New links
We run fiber between factories, warehouses and field cabinets, then terminate the cable ends in optical distribution frames (ODFs).
FIBER OPTIC INFRASTRUCTURE
Fiber OpticInfrastructure Installation
Fiber cabling, fusion splicing and termination for factories, warehouses, campuses and buildings. OTDR testing is available when required or requested.
We use Fujikura equipment for fusion splicing and termination.
- Site survey and routing
- Fusion splicing
- OTDR testing
Brands we use according to the project
Fusion equipment
Passive infrastructure and active network devices are selected for the project's technical requirements.
Brand and model selection is assessed separately for every project. This section is not a declaration of official partnership.
Why do we use fiber?
We can use fiber to connect remote cameras and network devices in different buildings to the central system. Fiber supports high data capacity over long distances and is not affected by electromagnetic interference. We select cabling and network equipment for the conditions on site.
INSTALLATION AND REPAIR
Fiber cabling and termination
Adding to an existing link
We check the existing link before adding connections for a new building or camera group. Additional cable is installed where necessary.
Fault finding and repair
We repair breaks and connection faults in fiber links, splicing damaged sections or replacing cable where needed.
CHECKS AND HANDOVER
Connection checks and labelling
After installation, we check link operation and optical levels. ODFs and ports are labelled to match their destinations on site. If OTDR measurement is requested, it is carried out separately and the report is delivered.
- Connection checksIs the link working, and are optical levels suitable?
- ODF and port labelsThe destination of each fiber is clearly identified
- Link informationRoute, cabinets and fibers in use
- OTDR reportMeasurement files are provided where required by the project
FREQUENTLY ASKED QUESTIONS
About fiber infrastructure
When is fiber infrastructure a suitable choice?
Fiber may be suitable between buildings, over long distances, at sites requiring high data capacity or where electromagnetic interference is significant. The appropriate solution is selected after a site survey and a review of existing active equipment.
What is the difference between single-mode and multimode fiber?
Single-mode fiber is commonly used for long-distance, high-capacity backbones. Multimode may be suitable for internal links with compatible distances and active equipment. Selection depends on distance, speed, device compatibility and future capacity.
Can an existing fiber link be tested?
Yes. Existing links with accessible ends can be checked for total loss, connection condition and possible faults. The measurement method is selected for the link length and termination arrangement.
Can a fiber fault be located?
Suitable test equipment can indicate the approximate distance to high loss, a sharp bend, a poor connection or a break. Route information and labels help locate the point that needs attention.
How are links between buildings installed?
The survey reviews distance, existing ducts or trays, outdoor conditions, excavation needs and termination points. Cable type and protection are selected from these findings.
Can fiber capacity be increased later?
If suitable fiber counts, ODF capacity and spare ports are planned initially, new connections can be added without disturbing the existing route. Active equipment capacity is also part of this planning.
FREE SITE SURVEY