Coaxial Cable Throughput: Understanding 10 Mbps vs 40 Mbps Transmission Speeds in Cable TV

Hi,
I would like to ask you to clarify a certain issue that came to my mind while browsing information about coaxial cables.
Namely, it says in all sources that the coaxial cable has a maximum transmission speed of 10 Mbps?

If this is true, how do cable TV get speeds of 40 Mbps?

Where is my reasoning wrong?
If it is not, please explain ...

Thanks in advance.

Maybe through fiber optic technology.

Hello,

you probably mean the Wikipedia article:
http://pl.wikipedia.org/wiki/Medium_transmisacyjne

But here it is about old Ethernet computer networks in the 10Mbps bus topology (BNC plugs) where the RG-58 coaxial cable was used (as I think I remember correctly) - thinner than the traditional RG-6 coaxial cable currently used in cable networks, which has much better parameters. In addition, it is also about signal modulation in cable networks, etc., bandwidth, width of the return channel ...

Yes, thanks, that's what I meant.

Because I had doubts, since a coaxial cable is used in the end part of the HFC network, and it is written that it has limited flow capabilities, I imagined it that the speeds obtained in optical fibers would be slowed down when the signal reached the point of contact between the optical fiber network and the coaxial one .

Now I will look for something how it is possible that the coaxial cable is capable of achieving such bandwidth.

As I understand correctly, it is only the DOCSIS standard and its version that determines what speeds we get, right?

There is, and here is the explanation of the whole matter:
Link

Maybe someone has some recent articles about DOCSIS / EuroDOCSIS or some leads.

http://www.docsis.org
http://www.cablelabs.com/