Want to benefit from ultra-fast Internet? Step up a gear! Installing a fibre optic cable guarantees you a high-performance connection speed. Ideal for boosting your business and increasing productivity…
Shared workspaces, more peripherals, high-definition video… A very high-speed connection is the answer to today’s and tomorrow’s IT challenges. This business network cable solution offers unrivalled performance in terms of speed and security.
Your benefits:
- Test new uses and develop your business
- Improve the availability of your infrastructure
- Make your Data Centre more flexible
- Benefit from improved working comfort
Transferring large files by email, organising multiple videoconferences or using cloud computing has never been easier.
Is customer satisfaction your priority? Installing and connecting a fibre optic cable naturally has a positive impact on your reputation. Give them an unforgettable experience by calling on our services.
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How an optical fibre is placed
How does it work? A glass fibre uses light to transmit data over any distance. There are two types:
Installation of a multimode optical fibre
It is the preferred choice for private networks and local installations. It is generally used for short distances (up to 500 metres) and has a performance of around 1 Gb/km with a maximum of 10 Gb/km. Its cost makes it easily accessible for small businesses.
Multimode cable enables several types of data to be transmitted. Light rays can follow different paths depending on the angle of refraction. It is therefore possible for them to arrive at the end of the line at different times, resulting in a certain amount of signal dispersion.
Laying single-mode optical fibre for SMEs
Single-mode fibre can be extended up to 40km without disrupting the signal. With its maximum performance of 100 Gb/km, it meets the needs of large-scale fibre optic placements. Because of its higher speeds, this solution is more expensive.
Here, the rays follow a single path and signal dispersion is virtually zero. So there is no interference between the different wavelengths.