Hi Folks,

I've recently had installed some cabling to various rooms in the house and
have noticed, via a couple of network switches that indicate the connection
speed (i.e. 10/100/1000Mbps) that some of the new connections are not
running at 1000Mbps where I would expect. The interfaces are all rated at
1000Mbps and the cabling used was Cat 6. Is this likely to be down to how
the RJ45 plugs and faceplates are wired? Is there anything I should
consider?

Cheers.

Endulini wrote:
Hi Folks,

I've recently had installed some cabling to various rooms in the house and
have noticed, via a couple of network switches that indicate the connection
speed (i.e. 10/100/1000Mbps) that some of the new connections are not
running at 1000Mbps where I would expect. The interfaces are all rated at
1000Mbps and the cabling used was Cat 6. Is this likely to be down to how
the RJ45 plugs and faceplates are wired? Is there anything I should
consider?

10/100Mb/s uses only two pairs (or is it just one) whereas 1000Mb/s
uses all four pairs in the cable. So if you have some faulty cables
and/or connectors it would account for the slower speeds on some
connections.

RJ45/ethernet/Cat5e cable testers are very cheap, you can get one for
£5 to £10. They are not very clever, they just test the continuity of
each wire but will pick up the sort of faults you're looking for.

--
Chris Green
·

"Chris Green" wrote in message ...

Endulini wrote:
Hi Folks,

I've recently had installed some cabling to various rooms in the house and
have noticed, via a couple of network switches that indicate the
connection
speed (i.e. 10/100/1000Mbps) that some of the new connections are not
running at 1000Mbps where I would expect. The interfaces are all rated at
1000Mbps and the cabling used was Cat 6. Is this likely to be down to how
the RJ45 plugs and faceplates are wired? Is there anything I should
consider?

10/100Mb/s uses only two pairs (or is it just one) whereas 1000Mb/s
uses all four pairs in the cable. So if you have some faulty cables
and/or connectors it would account for the slower speeds on some
connections.

RJ45/ethernet/Cat5e cable testers are very cheap, you can get one for
£5 to £10. They are not very clever, they just test the continuity of
each wire but will pick up the sort of faults you're looking for.

--
Chris Green
·
How would I test the faceplates?

Endulini wrote:


"Chris Green" wrote in message ...

Endulini wrote:
Hi Folks,

I've recently had installed some cabling to various rooms in the house and
have noticed, via a couple of network switches that indicate the
connection
speed (i.e. 10/100/1000Mbps) that some of the new connections are not
running at 1000Mbps where I would expect. The interfaces are all rated at
1000Mbps and the cabling used was Cat 6. Is this likely to be down to how
the RJ45 plugs and faceplates are wired? Is there anything I should
consider?

10/100Mb/s uses only two pairs (or is it just one) whereas 1000Mb/s
uses all four pairs in the cable. So if you have some faulty cables
and/or connectors it would account for the slower speeds on some
connections.

RJ45/ethernet/Cat5e cable testers are very cheap, you can get one for
£5 to £10. They are not very clever, they just test the continuity of
each wire but will pick up the sort of faults you're looking for.

--
Chris Green
·
How would I test the faceplates?

The testers I have simply have RJ45 sockets so you take two short
(known good) patch leads (i.e. Rj45 to RJ45) and connect the tester
using them to the sockets you want to test in the faceplates.

The testers have separate 'remote' test box that you connect to the
remote end and you can then see at the 'home' end if all eight wires
are connected correctly.

--
Chris Green
·

On 24/06/17 10:09, Endulini wrote:
Hi Folks,

I've recently had installed some cabling to various rooms in the house
and have noticed, via a couple of network switches that indicate the
connection speed (i.e. 10/100/1000Mbps) that some of the new connections
are not running at 1000Mbps where I would expect. The interfaces are all
rated at 1000Mbps and the cabling used was Cat 6. Is this likely to be
down to how the RJ45 plugs and faceplates are wired? Is there anything I
should consider?

I know you say "running", but just to check - When in standby some
interfaces can show an indication on the switch of working at the lower
speed.

--
Adrian C