Fiber Optics
10 Gigabit speeds and beyond — without the interference.
What We Deliver
When copper isn't enough — long runs, high speeds, or environments with electrical interference — fiber optic is the answer. We install single-mode and multi-mode fiber for backbone connections, building-to-building links, and high-bandwidth applications. Properly terminated, tested with OTDR, and built to handle whatever bandwidth you'll need 10 years from now.
Service Features
Single-Mode Fiber
Long-distance runs up to 10km+. Perfect for campus links, building-to-building connections, and ISP handoffs.
Multi-Mode Fiber
OM3 and OM4 fiber for high-speed backbone runs within buildings. 10 Gbps and 40 Gbps capable.
Fusion Splicing
Precision fiber splicing with low-loss connections for permanent installations and repairs.
OTDR Testing
Full optical time-domain reflectometer testing identifies the exact location of any signal loss or break.
Connector Termination
LC, SC, ST, and MTP/MPO connectors. Properly polished and tested for minimum insertion loss.
Indoor & Outdoor Runs
Indoor riser/plenum cable, outdoor armored cable, aerial runs, and direct burial — we handle all environments.
Our Process
Path Planning
We survey the route, identify obstacles, and plan conduit, pathways, and termination points for the cleanest possible install.
Cable Selection
Single-mode vs multi-mode, indoor vs outdoor, armor vs standard — we recommend the right cable for your environment.
Pulling & Routing
Careful pulling with proper tension to avoid damaging the fiber. We use pulling lubricants and protect bends throughout.
Termination & Splicing
Connector termination or fusion splicing, depending on the application. All connections polished and inspected.
OTDR Certification
Full optical testing with documented results. You get a test report showing every fiber strand performs to spec.
Specifications
Perfect For
Building-to-building links, data center backbones, long cable runs, environments with electromagnetic interference, and any setup needing 10 Gbps or higher.