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Optical fibre (LWL)

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LWL Kabel, Multimode (OM4) Violett
LC-Stecker (UPC) > LC-Stecker (UPC)
Article no.: 95933
4.97€
incl. tax plus shipping costs
Available immediately
3 piece
· 2 - 4 working days
Available from the manufacturer
216 piece ·
3 - 5 working days
LWL Kabel, Multimode (OM3) Aqua
LC-Stecker (UPC) > LC-Stecker (UPC)
Article no.: 95750
4.73€
incl. tax plus shipping costs
Available from the manufacturer
197 piece ·
3 - 5 working days
LWL Kabel, Multimode (OM3) Aqua
LC-Stecker (UPC) > ST-Stecker (UPC)
Article no.: 95791
LWL Kabel, Multimode (OM4) Violett
LC-Stecker (UPC) > SC-Stecker (UPC)
Article no.: 95942
5.76€
incl. tax plus shipping costs
Available from the manufacturer
100 piece ·
3 - 5 working days
SALE
LWL Kabel, Multimode (OM2) Orange
SC-Stecker (UPC) > SC-Stecker (UPC)
SALE
LWL Kabel, Multimode (OM3) Aqua
LC-Stecker (UPC) > SC-Stecker (UPC)
LWL Kabel, Multimode (OM2) Orange
LC-Stecker (UPC) > SC-Stecker (UPC)
Article no.: 96140
SALE
LWL Kabel, Multimode (OM2) Orange
LC-Stecker (UPC) > LC-Stecker (UPC)

Fibre optic cable - The high-performance network cable

Fibre optic cables (FOC cables) are an excellent choice for anyone who needs reliable, fast, and secure transmission of data. These cables are designed to conduct the light used to transmit data and offer a variety of advantages over other network cables. From faster transmission speeds and longer transmission distances to greater reliability and security, a fibre optic cable guarantees that your data will be transmitted safely and quickly. Invest in a fibre optic cable and improve the performance of your network today!

What is a fibre optic cable?

Optical fibre stands for "fibre optic cable" and refers to optical fibres that are used as transmission media for data. A fibre optic cable is an optical cable that consists of one or more optical fibres and is used to transmit data over a long distance. It is characterised by its high transmission rates, reliability, and low signal interference.

What is a multimode fibre optic cable?

A multimode fibre optic cable refers to an optical cable that can use multiple light modes to transmit data. It is designed for short distances up to about 2 km and is excellent for use in local area networks (LANs).

What types of multimode fibre optic cables are there?

OM2, OM3 and OM4 are types of multimode fibre optic cables used to transmit data in optical networks.

OM2: This is a multimode fibre optic cable with an attenuation of about 3.5 dB/km at a wavelength of 850 nm. It is often used for distances up to 550 metres.

OM3: This is a multimodal fibre optic cable with a lower attenuation (about 3.0 dB/km at 850 nm) than OM2 and is suitable for distances up to 400 metres.

OM4: This is a multimodal fibre optic cable with an even lower attenuation (about 2.5 dB/km at 850 nm) than OM3 and is suitable for distances up to 550 metres.

"Duplex" means that the cable has two independent fibres that can transmit data independently of each other, so that bidirectional communication is possible.

What is better single- or multi-mode fibre optic cable?

Whether single- or multi-mode fibre optic cables (FO cables) are better depends on the specific requirements and conditions of use.

Single-mode fibre optic cables have a smaller diameter and allow a longer transmission distance at a higher transmission speed. They are usually suitable for long transmission distances, such as for use in telecommunications networks.

Multi-mode fibre optic cables have a larger diameter and allow a shorter transmission distance at a lower transmission speed. They are usually suitable for shorter transmission distances, such as for use in local area networks (LANs).

What do you need fibre optic cables for?

Fibre optic cables (FO cables) are used in optical networks to transmit data over long distances. They are particularly useful in the following applications:

Data transmission: FO cables are used to transmit large amounts of data quickly and reliably over long distances, especially in LANs (local area networks) and WANs (wide area networks).

Cable replacement: fibre optic cables can be used to replace existing electrical cables to improve data transmissions and avoid interference.

Transmission of video and audio signals: Fibre optic cables are used in transmission systems for video and audio signals to ensure high-quality transmissions.

Transmission of control signals: Fibre optic cables can be used in industrial applications to transmit control signals safely and reliably over long distances.

Medical applications: Fibre optic cables can be used in medical devices to transmit data safely and reliably.

What advantages do fibre optic cables have over other network cables?

Fibre optic cables (FO cables) have the following advantages compared to other network cables:

High transmission speed: fibre optic cables can transmit large amounts of data quickly and reliably.

No electromagnetic interference: FO cables transmit data using light and not electrical signals, so they are less susceptible to electromagnetic interference.

Very low transmission losses: fibre optic cables have lower attenuation than electrical cables, so there are no transmission losses.

No fire risk: Since no electrical signals are transmitted, there is no fire risk compared to electrical cables.

Longer transmission distances: Fibre optic cables can be used over longer distances, making them particularly useful for networking applications.

Safe transmission: Because data is transmitted using light, it cannot be intercepted, ensuring secure transmission.

Caution - Kinking or crushing will damage the fibre optic cable.

Optical fibre (FO) cables should not be kinked or crushed as this can affect the performance of the cable. Kinks and deformations in the cable can cause the light that is transmitted through the cable to be scattered and thus no longer reach the receiving station. This can result in loss of transmission power and errors in the transmitted data.

Crimping (the joining of cable ends using a crimping tool) should only be carried out by experienced personnel, as inaccurate crimping can result in loss of transmission power and errors in the transmitted data. It is important to use the correct tools and techniques to make a safe and reliable connection.

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