Fiber optic installation is the process of installing fiber optic cables to transmit data signals in a network. Fiber optic cables are made up of thin strands of glass or plastic that are capable of transmitting data at high speeds over long distances. Here are some of the key steps involved in fiber optic installation:
- Site Survey: The first step in fiber optic installation is a site survey to assess the property and identify the best routes for the fiber optic cables. This includes identifying the locations of network access points and any potential obstacles or hazards that may need to be addressed.
- Design: Based on the site survey, the design team will develop a customized plan for the installation of the fiber optic cables. This includes selecting the appropriate cables, determining the cable routing, and identifying the locations for the necessary equipment such as switches and connectors.
- Cable Installation: The installation team will begin the installation process by digging trenches or using directional boring to lay the fiber optic cables. The cables will be carefully installed to avoid any damage, and may be secured using cable ties or conduit.
- Splicing and Termination: Once the cables are in place, the installation team will splice the individual fiber strands together and terminate the cables at the appropriate locations. This may involve connecting the fibers to patch panels, distribution frames, or other network equipment.
- Testing: After installation is complete, the fiber optic cables will be tested to ensure that they are functioning properly. This includes testing the optical loss, power levels, and signal quality to ensure that the system is operating at maximum performance.
- Documentation: Once the fiber optic installation is complete, documentation should be created to record the design, installation, and testing of the system. This documentation is important for future reference and maintenance of the system.
Overall, fiber optic installation is a complex process that requires specialized knowledge and expertise. If you are interested in installing a fiber optic network, it is recommended that you consult with a reputable installation company to ensure that the system is designed and installed correctly.
At the DataWorld, we’re mainly focus on communications fiber optics – telco, CATV, LAN, and industrial Fiber. We install “outside plant” fiber optics as used in telephone networks, CATV, metropolitan networks, utilities, etc. or “premises” fiber optics as found in buildings and campuses. Our technician can install outside plant fiber optic, which is single mode and hangs from poles or can be buried in the ground. We also deal with FTTH (fiber to the home.). FTTH in new home construction is virtually all run underground in conduit while rebuilds in older neighborhoods may use aerial or underground construction. One new development is the usage of prefab cabling already terminated with weather-sealed connectors.
Here at DataWorld, we also do premises cabling. Premises cabling involves shorter lengths, rarely longer than a few hundred feet, with fewer fibers per cable typically. The fiber is mostly multimode, except for the forward-thinking user who installs hybrid cable with both multimode and singlemode fibers for future high bandwidth applications. Premises cabling standards, also called structured cabling standards, are covered in the TIA-568 standard for commercial building cabling, installed in a “star architecture” Fiber has become so popular for premises applications that the appropriate industry standard, TIA-568, allows fiber in the backbone, to the desktop, in zone cabling and centralized fiber cabling. Centralized fiber cabling employs no copper cables at all and allows siting all the electronics in the main computer room and at the user, not requiring hubs or switches in telecom closets. Centralized fiber cabling therefore needs no power, grounding or AC in telecom rooms, nor in fact, even a telecom room itself, and thereby offers considerable potential for cost savings if properly designed.
We’ve worked in city, towns , and even in the remote sites, so if the job needs to get done, we’ll be there! Our engineers have in-depth expertise in network architecture, Virtual Private Networks (VPN) technology, wireless, security, network integration, business continuity planning and operational support. We bring the future to the present.
Fiber optic terminations come in many varieties, so working with an experienced crew is paramount to being able to adapt to any environment the situation presents. Whatever your fiber project, 24 count fiber running into a single location or a multiple entry application with thousands of terminations like a data center, we’ll make sure everything comes together as planned.
Dataworld can assist you with everything from aerial and underground to premise splicing anywhere in the Kenya or abroad. We identify the security, performance, and sustainability needs of the project to meet your business requirements.
- Premise (Office) Singlemode / Multimode fiber installation
- FTTx (Fiber-to-the-Home) Singlemode OSP Cable
- Data Center Installation
- Telecom & CATV Splicing
Setup and Installation Services
Dataworld Network Setup and Installation Services can provide the resources to build or expand your network. We help you chose the right design, technology and hardware that suits your business needs.
- ONT and ONU placement for FTTP projects
- Premise wiring for FTTP projects
- Emergency Maintenance agreements
- Network Audit Services (Informing you what you have in the field)
Our technicians are Certified OSP Installers and have experience on the following enclosures:
- TYCO Enclosures – Specifically 400 and 450D (Raychem)
- Corning Enclosures – Specifically 22” LT and 28” Ribbon
- 3M – Specifically Lightlinker
- Multilink – Specifically 400D & Starfighte
Fibre optic cabling is frequently used in environments where high bandwidths are required like in data centres, banks and hospitals. However, companies from various different industries are now opting for fibre optic network cable installation due to the substantial volumes of data that it supports. Notably, Fibre optic cabling can connect CCTV systems, broadband, telephones and computer networks and is normally seen as a faster and more reliable alternative to copper. It is capable of carrying vast volumes of data, which makes it a perfect option for various bigger organizations. Another good reason for choosing fibre optic cabling is that it can deliver clearer phone calls, credit to the reduced signal degradation on offer. Fibre optic cabling has light power demands and has a huge carrying capacity.