And I want to know whether this whole "expanded backhaul" thing is for real.

It says most of their traffic is still going over copper backhaul.

However customers are free to use third-party services for the backhaul to the ground.

They can be utilized, for mobile backhaul and business service delivery.

The network was also to include terrestrial and undersea backhaul.

The single mesh radio, provides both services - client access and backhaul.

Backhaul is needed to connect the small cells to the core network, internet and other services.

The rub for both firms is backhaul and coverage.

And as wireless companies roll out those cell towers, they need ever more special access for things like backhaul.

Just look at AT&T, they have some major problems with backhaul.

Later, the station added a backhaul link to get the network feed back to the studios.

In other regions, urban and rural backhaul is usually provided by microwave links.

So economically, it's a much better deal to roll out fiber than coax for backhaul.

I understand that Wimax can also be used for wireless backhaul.

This is also known as mobile backhaul, and represents a large percentage of carriers' operating costs.

The fibre does most of the backhaul and is terminated to the coax in your building.

Let's address backhaul first, because it's much simpler.

They're the ones, after all, that don't have to negotiate for the special access services you need for backhaul.

Almost all wireless networks use fiber for backhaul.

The backhaul network will terminate on the metro nodes.

Furthermore, a self-configuring and self-healing wireless mesh backhaul is created.

The largest continuing cost is backhaul to the Internet over 1.54Mbit/sec.

Data over power lines for backhaul, wimax for last mile?

Most cell base stations had relatively paltry backhaul until the last two years, even in dense urban markets.

Only the mesh backhaul radio is shared.