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A system of virtually invisible fibres designed specifically for Multi Dwelling Unit and Living Unit applications is known as invisible optical fibre. All transparent materials make up the outer diameter of the fibre, which is 0.9 millimetres. Utilising microclips that have been specifically designed, the fibre can be glued to any kind of wall.
Both inside and outside buildings, exposed cable is noticeable. If the customer doesn’t like the way the exposed wiring looks, the fiber may take longer to activate. This has been remedied in a number of ways, including the use of cable covers.
However, the wall on which the cable is installed must match any covers or other components used. There are many different kinds of walls, so this might be hard.
In order to achieve a more pleasing appearance, we have created a transparent fiber that is barely noticeable. The fiber’s structure and appearance make it suitable for a variety of walls.
The Global invisible Optical Cable market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
The objective in developing the new fiber was to improve the outward appearance by using inconspicuous wiring. They aimed to develop wiring with the smallest possible diameter as well as a transparent color so that it would match any type of wall.
Also, to improve the aesthetic appearance, we investigated a new distribution method using as few connection points as possible.
However, the thin cable may have inferior impact resistance characteristics. Therefore, They also investigated a new installation method that uses the distribution method mentioned above along with peripheral components.
To improve the visible appearance of optical fiber cabling, we developed a transparent cable sheath instead of using the conventional black and white cable. In addition, the structure is thinner than conventional cable, with a diameter of 0.9 mm .
This product is suitable for use in restricted spaces; it can be installed in the gap around a door, for example, which is only about 2 mm wide.
To install optical cable in such a small gap, we employed single-mode hole-assisted fiber (HAF) with bending-insensitive characteristics. When wiring, we use a dedicated tube in order to ensure the bending radius. The dedicated tube is also transparent
They will present a brand-new optical cable today that combines distinctive aesthetics with Real4K optical performance. It looks and feels like monofilament fishing line because it uses proprietary optical technology to combine multiple wavelengths of light onto a single strand of ultra-light translucent SSF optical cable.
Customers can now benefit from the performance of uncompressed video at 18 Gbps and the aesthetic benefits of a barely visible cable from installers.
To promote home networks, telecom operators and FTTH service providers typically place compact optical network terminals in users’ homes. However, when some customers discovered that traditional fiber optic cables that were unsightly needed to be installed, they cancelled their service orders.
In addition, it is challenging to install fiber in a lot of ILUs and MDUs due to the existing architecture, narrow spaces, and corners. The item arrangement of undetectable optical arrangements is intended to assist with meeting these particular difficulties.
Features of the Invisible Cable: Reduced bend radius fiber technology is less susceptible to attenuation loss as a result of handling and tight bends. Ultra bend-insensitive fiber
Fiber bonds consistently to common surface types in any indoor environment. It does not require messy caulking, staples, or brackets. Installed cable is almost undetectable to the casual observer.
