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Flexible Ethernet cables. Description and choice of use of the best cable

Solid or flexible power cable?

The use of flexible cable arises when there is a specific need:

-          These cables are better resistant to manipulation, as they are provided with multi-strand copper wire and are suitable in case of repeated bending;
-          If there are difficulties for installation in the pipes with rigid cables. 

While the solid ethernet cables contain solid conductors, connection cables are made with flexible conductors (copper strand). The flexibility allows them to withstand the abuse of manipulations such as reconnection that involve frequent bending.

The LANF series refers precisely to this type of cable. 

The pre-assembled patch cords, factory tested, are the advisable choice to provide the connection between the horizontal wiring terminals and network connectivity devices such as switches and concentrators (hub) through patch panels; furthermore, they provide the connections between the sockets, usually on the wall and network devices, such as: computers, printers and other service Ethernet devices.

They are the part of the network cabling that can actually be seen and manipulated. Because of their exposed position the connection cables of the patch cords connected are almost always the weakest link in the system. Bends, rips, tears, crushing and poor or worn contacts are the hidden dangers of the field of application and can dramatically reduce the performance of a patch cord.Although it is possible to build the connection cord with the same backbone cables, we strongly advise against this practice and suggest to use dedicated patch cords industrially manufactured for this purpose and of the same transmission category of backbone cables.
In case you wish to or it is necessary to create a "patch" with backbone cables or cables suitable for use over long distances, it is necessary to choose the appropriate pin for the cable terminal taking care to check the diameters in mm or AWG, both of the internal conductor and of the insulation, to ensure compatibility between cable and connector.

The construction of the patch cables requires great precision to ensure the necessary and constant transmission performance, as well as the manufacture of the RJ45 plugs and the precise parallel alignment of the contact blades which constitute a capacitive platform, which otherwise would be a signals coupling source or crosstalk.

Furthermore, the untwisting and separation of pairs as a result of the termination process increases the susceptibility of the cable against interference. In addition to this, the mechanical bending process that secures the connector to the cable could potentially disturb the normal geometry of the cable crushing the cable pairs and this is another source of crosstalk interference and an additional source of attenuation. From all this it follows that the links produced and tested in the factory are the components needed to achieve consistent and reliable transmission performance.
We also suggest to always keep into account the minimum bend radius and maximum traction power recommendations while preparing a loose grouping of cords bundle with clamps, so that they can freely rotate when the panels are repositioned, while the cables tangling must always be avoided.

The offer of flexible CAVEL Ethernet cables, LANF series has these characteristics as limits:

-          Minimum bending radius 20/40 (cat. 5e);
-          Cable minimum thickness 5 mm (cat. 5e);
-          Bandwidth capacity depending on the category from 100 to 600 MHz.

See our flexible cables