for that Explanation. Really helped put things in Perspective for me.
Hi everyone, I'm going to design a backhaul transceiver, which documents should I follow to design the system basing on inputs like throughput, bandwidth, frequency ? do they need any standard ?
Can I use Powerline for the purpose of "Backhauling" , I have some Asus Adapters I used a few years ago, but have since initiated "AiMesh" but would find these useful for "Backhauling" any thoughts? Safe? Effective?
You're talking about Ethernet over power line adapters? Those are not what's referred to as backhaul. Backhaul is generally used for things like connecting cell phone sites to the main network.
Thanks so much... very clear and useful..
. What are transmission backhauls?
I had question not sure if some one could answer ... is there a limit on how many sites a single wireless back haul can cater ?
Backhaul is usually "Point-to-Point" (PtP), the second site becomes Point-to-Multipoint (PtMP). From there you will only be limited by capacity/bandwidth, the number of clients, availability/visibility of location, distance of transmission etc.
The backhaul I've worked on is generally in a star configuration, where a microwave link would connect a single site to a central site which had a fibre connection. I suppose one could set up one site connecting to another, which then connects to the fibre site. It would be easy enough to do, as the equipment uses Ethernet for the connections, but you'd have to consider traffic loads, etc..
Which type of signal it uses for broadcasting
Normally, short haul microwave links. Typically, a single frequency is used, with rapid switching between directions, sometimes called "ping pong" mode.
Why the name ‘Backhaul’?
Thank you Matt it realy so clear.......
so clear. thanks
That intro is very disturbing when you have head phones on, but the video was great I really enjoyed it. Thank you.
Did you say 2Gigabytes far exceeds fiber? O my!
thank you