Fiber Optic Installation Services
Single-mode and multimode fiber, installed and tested to TIA/EIA-568.3-D standards for high-bandwidth, long-distance network runs.
What’s Included
When copper can’t cover the distance or the bandwidth, fiber is the answer. Fiber installation has its own installation methods, its own connector types, and its own testing requirements — getting it right matters more as networks lean on it more.
Kibog installs, splices, and tests single-mode and multimode fiber to TIA/EIA-568.3-D standards.
Single-Mode & Multimode Fiber
Selecting and installing the right fiber type for your distance and application.
Splicing & Termination
Fusion splicing and connector termination using industry-standard methods.
OTDR & Power Meter Testing
Loss and continuity testing on every fiber run, with documented results.
Who It’s For
Fiber comes up when copper hits its limits, or when a project calls for it from the start.
Copper Reaching Its Distance or Bandwidth Limit
Runs longer than 100 meters or bandwidth needs beyond what copper can reliably support.
Building-to-Building or Floor-to-Floor Runs
Backbone connections between buildings or across large facilities.
High-Bandwidth Applications Outgrowing Infrastructure
Applications that have simply outgrown the existing network backbone.
Fiber Installed Without Proper Testing
Existing fiber runs with no test documentation to confirm they perform as expected.
How We Approach Fiber Installation
Fiber work rewards precision — small installation errors show up as real performance problems.
Single-Mode vs. Multimode
Choosing the right fiber type starts with distance and application.
- Single-mode fiber supports long-distance, high-bandwidth runs, commonly used for backbone and carrier connections.
- Multimode fiber is typically used for shorter runs within a building, at a lower cost per connection.
- The right choice depends on distance, bandwidth needs, and future growth plans, not just current requirements.
Termination & Splicing Methods
How fiber is joined and terminated has a direct impact on signal loss.
- Fusion splicing provides the lowest-loss, most permanent connection method for longer or backbone runs.
- Mechanical and pre-polished connectors offer a faster alternative for certain applications.
- Connector types (LC, SC, ST, and others) are selected to match your existing equipment and standards.
Testing & Certification
Fiber isn’t finished until it’s tested end to end.
- OTDR (optical time-domain reflectometer) testing identifies loss points and confirms overall run integrity.
- Optical power meter and light source testing verifies actual signal loss against the expected budget.
- Results are documented in line with TIA/EIA-568.3-D testing guidance and handed over as part of the project record.
What to Expect
From fiber selection to final certification, the process is built around getting the numbers right.
1. Assess & Design
We evaluate distance, bandwidth needs, and fiber type before installation.
2. Install & Splice
Fiber is installed and terminated using the appropriate splicing or connector method.
3. Test & Certify
Every run is tested with OTDR and power meter equipment, with results documented.
Delivery and Availability
Fiber installation work is delivered by our team and trusted subcontractor partners, matched to the scale of the run — from a single backbone connection to a multi-building campus.
Related Services
Data Center Cabling Services
Fiber is a core part of most data center cabling projects. Learn more
Structured Cabling
The copper cabling that often complements a fiber backbone. Learn more
IT & Network Cabling Overview
See the full range of cabling services Kibog offers. Learn more
Ready to Extend Your Network With Fiber?
Tell us about the distances and bandwidth you’re working with, and we’ll help you plan the run.