1. Home
  2. Cables
  3. Data Cables
  4. Fibre Cables

Fibre Cables  

Browse fibre-optic cables in various lengths and types. Choose the right connector and fibre class for your modem, network or installation.

Products
There are 64 products.

Grid List

Showing 13 - 24 of 64 items

Showing 13 - 24 of 64 items

Fibre-optic cables for a fast and stable connection

WBNet’s fibre-optic cables ensure fast and reliable data transmission. Fibre optics are used for internet connections, networks, data centres and technical installations. Instead of electrical signals, the cable transmits data using light. This makes WBNet’s fibre-optic solutions ideal for situations where speed, stability and high capacity are important.

How does a fibre-optic cable work?

A fibre-optic cable contains one or more very thin fibres. Light signals are transmitted through these fibres. These signals carry the data from one connection point to another. A key advantage is that fibre-optic cables are less susceptible to electromagnetic interference. As a result, devices, power cables and machinery have less impact on the signal. This makes fibre-optic cables suitable for home use, offices and professional technical environments.

However, the cable itself is more sensitive to sharp bends than a standard copper cable. You should therefore handle it with care and avoid kinking the cable or compressing it too tightly.

Single-mode and multi-mode

When choosing a cable, you will often come across the terms ‘single-mode’ and ‘multi-mode’. These types are not simply interchangeable.

Single-mode fibre

Single-mode is mainly used for connections over longer distances. The fibre has a narrow core through which the light signal passes. OS2 is a commonly used fibre class for single-mode connections.

This type is used, amongst other things, in fibre-optic modems, connection points, corporate networks and connections between different rooms or buildings.

Multi-mode fibre

Multi-mode is primarily intended for shorter distances. This type is widely used within buildings, server rooms and data centres. Well-known fibre classes include OM2, OM3, OM4 and OM5. Always check which fibre class is supported by your equipment. The connector may fit, but the type of fibre may not be suitable for the connection.

Check the connector type

The connectors at both ends must be compatible with your modem, switch, patch panel or other equipment. Commonly used connectors are LC and SC. These connectors differ in size and do not fit into the same port.

For example, you may need a cable with:

  • LC to LC
  • SC to SC
  • LC to SC
  • LC/APC to LC/APC
  • SC/APC to SC/APC

Check not only the letters, but also the full name of the connector. UPC and APC connectors have different finishes and must not be combined indiscriminately.

You should therefore first check the connector on both devices. The manual or the connection point will usually specify which type of connector is required.

Choosing between simplex and duplex

A simplex cable contains a single fibre and uses a single connection. This type is used, for example, for certain connections between a fibre-optic modem and the fibre-optic connection point. A duplex cable has two fibres. One fibre can be used for sending data and the other for receiving it. Duplex connections are common in professional networks and server environments.

Before ordering, check carefully how many fibres you need. Simplex and duplex connections are not interchangeable for every application.

What length do you need?

Measure the distance between the two connection points in advance. Take into account the route the cable will need to follow. A cable usually runs along a wall, through a cabinet or behind equipment. The straight-line distance between the devices is therefore often insufficient.

Choose a little extra length so that the cable isn’t pulled too tight. A cable that’s far too long isn’t practical either. You’ll then need to store the remaining section neatly and without any sharp bends.

Don’t lay the cable under heavy furniture and don’t pull on the connector. When disconnecting, always hold the plug and not the cable itself.

Fibre optic or a standard network cable?

Fibre optic and standard Ethernet cables both transmit data, but they do so in different ways. Fibre optic uses light. An Ethernet cable uses electrical signals via copper wires.

Which solution you need depends on your equipment and the available connections. Does your router, computer or switch have a standard RJ45 port? If so, take a look at WBNet’s network cables. For equipment with a fibre-optic port, you’ll need a suitable fibre, connector and fibre class. Also check whether the network module used is suitable for single-mode or multi-mode.

What should you look out for?

Always check the following specifications:

  • The connector at the first end
  • The connector at the second end
  • Single-mode or multi-mode
  • The correct fibre class, such as OS2 or OM3
  • Simplex or duplex
  • The required length
  • The connection on your equipment

By checking these details in advance, you reduce the risk of ordering the wrong version. If in doubt, check the technical specifications of your modem, switch or patch panel.

Would you like to compare other solutions as well as fibre-optic cables? Then take a look at our range of data cables.

Need advice on the right connection?

The difference between connectors and fibre classes isn’t always immediately obvious. However, the right combination is crucial for a working connection. So make a note of the brand and model number of your equipment before seeking advice.

Still not sure? Contact WBNet. With the details of your equipment, we can assess more precisely which version is suitable.

Buying a fibre-optic cable from WBNet

Would you like to buy a fibre-optic cable for your modem, network or technical installation? Take a look at the different lengths, connectors and fibre classes in WBNet’s range. Check the connections on your equipment and choose the model that suits your connection.